Inherited Resources
Inherited Resources speeds up development by making your controllers inherit all restful actions so you just have to focus on what is important. It makes your controllers more powerful and cleaner at the same time.
Plus, making your controllers follow a pattern, it helps you to write better code by following fat models and skinny controllers convention. There are two screencasts available besides this README:
- railscasts.com/episodes/230-inherited-resources
- akitaonrails.com/2009/09/01/screencast-real-thin-restful-controllers-with-inherited-resources
Installation
Rails 3
You can let bundler install Inherited Resources by adding this line to your application’s Gemfile:
gem 'inherited_resources'
And then execute:
bundle install
Or install it yourself as:
gem install inherited_resources
Rails 2.3.x
If you want to use the Rails 2.3.x version, you should install:
gem install inherited_resources --version=1.0.6
Or checkout from the v1.0 branch:
http://github.com/josevalim/inherited_resources/tree/v1.0
HasScope
Since Inherited Resources 1.0, has_scope is not part of its core anymore but a gem dependency. Be sure to check the documentation to see how you can use it:
http://github.com/plataformatec/has_scope
And it can be installed as:
gem install has_scope
Responders
Since Inherited Resources 1.0, responders are not part of its core anymore, but is set as Inherited Resources dependency and it’s used by default by InheritedResources controllers. Be sure to check the documentation to see how it will change your application:
http://github.com/plataformatec/responders
And it can be installed as:
gem install responders
Using responders will set the flash message to :notice and :alert. You can change that through the following configuration value:
InheritedResources.flash_keys = [ :success, :failure ]
Notice the CollectionResponder won’t work with InheritedResources, as InheritedResources hardcodes the redirect path based on the current scope (like belongs to, polymorphic associations, etc).
Basic Usage
To use Inherited Resources you just have to inherit (duh) it:
class ProjectsController < InheritedResources::Base end
And all actions are defined and working, check it! Your projects collection (in the index action) is still available in the instance variable @projects and your project resource (all other actions) is available as @project.
The next step is to define which mime types this controller provides:
class ProjectsController < InheritedResources::Base respond_to :html, :xml, :json end
You can also specify them based per action:
class ProjectsController < InheritedResources::Base respond_to :html, :xml, :json respond_to :js, :only => :create respond_to :iphone, :except => [ :edit, :update ] end
For each request, it first checkes if the “controller/action.format“ file is available (for example “projects/create.xml“) and if it’s not, it checks if the resource respond to :to_format (in this case, :to_xml). Otherwise returns 404.
Another option is to specify which actions the controller will inherit from the InheritedResources::Base:
class ProjectsController < InheritedResources::Base actions :index, :show, :new, :create end
Or:
class ProjectsController < InheritedResources::Base actions :all, :except => [ :edit, :update, :destroy ] end
In your views, you will get the following helpers:
resource #=> @project collection #=> @projects resource_class #=> Project
As you might expect, collection (@projects instance variable) is only available on index actions.
If for some reason you cannot inherit from InheritedResources::Base, you can call inherit_resources in your controller class scope:
class AccountsController < ApplicationController inherit_resources end
Overwriting defaults
Whenever you inherit from InheritedResources, several defaults are assumed. For example you can have an AccountsController to account management while the resource is an User:
class AccountsController < InheritedResources::Base defaults :resource_class => User, :collection_name => 'users', :instance_name => 'user' end
In the case above, in your views you will have @users and @user variables, but the routes used will still be accounts_url and account_url. If you plan also to change the routes, you can use :route_collection_name and :route_instance_name.
Namespaced controllers work out of the box, but if you need to specify a different route prefix, you can do the following:
class Administrators::PeopleController < InheritedResources::Base defaults :route_prefix => 'admin' end
Then your named routes will be: ‘admin_people_url’, ‘admin_person_url’ instead of ‘administrators_people_url’ and ‘administrators_person_url’.
If you want to customize how resources are retrieved you can overwrite collection and resource methods. The first is called on index action and the second on all other actions. Let’s suppose you want to add pagination to your projects collection:
class ProjectsController < InheritedResources::Base protected def collection @projects ||= end_of_association_chain.paginate(:page => params[:page]) end end
The end_of_association_chain returns your resource after nesting all associations and scopes (more about this below).
InheritedResources also introduces another method called begin_of_association_chain. It’s mostly used when you want to create resources based on the @current_user and you have urls like “account/projects“. In such cases, you have to do @current_user.projects.find or @current_user.projects.build in your actions.
You can deal with it just doing:
class ProjectsController < InheritedResources::Base protected def begin_of_association_chain @current_user end end
Overwriting actions
Let’s suppose that after destroying a project you want to redirect to your root url instead of redirecting to projects url.  On the other hand, I have to agree that calling super is not very readable. That’s why all methods have aliases.  So you can do:
class ProjectsController < InheritedResources::Base def destroy destroy!{ root_url } end end
If you simply want to change the flash message for a particular action, you can pass the message to the parent action using the keys :notice and :alert (as you would with flash):
class ProjectsController < InheritedResources::Base def create create!(:notice => "Dude! Nice job creating that project.") end end
You can still pass the block to change the redirect, as mentioned above:
class ProjectsController < InheritedResources::Base def create create!(:notice => "Dude! Nice job creating that project.") { root_url } end end
Now let’s suppose that before create a project you have to do something special but you don’t want to create a before filter for it:
class ProjectsController < InheritedResources::Base def create @project = Project.new(params[:project]) @project.something_special! create! end end
Yes, that simple! The nice part is since you already set the instance variable @project, it will not build a project again.
Before we finish this topic, we should talk about one more thing: “success/failure blocks”. Let’s suppose that when we update our project, in case of failure, we want to redirect to the project url instead of re-rendering the edit template.
Our first attempt to do this would be:
class ProjectsController < InheritedResources::Base def update update! do |format| unless @project.errors.empty? # failure format.html { redirect_to project_url(@project) } end end end end
Looks to verbose, right? We can actually do:
class ProjectsController < InheritedResources::Base def update update! do |success, failure| failure.html { redirect_to project_url(@project) } end end end
Much better! So explaining everything: when you give a block which expects one argument it will be executed in both scenarios: success and failure.  You keep everything clean and organized inside the same action.
Smart redirects
Although the syntax above is a nice shortcut, you won’t need to do it frequently because (since version 1.2) Inherited Resources has smart redirects. Redirects in actions calculates depending on the existent controller methods.
Redirects in create and update actions calculates in following order resource_url, collection_url, parent_url (which we are going to see later), root_url. Redirect in destroy action calculate in following order collection_url, parent_url, root_url.
Example:
class ButtonsConntroller < InheritedResources::Base belongs_to :window actions :all, :except => [:show, :index] end
This controller redirect to parent window after all CUD actions.
Success and failure scenarios on destroy
The destroy action can also fail, this usually happens when you have a before_destroy callback in your model which returns false. However, in order to tell InheritedResources that it really failed, you need to add errors to your model. So your before_destroy callback on the model should be something like this:
def before_destroy if cant_be_destroyed? errors.add(:base, "not allowed") false end end
Belongs to
Finally, our Projects are going to get some Tasks.  For example, if you want urls like /projects/:project_title/tasks, you can customize how InheritedResources find your projects:
class TasksController < InheritedResources::Base belongs_to :project, :finder => :find_by_title!, :param => :project_title end
It also accepts :route_name, :parent_class and :instance_name as options. Check the lib/inherited_resources/class_methods.rb for more.
Nested belongs to
Now, our Tasks get some Comments and you need to nest even deeper. Good practices says that you should never nest more than two resources, but sometimes you have to for security reasons. So this is an example of how you can do it:
class CommentsController < InheritedResources::Base nested_belongs_to :project, :task end
If you need to configure any of these belongs to, you can nest them using blocks:
class CommentsController < InheritedResources::Base belongs_to :project, :finder => :find_by_title!, :param => :project_title do belongs_to :task end end
Warning: calling several belongs_to is the same as nesting them:
class CommentsConroller < InheritedResources::Base belongs_to :project belongs_to :task end
In other words, the code above is the same as calling nested_belongs_to.
Polymorphic belongs to
We can go even further. Let’s suppose our Projects can now have Files, Messages and Tasks, and they are all commentable. In this case, the best solution is to use polymorphism:
class CommentsController < InheritedResources::Base belongs_to :task, :file, :message, :polymorphic => true # polymorphic_belongs_to :task, :file, :message end
You can even use it with nested resources:
class CommentsController < InheritedResources::Base belongs_to :project do belongs_to :task, :file, :message, :polymorphic => true end end
The url in such cases can be:
/project/1/task/13/comments /project/1/file/11/comments /project/1/message/9/comments
When using polymorphic associations, you get some free helpers:
parent? #=> true parent_type #=> :task parent_class #=> Task parent #=> @task
Right now, Inherited Resources is limited and does not allow you to have two polymorphic associations nested.
Optional belongs to
Later you decide to create a view to show all comments, independent if they belong to a task, file or message. You can reuse your polymorphic controller just doing:
class CommentsController < InheritedResources::Base belongs_to :task, :file, :message, :optional => true # optional_belongs_to :task, :file, :message end
This will handle all those urls properly:
/comment/1 /tasks/2/comment/5 /files/10/comment/3 /messages/13/comment/11
This is treated as a special type of polymorphic associations, thus all helpers are available. As you expect, when no parent is found, the helpers return:
parent? #=> false parent_type #=> nil parent_class #=> nil parent #=> nil
Singletons
Now we are going to add manager to projects. We say that Manager is a singleton resource because a Project has just one manager. You should declare it as has_one (or resource) in your routes.
To declare an association as singleton, you just have to give the :singleton option.
class ManagersController < InheritedResources::Base belongs_to :project, :singleton => true # singleton_belongs_to :project end
It will deal with everything again and hide the action :index from you.
Namespaced Controllers
Namespaced controllers works out the box.
class Forum::PostsController < InheritedResources::Base end
Inherited Resources prioritizes the default resource class for the namespaced controller in this order:
Forum::Post ForumPost Post
URL Helpers
When you use InheritedResources it creates some URL helpers. And they handle everything for you. :)
# /posts/1/comments resource_url # =><EMAIL_ADDRESS>resource_url(comment) # => /posts/1/comments/#{comment.to_param} new_resource_url # => /posts/1/comments/new edit_resource_url # =><EMAIL_ADDRESS>edit_resource_url(comment) #=> /posts/1/comments/#{comment.to_param}/edit collection_url # => /posts/1/comments parent_url # => /posts/1 # /projects/1/tasks resource_url # =><EMAIL_ADDRESS>resource_url(task) # => /projects/1/tasks/#{task.to_param} new_resource_url # => /projects/1/tasks/new edit_resource_url # =><EMAIL_ADDRESS>edit_resource_url(task) # => /projects/1/tasks/#{task.to_param}/edit collection_url # => /projects/1/tasks parent_url # => /projects/1 # /users resource_url # =><EMAIL_ADDRESS>resource_url(user) # => /users/#{user.to_param} new_resource_url # => /users/new edit_resource_url # =><EMAIL_ADDRESS>edit_resource_url(user) # => /users/#{user.to_param}/edit collection_url # => /users parent_url # => /
Those urls helpers also accepts a hash as options, just as in named routes.
# /projects/1/tasks collection_url(:page => 1, :limit => 10) #=> /projects/1/tasks?page=1&limit=10
In polymorphic cases, you can also give the parent as parameter to collection_url.
Another nice thing is that those urls are not guessed during runtime. They are all created when your application is loaded (except for polymorphic associations, that relies on Rails polymorphic_url).
Custom actions
Since version 1.2, Inherited Resources allows you to define custom actions in controller:
class ButtonsController < InheritedResources::Base custom_actions :resource => :delete, :collection => :search end
This code creates delete and search actions in controller (they behaves like show and index actions accordingly). Also, it will produce delete_resource_{path,url} and search_resources_{path,url} url helpers.
What about views?
Sometimes just DRY the controllers is not enough, if you need to DRY up your views, check this Wiki page:
github.com/josevalim/inherited_resources/wiki/Views-Inheritance
Notice that Rails 3.1 ships with view inheritance built-in.
Some DSL
For those DSL lovers, InheritedResources won’t leave you alone. You can overwrite your success/failure blocks straight from your class binding. For it, you just need to add a DSL module to your application controller:
class ApplicationController < ActionController::Base include InheritedResources::DSL end
And then you can rewrite the last example as:
class ProjectsController < InheritedResources::Base update! do |success, failure| failure.html { redirect_to project_url(@project) } end end
Bugs and Feedback
If you discover any bugs, please describe it in the issues tracker, including Rails and Inherited Resources versions.
Questions are better handled on StackOverflow.
Copyright © 2011 José Valim blog.plataformatec.com.br See the attached MIT License.


THE ARRIVAL A film review by David N. Butterworth Copyright 1996 David N. Butterworth/The Summer Pennsylvanian
Directed by David Twohy Rating: **1/2 (Maltin scale)
A film review by David N. Butterworth Copyright 1996 David N. Butterworth/The Summer Pennsylvanian
Some might find it hard to take Charlie Sheen seriously these days.
>From his pumped up, exaggerated roles in HOT SHOTS! and its wackier sequel, HOT SHOTS! PART DEUX, to his spotty appearance on the TV hit FRIENDS, saying that Sheen's recent performances have bordered on self-parody would be like saying TWISTER is a movie about the weather. But it's his earnest performance in THE ARRIVAL that raises this extraterrestrial flick above your average We Are Not Alone science fiction thriller.
Sheen stars as geekazoid radio astronomer Zane Ziminski--where do they get these names?--doing "dish time" from a secluded NASA-funded outpost, tracking F-class stars and listening for signs of "non-Earth based" life.
It's like STAKEOUT with a glossier Sheen.
For the most part a radio astronomer's career is not an eventful one... Until one night, when tracking star Wolf 336, 14.6 light years away, Zane and his co-geek astronomer buddy get a "spike" on their oscillator, and look out boys cuz it's a big one!
But Zane's gaga enthusiasm is quickly quashed by his icy, unsympathetic boss Gordian (played by icy, unsympathetic Ron Silver, similarly corrupt in TIME COP and BLUE STEEL). Gordian tells Zane "If you can't confirm it, it doesn't exist." Forty-two seconds of non-random, non-Earth-based signal doesn't amount to a hill o' beans if it doesn't repeat itself. And, to add insult to injury, Zane shortly learns that his position at the Jet Propulsion Lab is being eliminated-government cut-backs and all that. Sounds like a cover-up to me. And Zane thinks so too.
So, with the help of some playful jump-cutting techniques, Zane signs up as a satellite television repairperson and rigs up an elaborate scheme to confirm his There's Something Out There notion, uncovering an equally elaborate conspiracy of global warming and master plans.
Oh yes... And aliens.
 Zane has managed to trace the radiowaves to somewhere in Mexico: "one signal sky-based, one signal earth-based." Zane might look more like the rocket scientist but even I could figure out what that means! But by the time he gets to the radio station broadcasting the signal... Well, it's toast. Sounds like a cover-up to me! Yep. Zane's with me on this one.
And from there Zane finally stumbles upon the whole enchilada, when we finally get to see the little green men for the first time--no "flashlight fingers or metal teeth" here, but anatomically correct aliens of the illegal variety.
The large-scale special effects are decent overall, but it's the little ones that add more to this movie: the aliens' imaginative--if under-utilized--dialect, for example, and the spinning copper sphere which clears a room faster than anything in TWISTER. And, of course, Sheen's energetic, bug-eyed performance, technically not an effect but special nonetheless. Writer and first-time director David Twohy (he wrote the under-appreciated WATERWORLD) keeps the production running smoothly, even if his "the polar icecaps are melting" theorizing is starting to sound a little too familiar.
The buzz on the street is that THE ARRIVAL is a slight, under-hyped precursor of the Really Big summer alien invaders picture, ID4. But if you're already disappointed by the first wave of summer blockbusters, you could do far worse than to check out this competent piece of S.F.
-- David N. Butterworth, Director Office of Information Technology UNIVERSITY OF PENNSYLVANIA SCHOOL OF MEDICINE<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


The
Rankings
Rank
Avatar
Name
Points
Start New Trip
New Counter Counted!
New Counter Counted!
Stephanie Has Taken the Lead!


2 writes to _paths
Microsoft.PowerShell.Commands.Management (2)
commands\management\Navigation.cs (2)
2809
set =>
_paths
= value;
2824
_paths
= value;
3 references to _paths
Microsoft.PowerShell.Commands.Management (3)
commands\management\Navigation.cs (3)
2808
get =>
_paths
;
2820
get =>
_paths
;
2919
protected override bool ProviderSupportsShouldProcess => DoesProviderSupportShouldProcess(
_paths
);


Clear skies, green fields.
Congress
Communicate
Share
Assemble
Date
Time
Know Better, Do Better
¡Welcome to Levi's Casa!
All the feels.
What am I up to?
Connect via Email:
OR
Connect via SMS:
Send me a
private
, and
secure
message:
Close
Send
×
×


In pictures: Keith Duffy steps out for charity ball with kids Jay and Mia 09 Dec 2019, 14:31 by Kayla Walsh


"didnt know how notaries work.. its like a secure node right?"
The shortest answer is that NNs record the block hash of a chain on a "more secure" chain and then record the hash value of that transaction on the original chain, creating a "checkpoint" from which all new blocks must come.
Over-simplified, but the basic premise


Start
This is your frontpage. You can add content by using markdown. Refer to the jekyll documentation for further information about writing posts.
This is your frontpage. You can add content by using markdown. Refer to the jekyll documentation for further information about writing posts.


About Me
I am a Full Stack Web Developer with an intense passion for code and problem solving. Skilled in HTML, HTML5,
CSS, CSS3, Bootstrap, JavaScript, jQuery, React, Node, Express, MySQL, MongoDB, Handlebars, Sequelize, AJAX,
JSON, Web API, MERN.
Coding fills me with great satisfaction. I am eager to make
this into my life long career choice. In case you are wondering why I call myself BigMac,
BigMac is a nic-name that I had when I played
high school football and it has traveled with me ever since.
"The capacity to learn is a gift; the ability to learn is a skill; the willingness to learn is a
choice"
-Brian Herbert.


Module expect
Expect module
Used when only certain datatypes are required, useful to make the type system in Lua a bit better.
Info:
- License: GNU GPLv3
- Author: Bowuigi
Functions
| type (expected, got) | Check for type, can also be called with expect(expected, got)
On error, the function doesn't return, but it emits an error as if it was a normal lua error. |
| length (expected, got) | Check for length
On error, the function doesn't return, but it emits an error as if it was a normal lua error. |
Fields
| log | Use warnings and errors from the log module |
Functions
Methods- type (expected, got)
-
Check for type, can also be called with
expect(expected, got)
On error, the function doesn't return, but it emits an error as if it was a normal lua error. Otherwise, it continues execution normallyParameters:
- expected string/table Expected type, or table containing any of the expected types
- got
Type received, must be a string and the result of the
type()
function
Usage:
-- This expects a string, but gets a number, so it throws an error expect("string", type(1)) -- This expects either a string or a table, but gets a function, so it throws an error expect({"string","table"},type(print))
- length (expected, got)
-
Check for length
On error, the function doesn't return, but it emits an error as if it was a normal lua error. Otherwise, it continues execution normallyParameters:
- expected Expected length, must be a number, otherwise, an error is thrown
- got Length received, must be a number, otherwise, an error is thrown
Usage:
expect.length(3,#("hello")) -- Expect an object of length 3, but gets an object of length 5, so it throws an error


{% extends 'askup/base.html' %} {% block body %}
The password reset link was invalid, possibly because it has already been used. Please request a new password reset.


Katze is a crowdsourced crypto-blockchain based data annotation PaaS, so you don't have to worrying about doing it yourself.
We handle the annotators for you, so no need to look for them on your own.
We provide annotation in the form of categorization, with more options coming soon!
Inside Katze, we have automated moderation in the form of reactive and proactive strategies, so you won't have to worry about bad actors.
Katze automatically provides a preliminary analysis using classifier models, sentiment analysis, and string stemmers to provide annotators the best experience.
At Katze, we love Dogecoin and crypto. You get to receive and pay in crypto.
To ensure the best user experience, the dashboard is intentionally simple but powerful, allowing you to navigate easily.


Responsive web design (RWD) is a design and technical approach that aims to adapt the layout and interaction of a site or app to work optimally across a wide range of device resolutions, screen densities and interaction modes with the same underlying codebase.
RWD has three key elements:
By creating all screen elements to be fluid and flexible, it allows the media queries to focus primarily on controlling layout rules for containers; the modules inside simply re-size to fit their containers.
A simple responsive example may be two stacked containers, each with flexible content or widgets inside. At wider widths, media queries are used to float both containers to create a two column layout to take better advantage of the wider screen width.
Since the content inside each container is designed to re-flow to fit it's parent, the media queries can focus just on the rules for making the columns stack or float, and to override or add styles only needed at wider widths.
In addition to these three core RWD principles, we advocate following progressive enhancement (PE) practices. This means always starting with semantic HTML which will work on any device, then unobtrusively layering in advanced CSS and JS only for capable browsers. This provides a solid foundation for the device-level optimizations that RWD provides and is how the jQuery Mobile library is built.
When working with RWD, it's very important to consider performance to ensure that you're not simply taking a heavy desktop site and shrinking it down to mobile screens. We recommend following a "mobile-first" approach to keep development focused on reducing bandwidth, server requests and optimizing source order.
When building a page, start by creating the lightest and most semantic HTML possible. Think about how the source order of the markup would work if you didn't have CSS or JS. Do not include code that is only needed for larger viewports and hide it at smaller widths. Instead, use AJAX to conditionally load these assets when larger screens are detected via JS.
When writing CSS for a responsive site or app, it's usually most efficient to write all the core typography and basic style elements outside of a media query to form the styles for the smallest devices, such as phones. This is a good approach because the majority of these core styles are usually also shared at wider widths, albeit in a different layout and it leverages the cascading power of CSS. Build up breakpoints using multiple min-width
media queries to layer in additional style rules that should only apply above a certain screen width.
For images in your pages, we recommend starting with images sized for mobile screens in the markup. It doesn't make sense to serve a 1,000 pixel wide photo to a smartphone with a 480 pixel max resolution because this is a waste of bandwidth and memory. Instead, include an image targeted for a mobile size. Add a width: 100%;
style rule to make images scale to the page or container, but not larger because this would look blurry.
For larger or higher resolution screens, there is a wide range of JS-based techniques and services to conditionally load a higher quality image. The forthcoming picture
element will address the need to handle multiple image sources natively in HTML and can be used today with a polyfill script.
Always look for ways to limit the number of server requests on a page by concatenating files into a single request and always use minification and compression (gzip).
jQuery Mobile has always been designed to work within a responsive context and our docs and forms had a few responsive elements from the very start. All the widgets are built to be 100% flexible in width to fit easily inside any responsive layout system you choose to build.
Here is a checklist of RWD tips to keep in mind:
min-width
breakpoints that build on top of the mobile styles. The first breakpoint applies layout adjustments on top of the standard mobile styles so these can be fairly lightweight. Additional min-width
breakpoints can be added for even wider screens that each build on the previous breakpoint styles.max-width
breakpoint instead. This allows you to constrain your style overrides to only apply below a certain screen width. Above this width, all the normal styles will apply so this is good for certain types of overrides.Here is a simple skeleton of a mobile-first stylesheet that starts with mobile-first styles, then builds up a responsive layout by adding two breakpoints:
/* Start with core styles outside of a media query that apply to mobile and up */
/* Global typography and design elements, stacked containers */
body { font-family: Helvetica, san-serif; }
H1 { color: green; }
a:link { color:purple; }
/* Stack the two content containers */
.main,
.sidebar { display:block; width:100%; }
/* First breakpoint at 576px */
/* Inherits mobile styles, but floats containers to make columns */
@media all and (min-width: 36em){
.main { float: left; width:60%; }
.sidebar { float: left; width:40%; }
}
/* Second breakpoint at 800px */
/* Adjusts column proportions, tweak base H1 */
@media all and (min-width: 50em){
.main { width:70%; }
.sidebar { width:30%; }
/* You can also tweak any other styles in a breakpoint */
H1 { color: blue; font-size:1.2em }
}


| <string> ::= | '"' {{schar - '"'} | <escape>}* '"' |
| <string> ::= | ''' {{schar - '''} | <escape>}* ''' |
Description
This form represents a string literal.
Semantics
The result of evaluating a string literal will have type string and
the specified value. Escapes provide a way to include special characters. For example,
"The next word is "quoted"."
represents the sentence: The next word is "quoted".
Escapes work by substituting in the value of the name.
There are predefined names for common escapes quot, apos, amp, tab, nbsp, and eol.
Names can also refer to arbitrary variables.
@x:const x := "foo";
@x:const y := 2 + 3;
~"&x;=&y;" == "foo=5"
It is illegal if an escape name is not defined at the place where the enclosing string occurs or if the value of the name does not have type string.
Parsing
Parsing a string literal without escapes results in a xdom:string tree node.
Parsing a string literal with escapes results in xdom:call node that represents
a call to Cat.
For example
"abc&def;ghi"
and
Cat("abc",
after parsing are represented by identical trees except
the first has a top-level xdom:call node with kind "double" and
the second has a top-level xdom:call node with kind "normal".
For single quotes
'abc&def;ghi'
and
Cat('abc',
after parsing are represented by identical trees except
the first has a top-level xdom:call node with kind "single" and
the second has a top-level xdom:call node with kind "normal".


--- layout: default title: On Generative Algorithms - Linetrace ---
As opposed to the biology inspired Hyphae and tree algorithms, the next example is based on hand drawings by John Franzen. Essentially Franzen draws lines where each line traces the outline of the previously drawn line. As each hand drawn line will have slight variations, interesting patterns soon emerge.
Drawing shapes on the computer is fairly straight forward. A line consists of a number of vertices (points) with an edge (segment) between them. To create a triangle you need three edges, and you connect them with three vertices. To draw a circle you do the same thing, but you need sufficiently many vertices to make it "impossible" to see that it is not actually a circle. If you are wondering: there are more sophisticated ways of drawing shapes, but this is an easy one.
This means that drawing these lines the same way that Franzen does can be done by drawing curvy shapes with many vertices in them. The tracing behaviour is a bit more tricky, but there are a number of ways you can try. I wanted the behaviour to mimic how you actually draw the shape little by little, whilst following the previous path. The algorithm I came up with does not quite work—in the sense that it does not avoid collisions—but the results look very nice.
To trace the outline you can sample some of the nearby edges on the previous line, calculate the average direction of those edges and add a vertex to the current line along that direction. Then add some random motion to mimic free hand drawing. This seems to work quite well for a while, but there is some "inertia" that can be seen in the results—the shape adapts too slowly.
The amount of noise you add to each vertex is crucial. This noise is what drives the whole system to make interesting shapes since the tracing behaviour is always forced to attempt to replicate both the general movement and some of the random jitter as it progresses.
These images don't really scale down well, so I made a somewhat larger one available.
Next is a somewhat more complex system that also involves lines.
Next: Differential Line Previous: Trees


I am a web developer and designer. I realized this was my real vocation as an adult, when I eventually enrolled in the Skillcrush online courses.
When I am not working, you can find me learning new skills, new languages, building a pc, reading a good book, watching some nice movie or tv-series -I am huge movie lover- trying a new recipe, shopping online or, most of all, travelling: the most enriching activity ever.


Hi {{ invite.to_user.get_full_name }}!
You've been invited to join {% if invite.company %}{{ invite.company.name }}{% else %}{{ invite.family.name }}{% endif %} by {{ invite.from_user.get_full_name }}.
Thanks!
Feelings


ZMI A JavaScript BMI/MetS Z-Score Calculator Calculate Data For: Adolescent (12-19 Years) Adult (20+ Years) Adult's Waistline: cm in Adolescent's Weight: kg lbs Adolescent's Height: cm in Birthdate: Appointment Date: Patient's Gender: Male Female Patient's Race/Ethnicity: Non-Hispanic White Non-Hispanic Black Hispanic Fasting Trigylceride (m/dL): HDL (mg/dL): Systolic Blood Pressure (mmHg): Fasting Glucose (mg/dL): Calculate Please fill out the form above.


--- layout: default title: "Aravind On Software - Management" author: "Aravind HU" type: "catalog" description: "Managing Software Development is always challenging, It is challenging because it has 100s of aspects, It requires maintaining strong links between various other disciplines which your team collaborates with. This is the section of 'Aravind On Software' where I publish some of the lessons of management that I learnt in my professional life." ---
Managing Software Development is always challenging, It is challenging because it has 100s of aspects, It requires maintaining strong links between various other disciplines which your team collaborates with. This is the section where I publish some of the lessons of management that I learnt in my professional life.


Toy Story (1995)
Like
Dislike
Jumanji (1995)
Like
Dislike
Grumpier Old Men (1995)
Like
Dislike
Waiting to Exhale (1995)
Like
Dislike
Father of the Bride Part II (1995)
Like
Dislike
Heat (1995)
Like
Dislike
Sabrina (1995)
Like
Dislike
Tom and Huck (1995)
Like
Dislike
Sudden Death (1995)
Like
Dislike
GoldenEye (1995)
Like
Dislike
Submit


All color conflicts are solved!
Your group successfully resolved all color conflicts within the time limit. You won a bonus of {0} in addition to the basic reward.


Serializable
classes whose closest non-serializable ancestor doesn't have
a no-argument constructor. Such classes cannot be deserialized and will fail with an InvalidClassException
.
Example:
class Ancestor {
private String name;
Ancestor(String name) {
this.name = name;
}
}
// warning on this class because the superclass is not
// serializable, and its constructor takes arguments
class Descendant extends Ancestor implements Serializable {
Descendant() {
super("Bob");
}
}


import "github.com/stretchr/testify/mock"
Package mock provides a system by which it is possible to mock your objects and verify calls are happening as expected.
The mock package provides an object, Mock, that tracks activity on another object. It is usually embedded into a test object as shown below:
type MyTestObject struct { // add a Mock object instance mock.Mock // other fields go here as normal }
When implementing the methods of an interface, you wire your functions up to call the Mock.Called(args...) method, and return the appropriate values.
For example, to mock a method that saves the name and age of a person and returns the year of their birth or an error, you might write this:
func (o *MyTestObject) SavePersonDetails(firstname, lastname string, age int) (int, error) { args := o.Called(firstname, lastname, age) return args.Int(0), args.Error(1) }
The Int, Error and Bool methods are examples of strongly typed getters that take the argument index position. Given this argument list:
(12, true, "Something")
You could read them out strongly typed like this:
args.Int(0) args.Bool(1) args.String(2)
For objects of your own type, use the generic Arguments.Get(index) method and make a type assertion:
return args.Get(0).(*MyObject), args.Get(1).(*AnotherObjectOfMine)
This may cause a panic if the object you are getting is nil (the type assertion will fail), in those cases you should check for nil first.
const ( // Anything is used in Diff and Assert when the argument being tested // shouldn't be taken into consideration. Anything string = "mock.Anything" )
AssertExpectationsForObjects asserts that everything specified with On and Return of the specified objects was in fact called as expected.
Calls may have occurred in any order.
func MatchedBy(fn interface{}) argumentMatcher
MatchedBy can be used to match a mock call based on only certain properties from a complex struct or some calculation. It takes a function that will be evaluated with the called argument and will return true when there's a match and false otherwise.
Example: m.On("Do", func(req *http.Request) bool { return req.Host == "example.com" })
|fn|, must be a function accepting a single argument (of the expected type) which returns a bool. If |fn| doesn't match the required signature, MathedBy() panics.
AnythingOfTypeArgument is a string that contains the type of an argument for use when type checking. Used in Diff and Assert.
func AnythingOfType(t string) AnythingOfTypeArgument
AnythingOfType returns an AnythingOfTypeArgument object containing the name of the type to check for. Used in Diff and Assert.
For example:
Assert(t, AnythingOfType("string"), AnythingOfType("int"))
type Arguments []interface{}
Arguments holds an array of method arguments or return values.
Assert compares the arguments with the specified objects and fails if they do not exactly match.
Bool gets the argument at the specified index. Panics if there is no argument, or if the argument is of the wrong type.
Diff gets a string describing the differences between the arguments and the specified objects.
Returns the diff string and number of differences found.
Error gets the argument at the specified index. Panics if there is no argument, or if the argument is of the wrong type.
Get Returns the argument at the specified index.
Int gets the argument at the specified index. Panics if there is no argument, or if the argument is of the wrong type.
Is gets whether the objects match the arguments specified.
String gets the argument at the specified index. Panics if there is no argument, or if the argument is of the wrong type.
If no index is provided, String() returns a complete string representation of the arguments.
type Call struct { Parent *Mock // The name of the method that was or will be called. Method string // Holds the arguments of the method. Arguments Arguments // Holds the arguments that should be returned when // this method is called. ReturnArguments Arguments // The number of times to return the return arguments when setting // expectations. 0 means to always return the value. Repeatability int // Holds a channel that will be used to block the Return until it either // recieves a message or is closed. nil means it returns immediately. WaitFor <-chan time.Time // Holds a handler used to manipulate arguments content that are passed by // reference. It's useful when mocking methods such as unmarshalers or // decoders. RunFn func(Arguments) }
Call represents a method call and is used for setting expectations, as well as recording activity.
After sets how long to block until the call returns
Mock.On("MyMethod", arg1, arg2).After(time.Second)
On chains a new expectation description onto the mocked interface. This allows syntax like.
Mock. On("MyMethod", 1).Return(nil). On("MyOtherMethod", 'a', 'b', 'c').Return(errors.New("Some Error"))
Once indicates that that the mock should only return the value once.
Mock.On("MyMethod", arg1, arg2).Return(returnArg1, returnArg2).Once()
Return specifies the return arguments for the expectation.
Mock.On("DoSomething").Return(errors.New("failed"))
Run sets a handler to be called before returning. It can be used when mocking a method such as unmarshalers that takes a pointer to a struct and sets properties in such struct
Mock.On("Unmarshal", AnythingOfType("*map[string]interface{}").Return().Run(function(args Arguments) { arg := args.Get(0).(*map[string]interface{}) arg["foo"] = "bar" })
Times indicates that that the mock should only return the indicated number of times.
Mock.On("MyMethod", arg1, arg2).Return(returnArg1, returnArg2).Times(5)
Twice indicates that that the mock should only return the value twice.
Mock.On("MyMethod", arg1, arg2).Return(returnArg1, returnArg2).Twice()
WaitUntil sets the channel that will block the mock's return until its closed or a message is received.
Mock.On("MyMethod", arg1, arg2).WaitUntil(time.After(time.Second))
type Mock struct { // Represents the calls that are expected of // an object. ExpectedCalls []*Call // Holds the calls that were made to this mocked object. Calls []Call // contains filtered or unexported fields }
Mock is the workhorse used to track activity on another object. For an example of its usage, refer to the "Example Usage" section at the top of this document.
AssertCalled asserts that the method was called.
AssertExpectations asserts that everything specified with On and Return was in fact called as expected. Calls may have occurred in any order.
AssertNotCalled asserts that the method was not called.
AssertNumberOfCalls asserts that the method was called expectedCalls times.
Called tells the mock object that a method has been called, and gets an array of arguments to return. Panics if the call is unexpected (i.e. not preceeded by appropriate .On .Return() calls) If Call.WaitFor is set, blocks until the channel is closed or receives a message.
On starts a description of an expectation of the specified method being called.
Mock.On("MyMethod", arg1, arg2)
TestData holds any data that might be useful for testing. Testify ignores this data completely allowing you to do whatever you like with it.
type TestingT interface { Logf(format string, args ...interface{}) Errorf(format string, args ...interface{}) FailNow() }
TestingT is an interface wrapper around *testing.T
Package mock imports 9 packages (graph) and is imported by 338 packages. Updated 2016-01-09. Refresh now. Tools for package owners.


{% extends 'base.html' %} {% block content %}
The Golf Shop will contact you to confirm your tee time.


class ResettableLazyManager
<init>
ResettableLazyManager()
managedDelegates
val managedDelegates: LinkedList<Resettable>
register
fun register(managed: Resettable): Unit
reset
fun reset(): Unit


{% extends "form.html" %} {% block formtitle %}Create Application Key{% endblock %} {% block js %} {% endblock %} {% block beforeform %}
Here you can create an application key. Application keys are used to allow applications rights in Lobber. In order to setup and connect a storage node to Lobber you need to create an application key for each instance.


BrainSnacks is a YouTube channel created by Clara Menzen in May 2017. The videos cover scientific and technological topics that mostly emerge from Clara’s curiosity about the world of physics.
Clara Menzen is a trilingual engineering student from Germany. She lived in Italy for 8 years and after her A-Levels she moved to Berlin. After her Bachelor studies at the Berlin Institute of Technology in energy and process engineering, she decided to do a master degree in Physical Engineering Science, focusing on fluid mechanics and numerical simulation.


Alex Viana is a
Software Engineer at Terbium Labs,
an Information Security startup based in Baltimore, MD, USA. Previously, he was
a Research and Instrument Analyst at the Space
Telescope Science Institute where he supported the operations
of the Hubble Space Telescope. Alex works primarily in Python and has taught
workshops in the US and Brazil in both English and Portuguese.


Income Tax Calculator
New Zealand General Election 2020
How much will each policy change the amount of income tax you pay?
What's your annual income before tax?


David Fetter writes the PostgreSQL Weekly News, contributes patches to the PostgreSQL source code, helps with the web and sysadmins team, and gives talks on PostgreSQL wherever people wish to hear them. He is a founder of PostgreSQL Experts, Inc.
Marko Tiikkaja is studying computer science at the University of Helsinki. He has been programming computers since he was six years old. Marko started seriously appreciating Free Software in 2003 when he started using PostgreSQL 7.4. In his free time he enjoys jogging.
In the SQL standard, Common Table Expressions (CTEs) are a way of
creating and using views at run time, but only in read queries. Here we create ways to use them in writes. We plan to make all parts of CTEs writeable, starting with the insides of the CTEs as in,
WITH t AS (DELETE FROM foo RETURNING *) ...
We also plan to make the outside of the table expression writeable, as in:
WITH t AS (SELECT ....) INSERT INTO foo... WITH t AS (SELECT ....) UPDATE foo... WITH t AS (SELECT ....) DELETE FROM foo...
Further plans include making the writeable CTEs recursive. This is still in the design stage.


Genesis 4:21
And his brother's name was Jubal: he was the father of all such as handle the harp and organ.


Contains the configuration for the following topics:
An acceptor defines which types of connection are accepted by the ${build.shortName} embedded messaging server. You can define any number of acceptors per server.
A connector defines how to connect to an embedded ${build.shortName} messaging server, and is used by a client to make connections.
For more information about acceptors and connectors, see the Acceptors and Connectors section.
A connector service allows to integrate external components with Apache ActiveMQ Artemis to send and receive messages.
By default, the ${build.shortName} messaging subsystem provides the InVmConnectionFactory
and
RemoteConnectionFactory
connection factories, as well as the
activemq-ra
pooled connection factory.
InVmConnectionFactory
references an
in-vm-connector
and can be used to send and receive messages when both the client and server are running in the same JVM.
RemoteConnectionFactory
references an
http-connector
and can be used to send and receive messages over HTTP when the client and server are running in different JVMs.
Pooled connection factories allow you to configure the inbound and outbound connectors of the integrated ActiveMQ Artemis resource adapter. For more information on configuring a pooled-connection-factory to connect to a remote ActiveMQ Artemis server, see Using the Integrated Resource Adapter for Remote Connections.


{% extends "base.html" %} {% block breadcrumb %}{% endblock %} {% block extrastyles %} {% endblock %} {% block content %}
You don't need to be a member to start shopping our locally and sustainably produced foods and goods. Just register below for an online account and start shopping.
{% for error in errors %}{% if forloop.first %}
Although you don't have to be a member to shop Atomic Cooperative Market, the benefits are excellent and just $25 gets you started! Read MORE about becoming a member.
{% endblock %}


SINCE 2020
Fun&Learn is an organization which was found on 1st July 2020 by Tayi Charan Kumar, student of electronics and communication engineering at NIE. The idea was to create a platform for students where they can have fun and as well as learn during the whole process
Fun and learn was started during the pandemic, when students felt bad about the same monotonous life that they were leading. The name of our organization is resonant with its motive: That is to have Fun while we Learn.
We have conducted events throughout the pandemic with students and teachers participating in overwhelming numbers. The inaugural event was the online quiz show. After analysing a stupendous response, the theme was enlarged to other colleges as well. In the recent past, we have conducted talent shows, treasure hunts, event on stock market analysis and a recently concluded covid 19 awareness programme, all of which have turned out to be a huge success.
The aim of the organization is to enhance student’s interest and to introduce a little fun in between the frustrated academic life.
We at Fun&Learn are passionate and committed to conduct intriguing events on various domains in the future as well and make engineering more interesting to pursue
Initially the team consisted of only four members Charan the founder, Meghana the organizer, Sohail the marketing lead and Rajaram KG as the mentor. After a year of successful journey, we are happy to say that we are now a 19 member strong team.


* Do you have a clue? Clue
today’s Very Short List:
tech 4 Aug 2013
Adda Birnir, CEO of Skillcrush, is a front-end developer and ruby newbie, wannabe student, and lover of Hall & Oates videos on YouTube. TWITTER
Subscribe
* Don’t go viral, go menstrual. Hello Flo
* No, not drop cloths, underwear! Dear Kate underwear
http://link.nyobserver.com/516ca68465217dc6e1b9a3a613l6b.gkz/Uf8JV-YQOJbuYycdB238e
delightful e-mail that shares
cultural gems from a
different curator every day.
If you have any problems reading this e-mail, click here
http://link.nyobserver.com/516ca68465217dc6e1b9a3a613l6b.gkz/Uf8JV-YQOJbuYycdC4f31
Subscribe
Forward
My Account
Unsubscribe
food 2 Aug 2013
culture 31 Jul 2013
Yinka Abdu on color and inspiration.
tech 29 Jul 2013
Craig Wilson on getting your office groove just right.
Editorial Policy
Privacy Policy
Contact Us
Press
Terms + Conditions
very fine print: ©2013
Observer VSL LLC.
321 West 44th Street, 6th Floor
New York, NY 10036 USA
All rights reserved.
Questions?<PHONE_NUMBER>.
This message was intended for<EMAIL_ADDRESS>If you believe this has been sent to you in error, please safely unsubscribe


Similar to rotational DC-Motors, the electro-mechanical energy conversion of translatory electrodynamic actuators and generators of moving coil and moving magnet type can be described with the following two converter equations:
F = c * i V_i = c * v
with electrodynamic or Lorentz force F, converter constant c, current i, induced back-emf V_i and armature velocity v. The model is very similar to the well-known behavioural model of a rotational one-phase DC-Machine, except that it is for translatory motion. For a moving coil actuator with a coil inside an air gap with flux density B and a total wire length l inside the magnetic field, the converter constant becomes
c = B * l.
The converter constant c as well as coil resistance R and inductance L are assumed to be known, e.g., from measurements or catalogue data. Hence this model is well-suited for system simulation together with neighbouring subsystems, but not for actuator design, where the motor constant is to be found on base of the magnetic circuit's geometry, material properties and winding data. See PermeanceActuator for a more accurate model of this actuator that is based on a magnetic network. Due to identical connectors, both models can be used in system simulation, e.g. to simulate a stroke as demonstrated in ArmatureStroke.


0%
Toggle navigation
AMI
OS
AMI
OS
DEVICE
RULE ENGINE
ACCOUNT
MONITOR
SYSTEM
Hello
Jessie
SYSTEM
About
CHART
About
v 0.0.0
© COPYRIGHT AMERICAN MEGATRENDS


| Class | Description |
|---|---|
| EndDateComparator |
Defines the comparator object to compare ToDoItem objects by their end dates.
|
| EndDateComparatorTest |
The JUnit test class to test EndDateComparator class.
|
| ErrorFeedback |
Defines the feedback class that is used when errors occurred during execution.
|
| EventItem |
Defines each event in the To-Do list.
|
| Feedback |
Defines the feedback object returned after each operation.
|
| HelpFeedback |
Defines the feedback type for help command.
|
| MyDate |
Defines the date in the format DD/MM/YYYY.
|
| MyDateTime |
Defines an object containing both date and time.
|
| MyDateTimeTest |
Test the correctness of comparing MyDate objects (including
MyDate and MyDateTime)
|
| PriorityComparator |
Defines the comparator object that compares 2 ToDoItem objects by their priority level.
|
| StartDateComparator |
Defines the comparator object to order ToDoItem by start date.
|
| StartDateComparatorTest |
JUnit test class to test correctness of StartDateComparator.
|
| SuccessFeedback |
Defines the feedback object type for successful operations, excluding the help page command.
|
| TaskItem |
Defines a task.
|
| ToDoItem |
Defines each item in the To-Do list in general.
|
| Exception | Description |
|---|---|
| DynamizException |
An exception class built for Dynamiz
|


--- title: Update tokenizer internal vocabulary based on a list of texts or list of sequences. type: docs repo: https://github.com/rstudio/keras menu: main: name: Update tokenizer internal vocabulary based on a list of texts or list of sequences. - keras parent: keras-reference aliases: - /reference/keras/fit_text_tokenizer.html - /keras/reference/fit_text_tokenizer.html - /guide/keras/reference/fit_text_tokenizer.html - /tools/tools/keras/reference/fit_text_tokenizer.html - /installation/keras/reference/fit_text_tokenizer.html - /tutorials/keras/reference/fit_text_tokenizer.html - /guide/tools/keras/reference/fit_text_tokenizer.html - /deploy/keras/reference/fit_text_tokenizer.html - /tools/keras/reference/fit_text_tokenizer.html - /tutorials/tools/keras/reference/fit_text_tokenizer.html ---
Update tokenizer internal vocabulary based on a list of texts or list of sequences.
fit_text_tokenizer(object, x)
| object | Tokenizer returned by |
| x | Vector/list of strings, or a generator of strings (for memory-efficiency); Alternatively a list of "sequence" (a sequence is a list of integer word indices). |
Required before using texts_to_sequences()
, texts_to_matrix()
, or
sequences_to_matrix()
.
Other text tokenization:
save_text_tokenizer()
,
sequences_to_matrix()
,
text_tokenizer()
,
texts_to_matrix()
,
texts_to_sequences_generator()
,
texts_to_sequences()


| {{assestmanagement.description}} |
{{assestmanagement.serialNumber}} |
{{assestmanagement.type}} |
{{assestmanagement.location}} |
{{assestmanagement.departments.departmentName}} |
{{assestmanagement.assetCategory.categoryName}} |
{{assestmanagement.custodian}} |
{{assestmanagement.supplier}} |
{{assestmanagement.assetstatuses.assetstatusName}} |
{{assestmanagement.barcode}} |
{{assestmanagement.note}} |
{{assestmanagement.purchaseDate}} |
{{assestmanagement.licenceExparingDate}} |
{{assestmanagement.licenceVersion}} |
{{assestmanagement.licenceName}} |
|
|
|


Get Ready!
Hi, This is the onslyde remote. Audience members will connect to your session and see this remote. The content/remote will update as you move through the slides.
Follow @onslyde


Permanent Address
House No/Flat No :
Street Name :
LandMark :
Mandal :
santhakaviti
karlapalem
ponduru
cherala
Pincode
Temporary Address Address
Is it same as the Permanent Address?
House No/Flat No :
Street Name :
LandMark :
Mandal :
santhakaviti
karlapalem
ponduru
cherala
Pincode


{% extends 'base.html' %} {% block title %} Forgot Your Password? {% endblock %} {% block extra_head %} {% endblock %} {% block content %}
Enter your email address below and we will e-mail you instructions on setting a new one.


Back on 🚴🏻after a couple light weeks. Um, did one of you dial up the global coefficient of friction? It's ok, you can tell me.
6/6/2017, 8:03:13 AM
Favs: 1
Retweets: 0
link--- layout: tweet ---
Back on 🚴🏻after a couple light weeks. Um, did one of you dial up the global coefficient of friction? It's ok, you can tell me.
6/6/2017, 8:03:13 AM
Favs: 1
Retweets: 0
link


In this problem you will test your knowledge of Java loops. Given three integers $a$, $b$, and $n$, output the following series:
$a+2^{0}b, a+2^{0}b+2^{1}b,......, a+2^{0}b+2^{1}b+...+2^{n-1}b$
Input Format
The first line will contain the number of testcases t. Each of the next $t$ lines will have three integers, $a$, $b$, and $n$.
Constraints:
$0 \le t \le 500$
$0 \le a, b \le 50$
$1 \le n \le 15$
Output Format
Print the answer to each test case in separate lines.
Sample Input
2
0 2 10
5 3 5
Sample Output
2 6 14 30 62 126<PHONE_NUMBER> 2046
8 14 26 50 98
Explanation
In the first case:
1st term=0+1*2=2
2nd term=0+1*2+2*2=6
3rd term=0+1*2+2*2+4*2=14
and so on.


Processing of uploaded batch process data file {{task.filename}} with {{task.row_count}} uploaded at {{task.create_at|isodate}} will expire in one week and will deleted from the database.
{% if error_count > 0 %} There were {{error_count}} error(s). {% endif %}You can export a csv of the results with both ORCID iD and put codes by clicking this link: {{export_url}}


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/metavariable.20details.html ---
In metavar_context.h
, the classmetavar_decl
keeps a local_context
field called m_context
, which is the local context in which the mvar was created. In the system description it says "since only closed terms can be assigned to metavariables, a metavariable that occurs in a context records the parameters that it depends on". Is this what m_context
is doing? Does closed here mean no unbound de-bruijn variables? The system description seems to imply that the context is stored as a telescope of pi
s on the type of the mvar rather than in a special field in the declaration which is confusing me. Thanks
The system description describes an old version of Lean where metavariables are handled differently. The metavariables in Lean 3 can have free variables in the form of local constants.
This is also the reason for the delayed_abstraction macro, if you've seen it before. If you want to build λ x, ?m_1
where ?m_1
could contain x
as a free variable, then we insert a delayed_abstraction macro that tells Lean to replace the local constant by a de Bruijn variable when instantiating the metavariable.
Re: publications. Many of the publications on the website describe old versions of Lean. I think the ICFP paper from last year (metaprogramming framework for formal verification) and the IJCAR paper from 2016 (congruence closure) are the only two which are up-to-date as of Lean 3.
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


FROM Williams Ghazi, JOHANNESBURG,SOUTH AFRICA. TELL:+27-732112866.
Dear sir,
I am MR, Williams Ghazi, the son of late MR.PATRICK Ghazi, who was murdered in a land dispute in ZIMBABWE.I got your contact during my search for reliable&compitent foreigner to handle a confidential financial transaction, then I decided to write you. My late father was among the few black Zimbabwean rich farmers murdered in cold blood by the agent of the ruling government of President ROBERT MUGABE for his alleged support and sympathy for Zimbabwean opposition party. Before the death of my father, he took me to South Africa to deposit the sum of Twelve million US Dollars ($12m) with a security and finance company, as if he knew the looming danger in Zimbabwe. The money was deposited as a gem/precious stone to avoid much dumourage from the security firm. This money was earmarked for the purchase of new machinery and chemicals for the farms and the establishment of new farms in Lesotho and Swaziland. This land probl! em arose when President R. MUGABE introduced a new land Act. which wholly affects the White rich farmers and some few blacks vehemently condemned the 'MODUS OPERANDI' adopted by the government. This resulted to rampant killing and mob actions. I and my family who are currently staying in South Africa as refugees or asylum seekers have decided to enter your name as foreigner/beneficiary of the Trunck Cases containing the Cash (USD12M) for futher transfer of the money to a foreign country where we can invest it. I am faced with the dilemma of claiming/investing this amount of money in South Africa for fear of encountering the same experience in future since both countries have the same political history. Moreover, the South African monetary policy/law does not allow such investment hence I am seeking for an asylum or refugee. I must let you know that this business is 100% risk free and the nature of your business does not necess! ary matter. So if you are willing to assist us claim the ownership of this money,I and my family have agreed to give you 20% of the total money, 40% will be for a joint business venture I will be doing with you and another 35% will be for me and my family which we shall also invest in your country and the remaining 5% will be mapped out for all expenses we may incure during the transaction. Therefor, if you are willing and interested to render the needed assistance. Please funish me your private phone and Fax number for easy and better communication. Remember that this is highly confidential and the success of this business depends on how secret it is kept.
Expecting your reply soonest. Best Regard.
Williams Ghazi.
Yahoo! India Insurance Special: Be informed on the best policies, services, tools and more.


Link 1
Link 2
Gallery
Login
Register
Registration Page
Name
Please enter your full name
Contact Number :
Date of Birth
Date of Joining
Address
Please enter your address
City
Please enter your city
Email
Please enter your email address
Password
Confirm Password
Register Now
Already registered?
Login here


| [.xts {xts} | R Documentation |
Details on efficient subsetting of xts
objects
for maximum performance and compatibility.
## S3 method for class 'xts' x[i, j, drop = FALSE, which.i=FALSE, ...]
x |
xts object |
i |
the rows to extract. Numeric, timeBased or ISO-8601 style (see details) |
j |
the columns to extract, numeric or by name |
drop |
should dimension be dropped, if possible. See NOTE. |
which.i |
return the ‘i’ values used for subsetting. No subset will be performed. |
... |
additional arguments (unused) |
One of the primary motivations, and key points of differentiation of the time series class xts, is the ability to subset rows by specifying ISO-8601 compatible range strings. This allows for natural range-based time queries without requiring prior knowledge of the underlying time object used in construction.
When a raw character vector is used for the i
subset argument, it is processed as if it was ISO-8601
compliant. This means that it is parsed from left to
right, according to the following specification:
CCYYMMDD HH:MM:SS.ss+
A full description will be expanded from a left-specified truncated one.
Additionally, one may specify range-based queries by simply supplying two time descriptions seperated by a forward slash:
CCYYMMDD HH:MM:SS.ss+/CCYYMMDD HH:MM:SS.ss
The algorithm to parse the above is .parseISO8601
from
the xts package.
ISO-style subsetting, given a range type query, makes use of a custom binary search mechanism that allows for very fast subsetting as no linear search though the index is required. ISO-style character vectors may be longer than length one, allowing for multiple non-contiguous ranges to be selected in one subsetting call.
If a character vector representing time is used in place of
numeric values, ISO-style queries, or timeBased
objects, the above parsing will be carried out on
each element of the i-vector. This overhead can
be very costly. If the character approach is used when
no ISO range querying is needed, it is
recommended to wrap the ‘i’ character vector with the I()
function call, to allow for more efficient internal processing.
Alternately converting character vectors to POSIXct objects will
provide the most performance efficiency.
As xts
uses POSIXct time representations
of all user-level index classes internally, the fastest
timeBased subsetting will always be from POSIXct objects,
regardless of the tclass
of the original
object. All non-POSIXct time classes
are converted to character first to preserve
consistent TZ behavior.
An extraction of the original xts object. If which.i
is TRUE, the corresponding integer ‘i’ values used to
subset will be returned.
By design, drop=FALSE in the default case. This preserves the basic
underlying type of matrix
and the dim()
to be non-NULL.
This is different from both matrix and zoo
behavior as R
uses drop=TRUE
. Explicitly passing drop=TRUE
may
be required when performing certain matrix operations.
Jeffrey A. Ryan
ISO 8601: Date elements and interchange formats - Information interchange - Representation of dates and time https://www.iso.org
x <- xts(1:3, Sys.Date()+1:3) xx <- cbind(x,x) # drop=FALSE for xts, differs from zoo and matrix z <- as.zoo(xx) z/z[,1] m <- as.matrix(xx) m/m[,1] # this will fail with non-conformable arrays (both retain dim) tryCatch( xx/x[,1], error=function(e) print("need to set drop=TRUE") ) # correct way xx/xx[,1,drop=TRUE] # or less efficiently xx/drop(xx[,1]) # likewise xx/coredata(xx)[,1] x <- xts(1:1000, as.Date("2000-01-01")+1:1000) y <- xts(1:1000, as.POSIXct(format(as.Date("2000-01-01")+1:1000))) x.subset <- index(x)[1:20] x[x.subset] # by original index type system.time(x[x.subset]) x[as.character(x.subset)] # by character string. Beware! system.time(x[as.character(x.subset)]) # slow! system.time(x[I(as.character(x.subset))]) # wrapped with I(), faster! x['200001'] # January 2000 x['1999/2000'] # All of 2000 (note there is no need to use the exact start) x['1999/200001'] # January 2000 x['2000/200005'] # 2000-01 to 2000-05 x['2000/2000-04-01'] # through April 01, 2000 y['2000/2000-04-01'] # through April 01, 2000 (using POSIXct series) ### Time of day subsetting i <- 0:60000 focal_date <- as.numeric(as.POSIXct("2018-02-01", tz = "UTC")) x <- .xts(i, c(focal_date + i * 15), tz = "UTC", dimnames = list(NULL, "value")) # Select all observations between 9am and 15:59:59.99999: w1 <- x["T09/T15"] # or x["T9/T15"] head(w1) # timestring is of the form THH:MM:SS.ss/THH:MM:SS.ss # Select all observations between 13:00:00 and 13:59:59.9999 in two ways: y1 <- x["T13/T13"] head(y1) x[.indexhour(x) == 13] # Select all observations between 9:30am and 30 seconds, and 4.10pm: x["T09:30:30/T16:10"] # It is possible to subset time of day overnight. # e.g. This is useful for subsetting FX time series which trade 24 hours on week days # Select all observations between 23:50 and 00:15 the following day, in the xts time zone z <- x["T23:50/T00:14"] z["2018-02-10 12:00/"] # check the last day # Select all observations between 7pm and 8.30am the following day: z2 <- x["T19:00/T08:29:59"] head(z2); tail(z2)


Intro
This article introduces workarounds for errors from read_qnt()
and read_xmap()
when files recording analytical conditions are missing or written in incompatible formats depending on instruments (i.e., versions of EPMA hardware and software).
Spot analysis data
Among the required files to read spot analysis data (Tab. 1), .cnd/elemw.cnd
and Pos_001/data001.qnt
can be missing or be written in unexpected format. In such case, prepare a csv file describing element names, dwell time for peak and background, and relative positions of backgrounds in a given format (Tab. 2). Then, following code will read spot analysis data.
qnt <- read_qnt(".qnt", conditions = "conditions_qnt.csv")
# First argument is path to the directory containing required files.
# "conditions" argument is a path to a user-prepared csv file.
Tab. 1: Required files to retrieve spot analysis data
| .cnd/elemw.cnd or Pos_001/data001.qnt |
Metadata including dwell time for peak and background, and relative positions of backgrounds. In some case, .cnd/elemw.qnt is incomplete or missing, and needs to be prepared manually (e.g., https://gist.github.com/atusy/f1577b67b8874c9e915941c0725d0e22). JXA-8230 lacks .cnd/elemw.cnd , but provides Pos_001/data/qnt . |
| bgm.qnt |
Minus-side background intensity |
| bgp.qnt |
Plus-side background intensity |
| elem.qnt |
Element names specified for matrix corrections (e.g., oxide or metal in ZAF) |
| elint.qnt |
Element names as is. |
| mes.qnt |
Probe current |
| net.qnt |
Net intensity |
| peak.qnt |
Peak intensity. This file is optional. If missing, peak intensity is calculated from net and background intensities. |
| stg.qnt |
Coordinates and comments |
| wt.qnt |
Mass concentrations [wt%] |
Tab. 2: An example csv file which records element names, dwell time for peak and background, and relative positions of backgrounds. Download csv file from here.
| SiO2 |
Si |
1 |
1 |
10 |
5 |
| MgO |
Mg |
1 |
1 |
10 |
5 |
Mapping data
Mapping data are expected to be saved as ASCII converted files (*.txt
or *.csv
) and as condition files (*.cnd
) (Tab. 3). Asterisks are expected to be filled by the format of #_map
or by data#
where sharps are integers. File names of ASCII converted files and condition files must be paired (e.g, 1_map.txt
and 1_map.cnd
). In case of irregular file names or missing condition files, prepare a csv file describing element name, file path, instrument, dwell time, probe current, X-Y coordinates of a starting pixel, step size, map size, and dead time (Tab. 4). Then, following code will read spot analysis data.
xmap <- read_qnt(conditions = "conditions_xmap.csv")
# "conditions" argument is a path to a user-prepared csv file.
Tab. 3: Required files to retrieve mapping data
| *_map.txt or data*.csv |
ASCII converted mapping data (e.g., 1_map.txt, 2_map.txt,… or data001.csv, data002.csv, …) |
| *.cnd |
Analytical conditions: element name, dwell time, probe current, step size, pixel size, and coordinates. File names must corresponds to mapping data (e.g, 1_map.cnd, data001.cnd) |
Tab. 4: An example csv file which records element names, dwell time for peak and background, and relative positions of backgrounds. Except for ‘Element’ and ‘File path’, only values in a first row is used. The other cells are ignored regardless of their contents. Download csv file from here.
| Si |
.map/1/1_map.txt |
JXA-DUMMY |
100 |
1e-07 |
0 |
0 |
5 |
100 |
100 |
0 |
| Mg |
.map/1/2_map.txt |
|
NA |
NA |
NA |
NA |
NA |
NA |
NA |
NA |


3.3 Questions and Answers
Q: The
following recursive definition has an error. What is it, and
how can we fix it? For a positive integer n, the definition, in its proper
form, is common in formally computing the running time of
divide-and-conquer algorithms, such as merge sort (see Chapter
12). Merge sort divides a set of data in half, then
divides the halves in half, and continues this way until each
division contains a single element. Then, during the unwinding
phase, the divisions are merged to produce a final sorted
set.
A: The problem
with this definition is that it never reaches the terminating
condition, n = 0, for any initial value of n greater than 0. To fix the problem,
it needs an obtainable terminating condition. The condition
n = 1 works well, which means
we should also change the second condition in the function. A
recursive definition with an acceptable terminating condition
is presented here:
This happens to be the correct definition for
the running time of merge sort. Such a function is called a
recurrence. In more formal analysis, recurrences are
used frequently to describe the running times of recursive
algorithms.
Q:
Describe a recursive approach for computing the prime factors
of a number. Determine whether the approach is tail recursive,
and describe why or why not.
A: Recursion
is a natural way to find the prime factors of a number because
factoring is really just the same problem over and over again,
only a little smaller, as we determine each factor. A
recursive approach to this problem can be defined as
shown:
This definition says that to determine the
prime factors of a number n
recursively, determine its smallest prime factor i, record this in a set of factors
P, and repeat the process for
n = n /i.
Continue this way until n is
found to be prime itself, which is the terminating condition.
This definition is tail recursive because there is nothing
that needs to be done during the unwinding phase, as Figure
3.6 confirms.
Q: Considering
how the stack is used in executing recursive functions, what
happens when the winding phase of a recursive process never
terminates, perhaps as a result of a malformed terminating
condition, as in the first
question?
A: If the
terminating condition of a recursive function is never
reached, eventually the stack grows past an acceptable size
and the program aborts from a stack overflow. A special pointer,
called the frame pointer, keeps track of the top of the stack as a
program executes. It is also used to determine when the stack
has grown too large. An interrupt is raised to signal the
error.
 Describe the computation that the
following recursive definition describes:
A: This recursive definition
calculates a series like the following one, called the harmonic series. For positive
integers n, the function
calculates the n th harmonic
number. (The calculation proceeds in reverse order from what
is shown, but the following form is more recognizable.)
Q: Is the
function in the previous question tail recursive? If so,
describe why. If not, describe why not and present a
tail-recursive version.
A: The
function defined in the previous question is not tail
recursive because the return value of the recursive call is
used in an expression. This expression becomes the return
value of the current call. Therefore, each activation must
remain on the stack until it gets the return value of
subsequent activations. To make this function tail recursive,
we can use an approach like the one presented earlier in the
chapter for computing a factorial in a tail-recursive manner.
We use an additional parameter a to keep a tally of the total value
of the series computed thus far in the recursion. Formally, a
tail-recursive version of the function in the previous
question is as follows:
|


Dashboard
Team
Projects
Calendar
Reports
View notifications
Open user menu
Open main menu
Dashboard
Team
Projects
Calendar
Reports
Tom Cook
<EMAIL_ADDRESS>View notifications
Your Profile
Settings
Sign out
Dashboard


{% extends "layout.html" %} {% block page_title %} GOV.UK prototype - IIDB - Prototype directory {% endblock %} {% block content %} {{ super() }} IIDB Prototypes The following is a directory of Industrial Injuries Disablement Benefit digital service Prototypes by version. Alpha Alpha 04 Alpha 03 Alpha 02 Alpha 01 {% endblock %}
The following is a directory of Industrial Injuries Disablement Benefit digital service Prototypes by version.


---
layout: post
title: Aljubarrota battlefield
date: '2013-11-04T07:31:00+01:00'
categories:
- Horses
- Aljubarrota
- Storyboards
picture_url: https://film-Storyboards.tumblr.com/post/65993148293/from-the-battlefield-of-aljubarrota-visited-years
---
From the battlefield of Aljubarrota, visited years after it took place by the narrator, Fernão Lopes, royal chronicler, and his page, to the deathbed of Ferdinand I of Portugal in a seamless sequence.


--- layout: default title: Atosa Italy - Under construction description: We are working to create an innovative portal. At this time some sections are not complete yet, we are sorry for this. Come back soon to find out the upcoming updates. permalink: /under-construction/ ---


| 002:048 Khan | : |
And fear a Day (of Judgement) when a person shall not avail another, nor will intercession be accepted from him nor will compensation be taken from him nor will they be helped. |
| 002:048 Maulana | : |
And guard yourselves against a day when no soul will avail another in the least, neither will intercession be accepted on its behalf, nor will compensation be taken from it, nor will they be helped. |
| 002:048 Pickthal | : |
And guard yourselves against a day when no soul will in aught avail another, nor will intercession be accepted from it, nor will compensation be received from it, nor will they be helped. |
| 002:048 Rashad | : |
Beware of the day when no soul can avail another soul, no intercession will be accepted, no ransom can be paid, nor can anyone be helped. |
| 002:048 Sarwar | : |
Have fear of the day when every soul will be responsible for itself. No intercession or ransom will be accepted and no one will receive help. |
| 002:048 Shakir | : |
And be on your guard against a day when one soul shall not avail another in the least, neither shall intercession on its behalf be accepted, nor shall any compensation be taken from it, nor shall they be helped. |
| 002:048 Sherali | : |
And guard yourselves against the day when no soul shall serve as a substitute for another soul at all, nor shall intercession be accepted for it, nor shall ransom be taken from it, nor shall they be helped. |
| 002:048 Yusufali | : |
Then guard yourselves against a day when one soul shall not avail another nor shall intercession be accepted for her, nor shall compensation be taken from her, nor shall anyone be helped (from outside). |
Concepts/Themes Covered: الإيمان > اليوم الآخر > أهواله Faith> The Hereafter> Its Horrors الإيمان > اليوم الآخر > جزاء العمل السيء Faith> The Hereafter> The Punishment of the Bad Work الديانات > بنو إسرائيل > أوامر الله إليهم Religions>Children of Israel>Allah's Orders to them الديانات > بنو إسرائيل > نعم الله عليهم Religions>Children of Israel>Allah Gifts on them
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


The Unauthorized Duggar Name Jenerator
Your new name is:
Duggar
Share on Facebook
Share on Twitter
Start over
Jenerate My Duggar Name
J


My name is Olavi Haapala. I'm a software developer with wide experience with different tools and technologies. I'm passionate about open source software development, lean service creation, and web performance.


const crypto = require('libp2p-crypto')
require('libp2p-crypto-secp256k1')
/**
* > Binds a TL keypair to OrbitDB
*
* An OrbitDB Identity Provider is essentially a mechanism proves the ownership of
* both the TallyLab signing keypair and the OrbitDB keypair via a process of **cross-signing**:
*
* 1. Sign the OrbitDB public key with the TL private key
* 2. Sign the TL public key with the OrbitDB private key
*
* Additionally, this registers the TallyLab key in the OrbitDB Keystore, where key is the
* TallyLab public signing key, and the value is the OrbitDB keypair.
*
* ## Usage
*
* ```JavaScript
* // This registers the TLIP with Orbit to let it know it's a valid provider
* Identities.addIdentityProvider(TallyLabIdentityProvider)
*
* // nacl = our current cryptography library
* nacl_factory.instantiate(async (nacl) => {
*
* // Same keygen function we're used to, in a different home
* const tlKeys = TallyLabIdentityProvider.keygen(nacl, 'thisisexactlythirtytwocharacters')
*
* // Creates a single user identity
* const identity = await Identities.createIdentity({
* type: 'TallyLab',
* id: tlKeys.signing.signPk.toString(),
* tlKeys,
* nacl
* })
*
* // Utility function to verify the identity
* TallyLabIdentityProvider.verifyIdentity(nacl, identity)
* })
* ```
*/
class TallyLabIdentityProvider {
/**
* Creates a new instance of TallyLabIdentityProvider. Not called directly but instead
* passed into OrbitDB. See Usage above.
*
* @param {Keypair} options.tlKeys TallyLab keys
* @param {module} options.nacl Output of `nacl_factory.instantiate`
*
* @returns TallyLabIdentityProvider
*/
constructor (options) {
this.id = options.id
this.idSignature = options.idSignature
}
/**
* Returns the signing public key of TallyLab. Essentially the user's unique ID
*
* @returns {Uint8Array} TallyLab Signing Public Key
*/
getId () { return this.id }
/**
* After OrbitDB signs the TallyLab keys, it passed an identity back to TallyLab
* in the form of a string (publicKey + idSignature), which is then signed by TL
*
* @returns {Uint8Array} Signature as bytes
*/
async signIdentity (identity, options) {
return options.tlSignature
}
/**
* Set to the string `'TallyLab'`
*/
static get type () { return 'TallyLab' }
/**
* Verifies the identity by checking that the public key in identity.id
* did, in fact, create the signature created in identity.signature.id
*/
static async verifyIdentity (identity) {
return new Promise((resolve, reject) => {
const secp256k1 = crypto.keys.supportedKeys.secp256k1
const pkBytes = Buffer.from(identity.publicKey, 'hex')
const signature = Buffer.from(identity.signatures.id, 'hex')
const pubKey = secp256k1.unmarshalSecp256k1PublicKey(pkBytes)
pubKey.verify(Buffer.from(identity.id), signature, (err, valid) => {
if (err) reject(err)
resolve(valid)
})
})
}
/**
* The TallyLab Identity Object returned from a successful Identities.createIdentity call
*
* @typedef {Object} TallyLabIdentityProvider~TallyLabIdentity
* @property {Uint8Array} privateKey Encryption private key
* @property {Uint8Array} publicKey Encryption public key
* @property {Object} signing
* @property {Uint8Array} signing.signPk Signing public key
* @property {Uint8Array} signing.signSk Signing private key
* @property {Number} version TallyLab security version (1.1 or 2.0)
*/
/**
* Generates four keys based on a seed string that is passed in from the security questions
* flow. This functiion verfies that the seed length is exactly 32 bytes and will generate
* a random seed if none is passed.
*
* Inside of the returned `keypair` object:
* 1. A signing keypair `keypair.signing.signPk` and `keypair.signing.signSk`
* 2. An encryption keypair, kept as `publicKey` and `keypair.privateKey` for backwards
* compatibility.
*
* Security versions have been set to **1.1** for a randomly generated key and **2.0** for
* seeded keys.
*
* @returns {...TallyLabIdentityProvider~TallyLabIdentity} See type definition below
*/
static keygen (seed) {
if (seed && seed.length !== 32) throw new Error('seed must be exactly 32 chars')
const toBytes = (string) => Uint8Array.from(string.split('').map(char => char.charCodeAt(0)))
const seedBytes = seed ? toBytes(seed) : this.prototype.nacl.random_bytes(32)
const version = seed ? 2.0 : 1.1
const encryptionKeys = this.prototype.nacl.crypto_box_seed_keypair(seedBytes)
const signingKeys = this.prototype.nacl.crypto_sign_seed_keypair(seedBytes)
const Identity = function (encryptionKeys, signingKeys, version) {
this.privateKey = encryptionKeys.boxSk
this.publicKey = encryptionKeys.boxPk
this.signing = signingKeys
this.securityVersion = version
}
Identity.prototype.stringCompatible = {
privateKey: encryptionKeys.boxSk.toString(),
publicKey: encryptionKeys.boxPk.toString(),
signing: {
signPk: signingKeys.signPk.toString(),
signSk: signingKeys.signSk.toString()
},
securityVersion: version.toString()
}
const identity = new Identity(encryptionKeys, signingKeys, version)
return identity
}
}
module.exports = TallyLabIdentityProvider


Finite domain integers.
The Gecode::Int namespace contains all functionality required to program propagators and branchings for finite domain integers. In addition, all propagators and branchings for finite domain integers provided by Gecode are contained as nested namespaces.
|
Classes |
| class | VariableEmptyDomain |
| | Exception: Variable created with empty domain More...
|
| class | VariableOutOfRangeDomain |
| | Exception: Variable created with values too large for domain More...
|
| class | NumericalOverflow |
| | Exception: Numerical overflow More...
|
| class | ArgumentEmpty |
| | Exception: No arguments available in argument array More...
|
| class | ArgumentSizeMismatch |
| | Exception: Arguments are of different size More...
|
| class | ArgumentSame |
| | Exception: Arguments contain same variable multiply More...
|
| class | UnknownRelation |
| | Exception: Unknown relation passed as argument More...
|
| class | UnknownBranching |
| | Exception: Unknown value or variable selection passed as argument More...
|
| class | IntMeDiff |
| | Modification event difference for Int-variable implementations. More...
|
| class | IntVarImpBase |
| | Base-class for Int-variable implementations. More...
|
| class | IntVarImp |
| | Integer variable implementation. More...
|
| class | IntVarImpFwd |
| | Range iterator for ranges of integer variable implementation. More...
|
| class | IntVarImpBwd |
| | Backward iterator for ranges of integer variable implementations. More...
|
| class | ViewRanges< ConstIntView > |
| | Range iterator for constant integer views More...
|
| class | ViewRanges< IntView > |
| | Range iterator for integer variable views More...
|
| class | ViewRanges< MinusView > |
| | Range iterator for minus integer views More...
|
| class | ViewRanges< OffsetView > |
| | Range iterator for offset integer views More...
|
| class | ViewRanges< IntScaleView > |
| | Range iterator for integer-precision scale integer views More...
|
| class | ViewRanges< DoubleScaleView > |
| | Range iterator for double-precision scale integer views More...
|
| class | ViewRanges |
| | Range iterator for integer views. More...
|
| class | ViewValues |
| | Value iterator for integer views. More...
|
| class | IntView |
| | Integer view for integer variables. More...
|
| class | MinusView |
| | Minus integer view. More...
|
| class | OffsetView |
| | Offset integer view. More...
|
| class | ScaleView |
| | Scale integer view (template). More...
|
| class | ConstIntView |
| | Constant integer view. More...
|
| class | BoolView |
| | Boolean view for integer variables. More...
|
| class | NegBoolView |
| | Negated Boolean view. More...
|
| class | ViewRanges< GCC::CardView > |
| | Range iterator for indexed problem variables More...
|
Namespaces |
| namespace | Arithmetic |
| | Numerical (arithmetic) propagators.
|
| namespace | Bool |
| | Boolean propagators.
|
| namespace | Branch |
| | Integer branchings.
|
| namespace | Channel |
| | Channel propagators
|
| namespace | Count |
| | Counting propagators.
|
| namespace | Cumulatives |
| | Cumulatives propagators
|
| namespace | Distinct |
| | Distinct propagators
|
| namespace | Dom |
| | Domain propagators.
|
| namespace | Element |
| | Element propagators
|
| namespace | GCC |
| | Global cardinality propagators.
|
| namespace | Linear |
| | Linear propagators
|
| namespace | Regular |
| | Regular propagators
|
| namespace | Rel |
| | Simple relation propagators.
|
| namespace | Sortedness |
| | Sortedness propagators
|
Typedefs |
typedef ScaleView< int, unsigned
int > | IntScaleView |
| | Integer-precision integer scale view.
|
typedef ScaleView< double,
double > | DoubleScaleView |
| | Double-precision integer scale view.
|
Enumerations |
| enum | BoolTest { BT_NONE,
BT_SAME,
BT_COMP
} |
| | Boolean tests. More...
|
| enum | RelTest { RT_FALSE = 0,
RT_MAYBE = 1,
RT_TRUE = 2
} |
| | Result of testing relation. More...
|
Functions |
| std::ostream & | operator<< (std::ostream &os, GCC::CardView &v) |
| | Debugging: print a cardinality variable.
|
| BoolTest | bool_test (const BoolView &b0, const BoolView &b1) |
| BoolTest | bool_test (const BoolView &b0, const NegBoolView &b1) |
| BoolTest | bool_test (const NegBoolView &b0, const BoolView &b1) |
| BoolTest | bool_test (const NegBoolView &b0, const NegBoolView &b1) |
| | Test whether views b0 and b1 are the same.
|
| template<class Val, class UnsVal> |
| std::ostream & | print_scale (std::ostream &os, const ScaleView< Val, UnsVal > &x) |
| template<class View> |
| RelTest | rtest_eq_bnd (View x, View y) |
| | Test whether views x and y are equal (use bounds information).
|
| template<class View> |
| RelTest | rtest_eq_dom_check (View x, View y) |
| template<class View> |
| RelTest | rtest_eq_dom (View x, View y) |
| | Test whether views x and y are equal (use full domain information).
|
| template<class View> |
| RelTest | rtest_eq_bnd (View x, int n) |
| | Test whether view x and integer n are equal (use bounds information).
|
| template<class View> |
| RelTest | rtest_eq_dom_check (View x, int n) |
| template<class View> |
| RelTest | rtest_eq_dom (View x, int n) |
| | Test whether view x and integer n are equal (use full domain information).
|
| template<class View> |
| RelTest | rtest_nq_bnd (View x, View y) |
| | Test whether views x and y are different (use bounds information).
|
| template<class View> |
| RelTest | rtest_nq_dom_check (View x, View y) |
| template<class View> |
| RelTest | rtest_nq_dom (View x, View y) |
| | Test whether views x and y are different (use full domain information).
|
| template<class View> |
| RelTest | rtest_nq_bnd (View x, int n) |
| | Test whether view x and integer n are different (use bounds information).
|
| template<class View> |
| RelTest | rtest_nq_dom_check (View x, int n) |
| template<class View> |
| RelTest | rtest_nq_dom (View x, int n) |
| | Test whether view x and integer n are different (use full domain information).
|
| template<class View> |
| RelTest | rtest_lq (View x, int n) |
| | Test whether view x is less or equal than integer n.
|
| template<class View> |
| RelTest | rtest_lq (View x, View y) |
| | Test whether view x is less or equal than view y.
|
| template<class View> |
| RelTest | rtest_le (View x, int n) |
| | Test whether view x is less than integer n.
|
| template<class View> |
| RelTest | rtest_le (View x, View y) |
| | Test whether view x is less than view y.
|
| template<class View> |
| RelTest | rtest_gq (View x, int n) |
| | Test whether view x is greater or equal than integer n.
|
| template<class View> |
| RelTest | rtest_gq (View x, View y) |
| | Test whether view x is greater or equal than view y.
|
| template<class View> |
| RelTest | rtest_gr (View x, int n) |
| | Test whether view x is greater than integer n.
|
| template<class View> |
| RelTest | rtest_gr (View x, View y) |
| | Test whether view x is greater than view y.
|
Variables |
| const Gecode::ModEvent | ME_INT_FAILED = Gecode::ME_GEN_FAILED |
| | Domain operation has resulted in failure.
|
| const Gecode::ModEvent | ME_INT_NONE = Gecode::ME_GEN_NONE |
| | Domain operation has not changed domain.
|
| const Gecode::ModEvent | ME_INT_VAL = Gecode::ME_GEN_ASSIGNED |
| | Domain operation has resulted in a value (assigned variable).
|
| const Gecode::ModEvent | ME_INT_BND = Gecode::ME_GEN_ASSIGNED + 1 |
| | Domain operation has changed the minimum or maximum of the domain.
|
| const Gecode::ModEvent | ME_INT_DOM = Gecode::ME_GEN_ASSIGNED + 2 |
| | Domain operation has changed the domain.
|
| const Gecode::PropCond | PC_INT_VAL = Gecode::PC_GEN_ASSIGNED |
| | Propagate when a view becomes assigned (single value).
|
| const Gecode::PropCond | PC_INT_BND = Gecode::PC_GEN_ASSIGNED + 1 |
| | Propagate when minimum or maximum of a view changes.
|
| const Gecode::PropCond | PC_INT_DOM = Gecode::PC_GEN_ASSIGNED + 2 |
| | Propagate when domain changes.
|


interface APIServer
Top level interface to external interaction with the distributed ledger.
interface StatesQuery
Extremely rudimentary query language which should most likely be replaced with a product.


MP3 format:
Your browser doesn't support HTML5 audio.
OGG format:
WAV format:
Browser's choice:
Muted:


Small library that brings the callout components seen on Bootstrap Documentation to be used as Angular Material library components.
Install ngx-mat-callout
in your project:
Import the NgxMatCalloutModule
:
Start using the component <ngx-mat-callout>
:
If a callout's heading is plain text only, then the heading
property can be used:
For more complex headings, add a template with the ngxMatCalloutHeading
directive inside the ngx-mat-callout
component:
The color of the <ngx-mat-callout>
component can be changed by using the color
property.
By default, callouts use a neutral background color based on the current theme (light or dark). This can be changed to 'primary'
, 'accent'
, or 'warn'
.
@angular/core: ^7.0.0 || ^8.0.0 || ^9.0.0 || ^10.0.0 || ^11.0.0
@angular/material: ^7.0.0 || ^8.0.0 || ^9.0.0 || ^10.0.0 || ^11.0.0


|
IoTivity-Lite
|
Call back handlers that are invoked in response to oc_main_init() More...
#include <oc_api.h>
Data Fields | |
| int(* | init )(void) |
| Device initialization callback that is invoked to initialize the platform and device(s). More... | |
| void(* | register_resources )(void) |
| Resource registration callback. More... | |
| void(* | requests_entry )(void) |
| Callback invoked when the stack is ready to issue discovery requests. More... | |
| void(* | signal_event_loop )(void) |
| Function to signal the event loop so that incomming events are being processed. More... | |
Call back handlers that are invoked in response to oc_main_init()
| int(* init(void) |
Device initialization callback that is invoked to initialize the platform and device(s).
At a minimum the platform should be initialized and at least one device added.
Multiple devices can be added by making multiple calls to oc_add_device().
Other actions may be taken in the init handler
piid
(a.k.a Protocol Independent ID) oc_set_immutable_device_identifier()| void(* register_resources(void) |
Resource registration callback.
Callback is invoked after the device initialization callback.
Use this callback to add resources to the devices added during the device initialization. This where the properties and callbacks associated with the resources are typically done.
Note: Callback is only invoked when OC_SERVER macro is defined.
Example:
| void(* requests_entry(void) |
Callback invoked when the stack is ready to issue discovery requests.
Callback is invoked after the device initialization callback.
Example:
| void(* signal_event_loop(void) |
Function to signal the event loop so that incomming events are being processed.


When you work with us, you are part of a team of commited collaborators. All aspects of our software development process are intergrated, interactive and agile.
Our approach unifies design, development and product management to create exceptional products.
We start each project by understanding your business goals, the users need and the product requirements.
We help translate them into active and elegant solutions.
Before we sign a contract or write a line of code, our team will spend the neccesary time needed to understand your product vision.
The outcome of the scoping session a proposal or high-level statementof work.
Based on your requirements, we can provide a complete offering or just the piece you need.
Our design practice offers a full range of services including brand strategy, interaction and visual design and user experience testing.
Throught your project, our designers create and implement visual design and workflows, solicit user feedback and work with you to make sure what gets built is what is needed.
DESIGN
All engineers ar=e fluent in the latest enterprise, mobile and web development technologies.
They collaborate with your team to write and improve code on a daily basis, using proven practices such as test-driven developmentand pair programming.
DEVELOPMENT
Planning and development is iterative. Because we are constantly coding and testing, the products we build are always ready to go live.
This iterative process allows for changes as business requirements above.
PRODUCT MANAGEMENT
BLACK STUDIO
ONTARIO SECURITY
PYRAMIDS
JIM CARRY
HAVE A
GOOD DAY
CALCULATOR
BURNED
BAILEY
WONGER


Breadth, Length, Depth, Height of GOD's Love
Introduction:-
Ephesians 3: 18 May be able to comprehend with all saints what is the breadth, and length, and depth, and height; Ephesians 3: 18 describes the four Dimensions of GOD’s Love.
1. Breadth of God’s Love
Revelation 5: 9 - And they sung a new song, saying Thou art worthy to take the book, and to open the seals thereof: for thou wast slain, and hast redeemed us to God by thy blood out of every kindred, and tongue, and people, and nation;
This revelation says God redeemed every kindred, and tongue, and people, and nations by his blood. This refers how wide (breadth) is God’s love. Actually it includes everyone.
Revelation 7: 9-10 - After this i beheld, and, lo, a great multitude, which no man could number, of all nations, and kindreds, and people, and tongues, stood before the throne, and before the Lamb, clothed with white robes, and palms in their hands; And cried with a loud voice, saying, Salvation to our God which sitteth upon the throne, and unto the Lamb.
This revelation says A great multitude, which no man could number.
2. Length of God’s Love
Jeremiah 31: 3 - The LORD hath appeared of old unto me, saying, Yea, I have loved thee with an everlasting love: therefore with lovingkindness have i drawn thee.
Here the LORD appeared and told Jeremiah “I have loved thee with an everlasting love: “ everlasting love can be interpreted as Endless love. So the length of God’s Love is Endless and it cant be measured.
3. Depth of God’s Love
Philippians 2: 5 - 8 - Let this mind be in you, which was also in Christ Jesus: Who, being in the form of God, though it not robbery to be equal with GOD: But made himself of no reputation, and took upon him the form of a servant, and was made in the likeness of men: And being found in fashion as a man, he humbled himself, and became obedient unto death, even the death of the cross.
How low God can came? This verse says “being found in fashion as a man, he humbled himself, and became obedient unto death, even the death of the cross”
GOD Came to earth for what kind of people? Roman 3: 10-18 - Talks about Jesus died for what kind of people ??
Roman 3: 10-18 As it is written, there is none righteous, no, not one: There is none that understandeth, there is note that seeketh after GOD. They all are gone out of the way, they are together become unprofitable; there is none that doeth good, no not one.  These verses says How were we? when God came to rescue us? We were without strength, we were sinners, we were ungodly, we were enemies.
For when we were yet without strength, in due time Christ died for the ungodly. But God commendeth his love toward us, in that, while we were yet sinners, Christ died for us. For if, when we were enemies, we were reconciled to God by the death of his Son, much more, being reconciled, we shall be saved by his life.
These verses says How depth God’s love can go to save us.
4. Height of God’s Love
Salvation is not just about forgiveness of Sin.
Ephesians 5: 26-27 - That he might sanctify and cleanse it with the washing of water by the word, That he might present it to himself a glorious church, not having spot, or wrinkle, or any such thing; but that it should be holy and without blemish.