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Hi! I'm Brennan
Welcome to my coding Portfolio!.
Ad banc vita discendum est. Quod sit ad vitam et crescere. De ratione vivendi mutatio est.
In provocationem vita est vincere.
About Me
After several years of making many different temp jobs, that never challenged me. I decided I really needed a new career. I stumbled into Software Development through DeltaV and have been loving it ever since! In this field I can use my desire to create new wonderful things and pair it with my ability to break down a large problem domain into smaller more managable piece.
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The official {{ names.abbr( 'ide' ) }} for {{ names.name( 'android' ) }} works surprisingly well with {{ names.render( 'sbt' ) }}. You can use it to edit code, run & deploy the app from within the {{ names.abbr( 'ide' ) }}, access the {{ names.abbr( 'sbt' ) }} console and use the debugger. However, there is currently an issue with the {{ names.abbr( 'android-sdk' ) }}. All references to the {{ names.abbr( 'sdk' ) }} render as red code, even though the {{ names.abbr( 'ide' ) }} manages to import them for you. This does only happen in {{ names.name( 'scala' ) }} code, {{ names.name( 'java' ) }} sources are not affected by this.
{% call alert( 'warning' ) %} {{ names.name( 'android-studio' ) }} should currently not be used for development with {{ names.abbr( 'sbt' ) }} and {{ names.name( 'scala' ) }}. Chances are, however, that it's a good fit for a {{ names.name( 'gradle' ) }} + {{ names.name( 'scala' ) }} setup. {% endcall %}{{ sourcelink( 'android-studio-download', 'Download' ) }} and install {{ names.name( 'android-studio' ) }} from the official website.


View songs
Favourite songs
The Weeknd - Ordinary Life
Mac Miller - BDE
Niall Horan - Nice To Meet Ya
Eminem - Yah Yah (feat. Royce Da 5'9", Black Thought, Q-Tip & Denaun)


Ruby: The Class Object
October 19, 2014
Designing and Modifying Classes
My ToDoList Class
For this exercise I'm going to create a new class of Ruby object, the ToDoList.
class ToDoList
end
There are two preliminary questions to ask when you are populating your class:
- When I make a new instance of this class, what attributes should come built-in?
- When I'm designing methods to call on the class, should they be contained in it, or are they useful to other objects, like arrays and strings, not of this class?
Let's start with the first issue. What happens when we create a new object of the class with ToDoList.new
? For this you open up a special method called "initialize," which allows you to manipulate what happens when an instance of the class is created.
class ToDoList
def initialize(title="untitled")
@born_on = Time.new
if title == "untitled"
@title = "untitled, #{<EMAIL_ADDRESS>else @title = title
end
end
end
A ToDoList is for organization. Therefore you want to provide it with some self-organizing information. When a new ToDoList object is created, it will either accept a title as an argument, like ToDoList.new("shopping list")
or it will call itself untitled, with info about the day and month it was created. So today a new list I create without passing it a title would be @title = "untitled, 10/19"
. To generate that title, the object has already made use of the first instance variable we gave it, a new Time object called @born_on.
@born_on
is a great example of an instance variable. Instance variables can be used by any method you design within the class, and are especially good at tracking information that you want the object to keep tabs on even when a variety of methods have been applied. Many variables in Ruby are essentially created and discarded in the course of a given method's run. Instance variables are used in more persistent ways.
Let's go ahead and build methods for adding tasks to our list, and for crossing them off it:
class ToDoList
def initialize(title="untitled")
@born_on = Time.new
@tasks = []
if title == "untitled"
@title = "untitled, #{<EMAIL_ADDRESS>else @title = title
end
end
def new_task(task)
@tasks << task.to_s
end
def finished(task)
p "Done with #{task}!"
@tasks.delete(task)
end
end
Now we have a new_task method that takes a task and pushes it into an instance variable, @tasks, that I added to the initialize method. Note that I could have created the @tasks list in the new_task method, but it makes more sense to create it at the creation of the list. Among them: creating it as a new empty array in new_task would have the effect of overwriting the list instead of adding to it.
So far our class looks pretty good. We can add items to a list, we can take them away (and get a satisfying message when we do so!)...but wait a minute, we can't yet view the whole list of things to do.
Here is where we get to a nice shorthand way that Ruby gives you for managing instance variables in your classes. If we want to display the array of tasks, we could write this method:
def show_list
@tasks
end
Because it is so common to want to check in on instance variables, however, Ruby has a shorthand way to auto-build methods for three kinds of instance variables. In this case, we want to only return @tasks, so we want to declare @tasks to be a reader attribute. This means that Ruby will automatically build a method to return @tasks when we call it on our ToDoList object. This really saves time and space when you have a class with, say, two dozen isntance variables that you want to read.
class ToDoList
attr_reader :tasks #maybe in the future, this will look like:
#attr_reader :tasks, :finished_tasks, :high_priority
def initialize(title="untitled")
@born_on = Time.new
#and so on...
You can see we used symbol notation, :
to name on the @tasks variable as a readable attribute. Now, from outside the class, we can simply call the @tasks array by calling its name as a method:
list = ToDoList.new
list.new_task("blog")
p list.tasks #=>["blog"]
It's true that we could create a more fancy display method to show our list off, but it might also be the case that we'd want to create that display_array_fancy(my_array)
method outside of the class. Sometimes you want to display lists of things other than the chores you've yet to do, after all.
For our ToDoList, we want to limit the access to the list of @tasks. So we wouldn't want to allow writeability on top of the readability we enable with attr_reader
. The only way we want to "write" tasks is to add them to the end of our @tasks array, with the custom-built new_task method.
Ruby does provide similar shortcuts for instance variables for which you want to autobuild writer methods, e.g. list.tasks=("this would become the only task")
, and those for which you want reader and writer methods. The first is attr_writer
and the second is attr_accessor
. Can you think of a different class of object for which you'd want to read and write a bunch of different variables? Try building a tic-tac-toe board, with each of the nine squares as an instance variable.


Back
What happens to the claim
This agreement will put the claim on hold.
If neither you or the other side contacts the court by 11 November the claim will be cancelled.
Accept and continue


Gecode::Set::Element::ElementDisjoint Class Reference
[Set propagators]
#include <element.hh>
Inherits Gecode::Propagator.
Detailed Description
Propagator for element with disjointnessRequires
#include "gecode/set/element.hh"
Definition at line 193 of file element.hh.
Public Member Functions | |
| virtual Actor * | copy (Space *home, bool) |
| Copy propagator during cloning. | |
| virtual PropCost | cost (ModEventDelta med) const |
| Cost function. | |
| virtual size_t | dispose (Space *home) |
| Delete propagator and return its size. | |
| virtual ExecStatus | propagate (Space *home, ModEventDelta med) |
| Perform propagation. | |
| virtual Reflection::ActorSpec | spec (const Space *home, Reflection::VarMap &m) const |
| Specification for this propagator. | |
Static Public Member Functions | |
| static void | post (Space *home, Reflection::VarMap &vars, const Reflection::ActorSpec &spec) |
| Post using specification. | |
| static Support::Symbol | ati (void) |
| Name of this propagator. | |
| static ExecStatus | post (Space *home, IdxViewArray< SetView > &x, SetView y) |
| Post propagator for . | |
Protected Member Functions | |
| ElementDisjoint (Space *home, bool share, ElementDisjoint &p) | |
| Constructor for cloning p. | |
| ElementDisjoint (Space *home, IdxViewArray< SetView > &, SetView) | |
| Constructor for posting. | |
Protected Attributes | |
| IdxViewArray< SetView > | iv |
| SetView | x1 |
Constructor & Destructor Documentation
| Gecode::Set::Element::ElementDisjoint::ElementDisjoint | ( | Space * | home, | |
| bool | share, | |||
| ElementDisjoint & | p | |||
| ) | [inline, protected] |
| Gecode::Set::Element::ElementDisjoint::ElementDisjoint | ( | Space * | home, | |
| IdxViewArray< SetView > & | iv0, | |||
| SetView | y1 | |||
| ) | [inline, protected] |
Member Function Documentation
Copy propagator during cloning.
Implements Gecode::Actor.
Definition at line 81 of file disjoint.cc.
| PropCost Gecode::Set::Element::ElementDisjoint::cost | ( | ModEventDelta | med | ) | const [virtual] |
| size_t Gecode::Set::Element::ElementDisjoint::dispose | ( | Space * | home | ) | [virtual] |
Delete propagator and return its size.
Reimplemented from Gecode::Actor.
Definition at line 72 of file disjoint.cc.
| ExecStatus Gecode::Set::Element::ElementDisjoint::propagate | ( | Space * | home, | |
| ModEventDelta | med | |||
| ) | [virtual] |
| Reflection::ActorSpec Gecode::Set::Element::ElementDisjoint::spec | ( | const Space * | home, | |
| Reflection::VarMap & | m | |||
| ) | const [virtual] |
Specification for this propagator.
Reimplemented from Gecode::Actor.
Definition at line 57 of file disjoint.cc.
| void Gecode::Set::Element::ElementDisjoint::post | ( | Space * | home, | |
| Reflection::VarMap & | vars, | |||
| const Reflection::ActorSpec & | spec | |||
| ) | [static] |
| Support::Symbol Gecode::Set::Element::ElementDisjoint::ati | ( | void | ) | [static] |
| ExecStatus Gecode::Set::Element::ElementDisjoint::post | ( | Space * | home, | |
| IdxViewArray< SetView > & | x, | |||
| SetView | y | |||
| ) | [inline, static] |
Member Data Documentation
IdxViewArray<SetView> Gecode::Set::Element::ElementDisjoint::iv [protected] |
Definition at line 196 of file element.hh.
SetView Gecode::Set::Element::ElementDisjoint::x1 [protected] |
Definition at line 197 of file element.hh.
The documentation for this class was generated from the following files:
- gecode/set/element.hh (Revision: 7339)
- gecode/set/element/disjoint.cc (Revision: 6982)
- gecode/set/element/disjoint.icc (Revision: 6982)


Geting Started
Creating and Getting Parameters of Distributions
Lets start with an example. To create a Normal distribution with mean 1 and variance 2 we write
λ> (normal 1 2)
#distributions.core.Normal{:mean 1, :variance 2}
Distributions are implemented as records. As seen above, the normal
function called with arguments 1 and 2 returns a Normal record with mean parameter 1 and variance parameter 2. Parameters of the distribution can be accessed by using the appropriate keywords.
λ> (def mynormal (normal 0 1))
#'λ/mynormal
λ> mynormal
#distributions.core.Normal{:mean 0, :variance 1}
λ> (:mean mynormal)
0
λ> (:variance mynormal)
1
Normal Parameterization
The design choice has been made to parameterize the normal distribution by mean and variance instead of mean and stan dard deviation.
Sampling Distributions
Sampling from a distribution is achieved using the sample
function
λ> (sample mynormal)
0.26276240636941356
λ> (sample mynormal 3)
(0.04801945336086195 0.8026957377916983 0.22748199289423185)
Notice that sample
has multiple arities. One can get a single draw using the 1-arity version, or many samples using the 2-arity version.
λ> (sample (poisson 4))
2
λ> (sample (poisson 4) 3)
(4 1 6)
The sample
function dispatches against the distribution type (clojure record). This kind of polymorphism is achieved using Clojure protocols. Both arities of the sample
function are implemented in the random
protocol. A list of protocols can be found here.
Means and Variances
The Poisson is parameterized by its rate.
λ> (poisson 4)
#distributions.core.Poisson{:rate 4}
λ> (:rate (poisson 4))
4
Whilst the rate of a Poisson can be retrieved using the keyword :rate
, other functions are required to get the mean and variance of this distribution. For this purpose there are the mean
and variance
functions.
λ> (mean (poisson 4))
4.0
λ> (variance (poisson 4))
4.0
λ> (standard-deviation (poisson 4))
2.0
These functions also work on clojure.lang.Sequential
types.
λ> (mean '(1 5 3 2))
11/4
λ> (variance [9 3 1 5])
35/4
λ> (standard-deviation [4 3 1])
1.2472191289246473
Density Evaluation
Probabilistic algorithms often require evaluations of a density or mass function. For this there are the functions pdf
, pmf
, log-pdf
and log-pmf
. The log-functions are not merely the pdf/pmf function composed with the logarithm function, but instead are computed on the log-scale. This is useful for avoiding underflow and overflow in computations. These functions have two arities. (pdf d x)
evaluates the pdf of d at x, whereas (pdf d)
returns a function, namely the pdf of d.
λ> (pdf (gamma 3 2) 1)
0.5413411329464509
λ> (log-pdf (gamma 3 2) 1)
-0.6137056388801094
λ> (map (pdf (gamma 3 2)) [1 2 3])
(0.5413411329464509 0.2930502222197469 0.08923507835998892)
λ> (map (log-pdf (gamma 3 2)) [1 2 3])
(-0.6137056388801094 -1.2274112777602189 -2.41648106154389)
pdf or pmf
Whilst discrete distributions implement both pdf and pmf, continuous distributions only implement pdf. If in doubt just use pdf
for all purposes.
Cumulative Distribution Function
The cumulative distribution function of a distribution d can be obtained using (cdf d)
. Evaluating the cdf of a distribution d at x can be done directly with (cdf d x)
.
λ> (cdf (exponential 1) 1)
0.6321205588285577
λ> (cdf (exponential 1))
#function[distributions.core/eval35150/fn--35151/fn--35152]
λ> ((cdf (exponential 1)) 1)
0.6321205588285577
The inverse or "quantile" function is used similarly.
λ> (icdf (exponential 1) 0.6321205588285577)
1.0
λ> (icdf (exponential 1))
#function[distributions.core/eval35174/fn--35175/fn--35176]
Support
The support of the distribution can be obtained using supprt-lower
and support-upper
λ> (support-lower (exponential 3))
0.0
λ> (support-upper (exponential 3))
Infinity


Is Squarespace any good?
Squarespace is excellent. I recommend it more than any other website builder.
Is Squarespace good for beginners?
Squarespace is user friendly but it may have a slight learning curve for beginners. It's not as easy to use as Weebly (but it is more flexible).
Is Squarespace bad for SEO?
No. Squarespace provides the tools you'll need for technical SEO: alt tags, meta title and description customization, SSL, AMP support and more. One knock against Squarespace (and most website builders) is that page speed performance (as measured by Google Lighthouse) can be on the low side.
Is Wix better than Squarespace?
I think Squarespace is better than Wix— though they are strong competitors and you can make a convincing case either way. Read our Wix vs Squarespace comparison for more on this.
Is Webflow better than Squarespace?
Comparing Webflow and Squarespace is comparing apples and oranges— they are totally different tools. Read our Webflow Review to get a sense of how Webflow differs from Squarespace.
Is Squarespace free?
No. Squarespace does not offer free plans.
Does Squarespace have a free trial?
Yes. Squarespace offers a 14-day free trial.
Does Squarespace own my domain?
No, you own your domain name— Squarespace (and any domain name provider) just helps you register your domain name.
Is Squarespace 7.1 better?
I think 7.1 is better than 7.0. Among other features, Squarespace 7.1 introduced Sections which really elevate designs.
Is Squarespace or WordPress better?
It totally depends on your needs— WordPress and Squarespace are completely different types of tools. Squarespace is an all-in-one tool and Wordpress is a CMS that you extend with themes and plugins. Read our Squarespace vs Wordpress comparison for more info.
Is Squarespace better than GoDaddy?
Yes. Though GoDaddy is not a bad website builder— Squarespace is just excellent. Read our Squarespace vs GoDaddy comparison for more info.
Is Squarespace owned by Square?
No! They are both completely separate companies.
What's a good tutorial for building a Squarespace website?
Our How To Make A Website tutorial walks through the basics of creating your first Squarespace.
Does Squarespace include social media tools?
Squarespace acquired Unfold in 2019— it's a separate app for creating beautiful Instagram stories.


We have a number of options for cleaning up a case, from deleting, to archiving, to deleting all of it's queries.
Deleting all the queries will also delete your ratings for those queries.
You're about to put this case into deep freeze. You'll be able to get to it through "Archived Cases" filter in the Relevancy Cases listing page.
You're about to delete this case forever! If you think you might want it later, use the Archive function instead.


Pairing & FeedbackNov 9th
Photo credit: therefromhere / Foter / CC BY-NC-SA
Pairing
Pairing to me was something completely new. I had no idea how to go about getting work done with another partner, when to code, when to interrupt or try to switch gears, how to navigate the social cues, and most of all, how to be effective at this type of collaboration. It was all a mystery how this would all go down until I got to my first pairing session.
After experiencing my first pairing session, all those worries went away. With determining clear roles in the beginning and establishing expectations, it was more apparent what each of us were supposed to do. Placing ourselves in roles took a tremendous amount of uncertainty out of the equation, as we can focus on the task at hand. I felt some doubt, however, about how rigid we should be staying in these roles. I felt that in certain situations, it would be wise to naturally switch between navigator/driver roles. There were instances where having someone else show me by typing in code while I was driving was more beneficial, and vice versa. One of the best pairing sessions I've had, in fact, was when this role switching happened very organically. It was rewarding to see the other partner not being afraid to challenge my ideas and for us to think critically to solve problems.
The most rewarding part of pairing is when you are exposed to new ideas or ways of thinking. I feel like this is the most beneficial part of working with others - being exposed to how their mind works. I have had several sessions where we reviews our own solutions to problems that looked quite different. These are the most fun and exciting situations because I can expose myself to new patterns of thought. Different solutions. Different algorithms. Different people.
Despite all of these benefits, it doesn't come without a cost. Pairing can sometimes take longer to solve certain problems. Any number of things can go wrong which impede your progress. Communication can be an obstacle if you have a hard time articulating your thoughts. English might not be that person's native language which can also add to this issue. Technical issues with the microphone, webcam, or network are not that uncommon. Adapting through these possible issues and finding a way to work is paramount to success.
Feedback
While reading my feedback, I tried to remind myself that the purpose of this was to become more aware of how I am working when pairing. I felt that these were honest and specific enough to give me a good idea of where I am and how I can improve. Some of the things I paid particular attention to were sticking to the navigator/driver roles, communicating while I am driving, and to work on preparing before going into a specific challenge. I remember my first session where I felt a little lost, and had to rely more on my partner to direct. I'm glad we have a system that encourages actionable feedback so we can look at these to improve in the future.
Writing feedback allowed me to reflect on how the session went, and also gave me an opportunity to be introspective and examine how I did. I use the opportunity when writing feedback to others to think about things that can be done to make pairing sessions go more smoothly. When writing them, I just hope that the recipients also take it as an opportunity to improve and to recognize what they are doing well. Sometimes, it is difficult to write actionable feedback when things seem to go too well.
I think the pairing and feedback system work to forge more self aware and empathetic programming partners. Working with others is going to be a crucial part of our careers, and might as well take this opportunity to analyze and improve on this aspect as much as we can.


dplyr 8
View all
Cleaning up and combining data, a dataset for practice
add abbreviations to your rmarkdown doc
Where to live in the Netherlands based on temperature XKCD style
Generate text using Markov Chains (sort of)
Non-standard-evaluation and standard evaluation in dplyr
From spss to R, part 4
Tidying your data
From spss to R, part 2


#
Redux Fundamentals, Part 7: Standard Redux PatternsWhat You'll Learn
-
Standard patterns used in real-world Redux apps,
and why those patterns exist:
- Action creators for encapsulating action objects
- Memoized selectors for improving performance
- Tracking request status via loading enums
- Normalizing state for managing collections of items
- Working with promises and thunks
Prerequisites
- Understanding the topics in all previous sections
In Part 6: Async Logic and Data Fetching, we saw how to use Redux middleware to write async logic that can talk to the store. In particular, we used the Redux "thunk" middleware to write functions that can contain reusable async logic, without knowing what Redux store they'll be talking to ahead of time.
So far, we've covered the basics of how Redux actually works. However, real world Redux applications use some additional patterns on top of those basics.
It's important to note that none of these patterns are required to use Redux! But, there are very good reasons why each of these patterns exists, and you'll see some or all of them in almost every Redux codebase.
In this section, we'll rework our existing todo app code to use some of these patterns, and talk about why they're commonly used in Redux apps. Then, in Part 8, we'll talk about "modern Redux", including how to use our official Redux Toolkit package to simplify all the Redux logic we've written "by hand" in our app, and why we recommend using Redux Toolkit as the standard approach for writing Redux apps.
#
Action CreatorsIn our app, we've been writing action objects directly in the code, where they're being dispatched:
However, in practice, well-written Redux apps don't actually write those action objects inline when we dispatch them. Instead, we use "action creator" functions.
An action creator is a function that creates and returns an action object. We typically use these so we don't have to write the action object by hand every time:
We then use them by
calling the action creator, and then
passing the resulting action object directly to
dispatch
:
Detailed Explanation: Why use Action Creators?
In our small example todo app, writing action objects by hand every time isn't too difficult. In fact, by switching to using action creators, we've added more work - now we have to write a function and the action object.
But, what if we needed to dispatch the same action from many parts of the application? Or what if there's some additional logic that we have to do every time we dispatch an action, like creating a unique ID? We'd end up having to copy-paste the additional setup logic every time we need to dispatch that action.
Action creators have two primary purposes:
- They prepare and format the contents of action objects
- They encapsulate any additional work needed whenever we create those actions
That way, we have a consistent approach for creating actions, whether or not there's any extra work that needs to be done. The same goes for thunks as well.
#
Using Action CreatorsLet's update our todos slice file to use action creators for a couple of our action types.
We'll start with the two main actions we've been using so far: loading the list of todos from the server, and adding a new todo after saving it to the server.
Right now, todosSlice.js
is dispatching
an action object directly, like this:
We'll create a function that creates and returns
that same kind of action object, but accepts the array
of todos as its argument and puts it into the action
as action.payload
. Then, we can dispatch
the action using that new action creator inside of our
fetchTodos
thunk:
We can also do the same thing for the "todo added" action:
While we're at it, let's do the same thing for the "color filter changed" action:
And since this action was being dispatched from the
<Footer>
component, we'll need
to import the colorFilterChanged
action
creator over there and use it:
Notice that the colorFilterChanged
action
creator actually accepts two different arguments, and
then combines them together to form the right
action.payload
field.
This doesn't change anything about how the application works, or how the Redux data flow behaves - we're still creating action objects, and dispatching them. But, instead of writing action objects directly in our code all the time, we're now using action creators to prepare those action objects before they're dispatched.
We can also use action creators with thunk functions,
and in fact
we wrapped a thunk in an action creator in the
previous section
. We specifically wrapped saveNewTodo
in
a "thunk action creator" function so that we
could pass in a text
parameter. While
fetchTodos
doesn't take any
parameters, we could still wrap it in an action
creator as well:
And that means we have to change the place it's
dispatched in index.js
to call the outer
thunk action creator function, and pass the returned
inner thunk function to dispatch
:
We've written thunks using the
function
keyword so far to make it clear
what they're doing. However, we can also write
them using arrow function syntax instead. Using
implicit returns can shorten the code, although it may
make it a bit harder to read as well if you're
not familiar with arrow functions:
Similarly, we could shorten the plain action creators if we wanted to:
It's up to you to decide whether using arrow functions this way is better or not.
info
For more details on why action creators are useful, see:
#
Memoized Selectors
We've already seen that we can write
"selector" functions, which accept the Redux
state
object as an argument, and return a
value:
What if we need to derive some data? For example, maybe we want to have an array of only the todo IDs:
However, array.map()
always returns a new
array reference. We know that the React-Redux
useSelector
hook will re-run its selector
function after every dispatched action, and
if the selector result changes, it will force the
component to re-render.
In this example,
calling
useSelector(selectTodoIds)
will
always cause the component to re-render
after every action, because it's
returning a new array reference!
In Part 5, we saw that
we can pass shallowEqual
as an
argument to useSelector
. There's another option here, though: we could
use "memoized" selectors.
Memoization is a kind of caching - specifically, saving the results of an expensive calculation, and reusing those results if we see the same inputs later.
Memoized selector functions are selectors that save the most recent result value, and if you call them multiple times with the same inputs, will return the same result value. If you call them with different inputs than last time, they will recalculate a new result value, cache it, and return the new result.
createSelector
#
Memoizing Selectors with
The
Reselect library
provides a createSelector
API that will
generate memoized selector functions. createSelector
accepts one or more
"input selector" functions as arguments,
plus an "output selector", and returns the
new selector function. Every time you call the
selector:
- All "input selectors" are called with all of the arguments
- If any of the input selector return values have changed, the "output selector" will re-run
- All of the input selector results become arguments to the output selector
- The final result of the output selector is cached for next time
Let's create a memoized version of
selectTodoIds
and use that with our
<TodoList>
.
First, we need to install Reselect:
Then, we can import and call
createSelector
. Our original
selectTodoIds
function was defined over
in TodoList.js
, but it's more common
for selector functions to be written in the relevant
slice file. So, let's add this to the todos
slice:
Then, let's use it in
<TodoList>
:
This actually behaves a bit differently than the
shallowEqual
comparison function does.
Any time the state.todos
array changes,
we're going to create a new todo IDs array as a
result. That includes any immutable updates to todo
items like toggling their
completed
field, since we have to create
a new array for the immutable update.
tip
Memoized selectors are only helpful when you actually derive additional values from the original data. If you are only looking up and returning an existing value, you can keep the selector as a plain function.
#
Selectors with Multiple ArgumentsOur todo app is supposed to have the ability to filter the visible todos based on their completed status. Let's write a memoized selector that returns that filtered list of todos.
We know we need the entire todos
array as
one argument to our output selector. We also need to
pass in the current completion status filter value as
well. We'll add a separate "input
selector" to extract each value, and pass the
results to the "output selector".
caution
Note that we've now added an import
dependency between two slices - the
todosSlice
is importing a value from
the filtersSlice
. This is legal, but
be careful.
If two slices both try to import
something from each other, you can end up with a
"cyclic import dependency" problem
that can cause your code to crash. If that happens, try moving some common code to
its own file and import from that file instead.
Now we can use this new "filtered todos" selector as an input to another selector that returns the IDs of those todos:
If we switch <TodoList>
to use
selectFilteredTodoIds
, we should then be
able to mark a couple todo items as completed:
and then filter the list to only show completed todos:
We can then expand our
selectFilteredTodos
to also include color
filtering in the selection as well:
Notice that by encapsulating the logic in this selector, our component never needed to change, even as we changed the filtering behavior. Now we can filter by both status and color at once:
Finally, we've got several places where our code
is looking up state.todos
. We're
going to be making some changes to how that state is
designed as we go through the rest of this section, so
we'll extract a single
selectTodos
selector and use that
everywhere. We can also move
selectTodoById
over into the
todosSlice
:
info
To learn more about how to use Reselect and memoized selectors, see:
#
Async Request StatusWe're using an async thunk to fetch the initial list of todos from the server. Since we're using a fake server API, that response comes back immediately. In a real app, the API call might take a while to resolve. In that case, it's common to show some kind of a loading spinner while we wait for the response to complete.
This is usually handled in Redux apps by:
- Having some kind of "loading state" value to indicate the current status of a request
- Dispatching a "request started" action before making the API call, which is handled by changing the loading state value
- Updating the loading state value again when the request completes to indicate that the call is done
The UI layer then shows a loading spinner while the request is in progress, and switches to showing the actual data when the request is complete.
We're going to update our todos slice to track a
loading state value, and dispatch an additional
'todos/todosLoading'
action as
part of the fetchTodos
thunk.
Right now, the state
of our todos reducer
is only the array of todos itself. If we want to track
the loading state inside the todos slice, we'll
need to reorganize the todos state to be an object
that has the todos array and the loading
state value. That also means rewriting the reducer
logic to handle the additional nesting:
There's a few important things to note here:
-
The todos array is now nested as
state.entities
in thetodosReducer
state object. The word "entities" is a term that means "unique items with an ID", which does describe our todo objects. -
That also means the array is nested in the
entire Redux state object as
state.todos.entities
-
We now have to do extra steps in the reducer to copy
the additional level of nesting for correct
immutable updates, such as
state
object ->entities
array ->todo
object -
Because the rest of our code is
only accessing the todos state via
selectors,
we only need to update the
selectTodos
selector - the rest of the UI will continue to work as expected even though we reshaped our state considerably.
#
Loading State Enum ValuesYou'll also notice that we've defined the loading state field as a string enum:
instead of an isLoading
boolean.
A boolean limits us to two possibilities: "loading" or "not loading". In reality, it's possible for a request to actually be in many different states, such as:
- Hasn't started at all
- In progress
- Succeeded
- Failed
- Succeeded, but now back in a situation where we might want to refetch
It's also possible that the app logic should only transition between specific states based on certain actions, and this is harder to implement using booleans.
Because of this, we recommend storing loading state as a string enum value instead of boolean flags.
info
For a detailed explanation of why loading states should be enums, see:
Based on that, we'll add a new
"loading" action that will set our status to
'loading'
, and update the
"loaded" action to reset the state flag to
'idle'
:
However, before we try to show this in the UI, we need
to modify the fake server API to add an artificial
delay to our API calls. Open up
src/api/server.js
, and look for this
commented-out line around line 63:
If you uncomment that line, the fake server will add a 2-second delay to every API call our app makes, which gives us enough time to actually see a loading spinner being displayed.
Now, we can read the loading state value in our
<TodoList>
component, and show a
loading spinner instead based on that value.
In a real app, we'd also want to handle API failure errors and other potential cases.
Here's what the app looks like with that loading status enabled (to see the spinner again, reload the app preview or open it in a new tab):
#
Flux Standard Actions
The Redux store itself does not actually care what
fields you put into your action object. It only cares
that action.type
exists and has a value,
and normal Redux actions always use a string for
action.type
. That means that you
could put any other fields into the action
that you want. Maybe we could have
action.todo
for a "todo added"
action, or action.color
, and so on.
However, if every action uses different field names for its data fields, it can be hard to know ahead of time what fields you need to handle in each reducer.
That's why the Redux community came up with the "Flux Standard Actions" convention, or "FSA". This is a suggested approach for how to organize fields inside of action objects, so that developers always know what fields contain what kind of data. The FSA pattern is widely used in the Redux community, and in fact you've already been using it throughout this whole tutorial.
The FSA convention says that:
-
If your action object has any actual data, that
"data" value of your action should always
go in
action.payload
-
An action may also have an
action.meta
field with extra descriptive data -
An action may have an
action.error
field with error information
So, all Redux actions MUST:
- be a plain JavaScript object
- have a
type
field
And if you write your actions using the FSA pattern, an action MAY
- have a
payload
field - have an
error
field - have a
meta
field
Detailed Explanation: FSAs and Errors
The FSA specification says that:
The optional
error
property MAY be set totrue
if the action represents an error. An action whoseerror
is true is analogous to a rejected Promise. By convention, thepayload
SHOULD be an error object. Iferror
has any other value besidestrue
, includingundefined
andnull
, the action MUST NOT be interpreted as an error.
The FSA specs also argue against having specific action types for things like "loading succeeded" and "loading failed".
However, in practice, the Redux community has
ignored the idea of using
action.error
as a boolean flag, and
instead settled on separate action types, like
'todos/todosLoadingSucceeded'
and
'todos/todosLoadingFailed'
.
This is because it's much easier to check for
those action types than it is to first handle
'todos/todosLoaded'
and
then check if (action.error)
.
You can do whichever approach works better for you, but most apps use separate action types for success and failure.
#
Normalized StateSo far, we've kept our todos in an array. This is reasonable, because we received the data from the server as an array, and we also need to loop over the todos to show them as a list in the UI.
However, in larger Redux apps, it is common to store data in a normalized state structure. "Normalization" means:
- Making sure there is only one copy of each piece of data
- Storing items in a way that allows directly finding items by ID
- Referring to other items based on IDs, instead of copying the entire item
For example, in a blogging application, you might have
Post
objects that point to
User
and Comment
objects.
There might be many posts by the same person, so if
every Post
object includes an entire
User
, we would have many copies of the
same User
object. Instead, a
Post
object would have a user ID value as
post.user
, and then we could look up
User
objects by ID as
state.users[post.user]
.
This means we typically organize our data as objects instead of arrays, where the item IDs are the keys and the items themselves are the values, like this:
Let's convert our todos slice to store the todos in a normalized form. This will require some significant changes to our reducer logic, as well as updating the selectors:
Because our state.entities
field is now
an object instead of an array, we have to use nested
object spread operators to update the data instead of
array operations. Also, we can't loop over
objects the way we loop over arrays, so there's
several places where we have to use
Object.values(entities)
to get an array
of the todo items so that we can loop over them.
The good news is that because we're using selectors to encapsulate the state lookups, our UI still doesn't have to change. The bad news is that the reducer code is actually longer and more complicated.
Part of the issue here is that this todo app example is not a large real-world application. So, normalizing state is not as useful in this particular app, and it's harder to see the potential benefits.
Fortunately, in Part 8: Modern Redux with Redux Toolkit we'll see some ways to drastically shorten the reducer logic for managing our normalized state.
For now, the important things to understand are:
- Normalization is commonly used in Redux apps
- The primary benefits are being able to look up individual items by ID and ensure that only one copy of an item exists in the state
info
For more details on why normalization is useful with Redux, see:
#
Thunks and PromisesWe have one last pattern to look at for this section. We've already seen how to handle loading state in the Redux store based on dispatched actions. What if we need to look at the results of a thunk in our components?
Whenever you call store.dispatch(action)
,
dispatch
will actually return the
action
as its result. Middleware can then
modify that behavior and return some other value
instead.
We've already seen that the Redux Thunk
middleware lets us pass a function to
dispatch
, calls the function, and then
returns the result:
This means that we can write thunk functions that return a promise, and wait on that promise in our components.
We already have our
<Header>
component dispatching a
thunk to save new todo entries to the server.
Let's add some loading state inside the
<Header>
component, then disable
the text input and show another loading spinner while
we're waiting for the server:
Now, if we add a todo, we'll see a spinner in the header:
#
What You've LearnedAs you've seen, there's several additional patterns that are widely used in Redux apps. These patterns are not required, and may involve writing more code initially, but they provide benefits like making logic reusable, encapsulating implementation details, improving app performance, and making it easier to look up data.
info
For more details on why these patterns exist and how Redux is meant to be used, see:
Here's how our app looks after it's been fully converted to use these patterns:
Summary
-
Action creator functions encapsulate
preparing action objects and thunks
- Action creators can accept arguments and contain setup logic, and return the final action object or thunk function
-
Memoized selectors help improve Redux app
performance
-
Reselect has a
createSelector
API that generates memoized selectors - Memoized selectors return the same result reference if given the same inputs
-
Reselect has a
-
Request status should be stored as an enum,
not booleans
-
Using enums like
'idle'
and'loading'
helps track status consistently
-
Using enums like
-
"Flux Standard Actions" are the
common convention for organizing action
objects
-
Actions use
payload
for data,meta
for extra descriptions, anderror
for errors
-
Actions use
-
Normalized state makes it easier to find
items by ID
- Normalized data is stored in objects instead of arrays, with item IDs as keys
-
Thunks can return promises from
dispatch
- Components can wait for async thunks to complete, then do more work
#
What's Next?Writing all this code "by hand" can be time-consuming and difficult. That's why we recommend that you use our official Redux Toolkit package to write your Redux logic instead.
Redux Toolkit includes APIs that help you write all the typical Redux usage patterns, but with less code. It also helps prevent common mistakes like accidentally mutating state.
In Part 8: Modern Redux, we'll cover how to use Redux Toolkit to simplify all the code we've written so far.


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Defaulters Reference Bureau (DRB) is a platform that links Real Estate Agents to help them manage their properties in an efficient manner.
We provide information about Rent defaulters to real estate agents/managers that are already subscribed to this platform.This helps to make them informed choices upon admitting a new tenant into their premises.


SKY UX 2 is a new version of Blackbaud's user experience framework. The UX framework brings a consistent, cohesive experience to our products and allows third-party developers to provide the same consistent experience in their customizations and applications. With AngularJS now in maintenance mode and Angular 2 in general availability, SKY UX 2 takes advantage of Angular 2 to keep SKY UX modern while increasing the tooling, testing, and performance available.
To follow along with the development of SKY UX and to make contributions, see the SKY UX 2 GitHub repo. The SKY UX 2 documentation lives alongside the components in the repo, so you can contribute to the documentation there as well. For information about how to contribute, see the SKY UX 2 contribution guidelines.


Module 22 Conditional statements
Learning goals
- Understand what conditional statements are, and why they are so awesome.
- Be able to write your own conditional statements in
R
.
First steps
An example of a conditional statement is, “If ______ happens, do _____. Otherwise, do _____.”
In R
code, conditional statements work a similar way: they let a variable’s value determine which process to carry out next.
Here is a basic example:
Let’s break this if
statement down.
- The
if
command opens up a conditional statement. - The parenthetical
(x==3)
is where the logical test happens. If the result of this test isTRUE
, then theif
statement will be processed; if not, theelse
statement will be run instead. - The curly brackets,
{ }
serve to contain the code that will be run, depending on the outcome of the logical test. - The
else
command indicates the start of the code that will be run if the logical test’s result isFALSE
.
This code ran the logical test x==3
, determined its outcome to be FALSE
, and so it skipped the if
code and ran the else
code instead.
Here is another example of the same idea:
Since x==3
returned FALSE
, y
was defined as 0
instead of 100
.
Note that you do not need to define an else
statement. If you do not, R
will simply do nothing if the logical test is FALSE
.
(Nothing happened)
You can also feed the if
statement a logical object instead of a test.
x <- 4
x_test <- x == 3
x_test # check out the value of x_stest
[1] FALSE
if(x_test){
message("x is equal to 3!")
}
Not that, since x_test
is a logical value (TRUE
or FALSE
), you do not need to write out a logical test within the if
parenthetical. But you are free to do so if you wish:
This if
statement is saying that, if it is TRUE
that x_test
is FALSE
, print a message saying so.
Exercise 1
Write out your own basic if...else
statement and ensure that it works.
Next steps
Nested conditions
You can nest conditional statements within others as many times as you wish:
x <- 6
if(x==3){
message("x equals 3")
}else{
if(x < 3){
message("x is less than 3")
}else{
message("x is greater than 3")
}
}
Note that every open bracket, {
, needs a corresponding closing bracket ,}
. Most errors associated with if
statements involve missing brackets.
Handling NA
s, NaN
’s, Inf
s, and NULL
s
if
statements can be particularly helpful when your dataset contains missing or broken values. R
includes base functions that help you carry out logical tests concerning missing values. These three test below can be very helpful within if
statements.
is.finite()
tests whether a numeric object is a real, finite number.
Here is an if
statement making use of is.finite()
:
x <- 0
y <- 10/x
if(is.finite(y)){
message("y is indeed a finite number!")
}else{
message("y is not a finite number!")
}
is.na()
tests whether a variable contains a missing or broken object.
x <- "eric"
is.na(x)
[1] FALSE
y <- as.numeric(x) # try converting `x` to a numeric value
is.na(y)
[1] TRUE
is.finite(y)
[1] FALSE
NA
stands for “Not Available”. NaN
is also a common sign of a broken value. It stands for Not a Number.
is.null()
tests whether a variable is empty. That is, it has been initiated, but it contains no data.
Joint conditions
if
statements can also accommodate joint logical tests. For example, the follow if
statement only returns if a message if two tests are true:
The next if
statement returns a message if either of the logical statements are true:
NULL
as a default
Setting the default value for an input to NULL
can be useful in certain use cases. For example, let’s say that if b
is not defined by the user, you want its value to be set to five times the value of x
.
my_function <- function(x,a=1.3,b=NULL){
# Handle input `b`
if(is.null(b)){
b <- x*5
print(paste("b was NULL! Setting its value to ", b))
}
# Now perform process
y <- a*x + b
return(y)
}
In this function, a conditional statement is used – if(is.null(b)){ ... }
– to handle the input b
when the user does not specify a value for it. When b
is NULL
, the logical test is.null(b)
will be TRUE
, which will trigger the conditional statement and case b
to be defined as x*5
. Conditional statements will be convered in detail in the next modules.
Try running the function with and without providing a value for b
.
Conditional statements such as if(is.null(x)){ ... }
or if(is.na(x)){ ... }
will be helpful in dealing with all the possible values that a user can pass to your custom functions.
Complex inputs
You can pass vectors, dataframes, and any other data structure as inputs in your own custom functions. For example:
Complex function outputs
At some point you will want multiple objects to be returned by your function. For example, perhaps you want both y
and b
to be returned now that you can define b
according to the value of x
.
Unfortunately, the return()
command does not let you include multiple objects. return(y,b)
will not work. To make it work, you have to place your output objects within a single object, such as a vector, dataframe, or list.
Here is a modification of my_function()
that allows multiple outputs:
my_function <- function(x,a=1.3,b=NULL){
# Handle input `b`
if(is.null(b)){
b <- x*5
}
# Now perform process
y <- a*x + b
output <- c("y"=y,"b"=b)
return(output)
}
Now my_function()
works like this:
To get the value of just y
or just b
, you can treat the output just like any other vector:
Exercise 2
Write a nested if
statement that produces a message reporting the hemisphere for any GPS position you provide it (a pair of latitude and longitude coordinates, in decimal degrees). The four hemisphere options are as follows:
- Northwest (positive latitudes and negative longitudes, e.g., USA)
- Northeast (positive latitudes and longitudes, e.g., Russia)
- Southwest (negative latitudes and longitudes, e.g., Brazil)
- Southeast (negative latitudes and positive longitudes, e.g., New Zealand).
Include the ability to handle missing values (i.e., if an NA
is provided, return a message saying that values are missing and the hemisphere cannot be determined.)
Provide five examples that demonstrate the functionality for all the possible message options.
Review assignment
Note: This exercise will combine all the skills you’ve learned for for
loops, if
statements, and writing functions into a real-world data science scenario. Buckle up!
You are working at the Center for Disease Control. Your supervisor has asked you to take a look at state-level data on infectious diseases within the United States in the last century. Specifically, she wants you to address the following questions and requests:
In the last 90 years, which states have had the highest average prevalence of measles, pertussis (whooping cough), and smallpox in proportion to their population sizes? Which have had the lowest?
Provide beautiful plots showing trends in the prevalence of these diseases over the last century. Produce a single plot for each state, with three lines representing the time series for each disease of interest. Save each plot as a
pdf
into a folder namedstate-level-summaries
. Name eachpdf
using the state’s name.
To do this work, your supervisor asks you to use the us_contagious_diseases
dataset contained within the R
package dslabs
, which contains disease data from 1928-2011 for all states. To make sure the numbers reflect actual patterns, she asks you to only use prevalence numbers for years in which counts were made in more than 20 weeks out of the year.


--- layout: default ---
A collection of floatsam including my own pragmatic ramblings
about things such as software engineering, sailing, travels and whatever else.
Jeremy Miller loves the simple things in life and is a kind hearted, fun loving man. He never turns down an adventure. Most recently, he spent a year living abroad with his wife and two sons in Alamos Sonora, Mexico and in New Orleans, where he fell in love with some of the local cuisine as seen on the right. He is a Rust enthusiast and has a passion for all things software engineering.


Anaconda does not support Apple chips.
Follow these steps to install Miniforge, a minimal version of Anaconda, on your Mac with an Apple chip:
- Download Miniforge3-MacOSX-arm64.sh.
- Open a terminal in the directory containing the installer.
- Run
bash Miniforge3-MacOSX-arm64.sh
to start the installer.
- Press Enter to view the license terms, press Q to exit the license terms, and enter Yes to accept the license terms.
- Specify where Miniforge should be installed or accept the default.
- Enter Yes when the installer prompts whether you want the installer to initialize Miniforge.
- Re-open the terminal window after the installation has finished.


Photo
public struct Photo : Decodable
Document for this field will be update soon 😍😍😍
-
Document for this field will be update soon 😍😍😍
Declaration
Swift
public let id: String
-
Document for this field will be update soon 😍😍😍
Declaration
Swift
public let createdAt: String?
-
Document for this field will be update soon 😍😍😍
Declaration
Swift
public let updatedAt: String?
-
Document for this field will be update soon 😍😍😍
Declaration
Swift
public let photoAttribute: PhotoAttribute
-
Document for this field will be update soon 😍😍😍
Declaration
Swift
public let description: String?
-
Document for this field will be update soon 😍😍😍
Declaration
Swift
public let altDescription: String?
-
Document for this field will be update soon 😍😍😍
Declaration
Swift
public let photoSource: PhotoSource
-
Document for this field will be update soon 😍😍😍
Declaration
Swift
public let likesNumber: Int
-
Document for this field will be update soon 😍😍😍
Declaration
Swift
public let likedByUser: Bool
-
Document for this field will be update soon 😍😍😍
Declaration
Swift
public let user: User
-
init(_:createdAt:updatedAt:photoAttribute:description:altDescription:photoSource:likesNumber:likedByUser:user:)
Document for this field will be update soon 😍😍😍
Declaration
Swift
public init(_ id: String, createdAt: String?, updatedAt: String?, photoAttribute: PhotoAttribute, description: String?, altDescription: String?, photoSource: PhotoSource, likesNumber: Int = 0, likedByUser: Bool = false, user: User)
-
Declaration
Swift
public init(from decoder: Decoder) throws
-
Declaration
Swift
public static func == (lhs: Photo, rhs: Photo) -> Bool


inappropriate behavior is often laughed 'boys will be boys'women faces higher conduct standard especially in the workplace.thats why its crucial that as women.


Meghan Trainor Posts Funny Videos After Wisdom Teeth Surgery - Watch!
Meghan Trainor is the latest celeb to get their wisdom teeth removed!
The “All About That Bass” crooner gave fans a glimpse of what she went through on Instagram on Tuesday (November 19).
“I was initially going to just take one wisdom tooth out,” she captioned the slideshow below. “The dentist said they all had to go.”
“Wasn’t emotionally or mentally prepared but sure got some great content 😩😭😂,” she added. “The second vid is me talking to my amazing manager @tommymbruce who literally has my whole heart haha thank u to the amazing dentist and my family for taking such good care of me💖.”
In one video for her manager Tommy Bruce, Meghan says, “I love you so much. I, like, can’t cry, because it hurts, but I love you so much.”
The footage also features her husband Daryl Sabara.
Other videos are from her car ride home, in which she attempts to sing to her track “Workin’ On It” featuring Sasha Sloan and Lennon Stella.
On her TikTok, Meghan also shared a clip of herself dancing to “Purple Hat” by Sofi Tukker, though she told fans (via her Instagram Stories) that didn’t remember making it: “Guys, I don’t remember filming that TikTok at all.  I love you, I love ‘Purple Hat!’”
Check it all out below! Be sure to check out Spider-Man: Far From Home‘s Tom Holland and Zendaya‘s post-surgery videos as well if you missed them!
READ MORE: Taylor Swift Freaks Out Over a Banana in New Post-Surgery Video
Click inside to see Meghan’s other post…


indent with a tab character
indent with 2 spaces
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indent with 8 spaces
Braces with control statement
Braces on own line
End braces on own line
Preserve empty lines?
Detect packers and obfuscators?
Keep array indentation?
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Back to South Queensferry! Half A sixpence was a show I had never done before, and in truth I probably would not rush to do it again. It was okay, but not one of my favourite shows.
My main memory of this show was the last night. My trousers, which had behaved perfectly all week, decided to split from waistband to mid-thigh just before my last exit. That night, the wardrobe mistress wasn't around, so I had to make repairs with safety pins.
The pins lasted fine through the curtain calls until the club President started making her speech, when I shifted my weight and suddenly became aware of a needle sticking deeply into my thigh. But the President was right in front of me, making her speech! I just had to keep grinning...!


§651-34 Time within which execution shall be returnable. All executions and alias executions issued by or from any court shall be made returnable within sixty days from the date thereof. [CC 1859, §1018; am L 1917, c 16, §1; RL 1925, §2438; RL 1935, §4137; RL 1945, §10164; RL 1955, §233-33; HRS §651-34; am L 1970, c 188, §39]
Case Notes
A writ of execution cannot properly be levied after the return day; once the return day of an execution passes, it becomes functus officio and confers no authority on the officer to whom it is directed; correlatively, a levy accomplished after the return day is invalid and a sale based thereon is void. 102 H. 518, 78 P.3d 331 (2003).


{% extends "_base.html" %} {% import "bootstrap/wtf.html" as wtf %} {% block page %} Request a Demo Have questions about Bitcaster? Talk to Us See a Demo Ask Quotation Request custom dispatcher Consultancy on custom integration {% if ConnectionRefusedError %} We're experiencing a problem please try later {% endif %} {% if email_sent %} Email sent, you will be contacted soon {% else %} {{ form.hidden_tag() }} {{ form.release }} {{ wtf.form_field(form.first_name) }} {{ wtf.form_field(form.last_name) }} {{ wtf.form_field(form.email) }} {{ wtf.form_field(form.phone) }} {{ wtf.form_field(form.company) }} {{ wtf.form_field(form.company_website) }} {{ wtf.form_field(form.use_case) }} {{ form.recaptcha }} {{ form.errors.get("recaptcha", [""])[0] }} {% endif %} {% endblock %}
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Stock Market Charting
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314 shops sealed for not paying rent arrears
by Staff ReporterThe Salem Corporation on Friday sealed 314 shops at various places in its limits for failing to pay rent arrears.
The Corporation officials sealed 60 shops near Nehru Kalaiarangam, Bose Maidan and Arunachalam Asari Road, 162 shops in Commercial Complex and 92 shops in old bus stand and nearby areas. The Corporation also collected rent arrears of ₹ 2.40 crore from 94 shop owners.
The Corporation was recently permitted by the High Court to collect revised rents from shops in its limits and also ordered shop owners, who moved the case, to pay rent arrears of 36 months. The court also granted permission to the Corporation to seal the shops and call for auction if the shop owners failed to clear the arrears within the stipulated time.


JMX is the Java Management Extensions. This extension provides tools for managing and monitoring devices, applications, and service-driven networks. JE supports this extension.
The JE distribution supplies MBeans that can be deployed for monitoring a JE environment in any JMX server (such as an J2EE application server). Statistics and key operations can be invoked from these MBeans. In addition, JE provides a plugin for the jconsole utility which lets the user graphically access this information.
For information on how to use the jconsole plugin see:
JE_HOME/docs/jconsole/JConsole-plugin.html


This visualisation allows you to navigate this projects source code, and see the components within the dependent project which rely on this project.


Legend Current Neighbours Others
State: disconnected.
| address | if | reach | rxcost | txcost | cost | rtt |
|---|---|---|---|---|---|---|
| loading |
Legend
Wired link (96)
Lossless wireless link (256)
Unreachable (65535)
(based on rxcost; colors are interpolated logarithmically)
| prefix | metric | refmetric | id | via | if | installed |
|---|---|---|---|---|---|---|
| loading |
Legend Installed Not installed Unreachable (metric 65535)
| prefix | metric |
|---|---|
| loading |
go get github.com/Vivena/babelweb2
go install github.com/Vivena/babelweb2
git clone github.com/Vivena/babelweb2.git
BabelWeb2 was written by Belynda Hamaz, Edward Guyot and Fedor Ryabinin
based on Gabriel Kerneis's
BabelWeb.
Special thanks to Antonin, Zeinab, Gwendoline and Boris for sharing the office.
Not less special thanks to Athénaïs for being somewhere around.
Authors wishes to express their most sincere gratitude to
Juliusz Chroboczek,
neither uncle nor cousin but most decidedly teacher and friend.


b:textArea The textArea tag renders an HTML "textarea" element.
Adds f:ajax as child to component.
Change it and see JSF example.
Currently maxLength and expandable are not working together. So only the expandable effect will be active in this case.
Hint: you can use multiline placeholders by adding '\n'.
#{textAreaShowcase.tooltip}


Aspiring Full-Stack Developer.
Catch Source Style is an application aimed at using different APIs to enable a new developer to capture an image's colors and see it working with a specific font. The user can then save it to their clipboard for usage.
See ProjectThe first full application completed using javascript and multiple pages. With this application, the user is racing agains the clock to answer all questions correctly.
See ProjectUsing Moment.js, this application allows the user to input their activities for the day and save it to their Local Storage for reference.
See Project


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Actions, resources, and condition keys for AWS Direct Connect
AWS Direct Connect (service prefix:
directconnect
) provides the following service-specific resources, actions, and condition context keys for use in IAM permission policies.
References:
-
Learn how to configure this service .
-
View a list of the API operations available for this service .
-
Learn how to secure this service and its resources by using IAM permission policies.
Topics
Actions defined by AWS Direct Connect
You can specify the following actions in the
Action
element of an IAM policy statement. Use policies to grant permissions to perform an operation in AWS. When you use an action in a policy, you usually allow or deny access to the API operation or CLI command with the same name. However, in some cases, a single action controls access to more than one operation. Alternatively, some operations require several different actions.
The
Resource types
column of the Actions table indicates whether each action supports resource-level permissions. If there is no value for this column, you must specify all resources ("*") to which the policy applies in the
Resource
element of your policy statement. If the column includes a resource type, then you can specify an ARN of that type in a statement with that action. If the action has one or more required resources, the caller must have permission to use the action with those resources. Required resources are indicated in the table with an asterisk (*). If you limit resource access with the
Resource
element in an IAM policy, you must include an ARN or pattern for each required resource type. Some actions support multiple resource types. If the resource type is optional (not indicated as required), then you can choose to use one of the optional resource types.
The
Condition keys
column of the Actions table includes keys that you can specify in a policy statement's
Condition
element. For more information on the condition keys that are associated with resources for the service, see the
Condition keys
column of the Resource types table.
For details about the columns in the following table, see Actions table .
| Actions | Description | Access level | Resource types (*required) | Condition keys | Dependent actions |
|---|---|---|---|---|---|
| AcceptDirectConnectGatewayAssociationProposal | Grants permission to accept a proposal request to attach a virtual private gateway to a Direct Connect gateway | Write | |||
| AllocateConnectionOnInterconnect | Grants permission to create a hosted connection on an interconnect | Write | |||
| AllocateHostedConnection | Grants permission to create a new hosted connection between a AWS Direct Connect partner's network and a specific AWS Direct Connect location | Write | |||
| AllocatePrivateVirtualInterface | Grants permission to provision a private virtual interface to be owned by a different customer | Write | |||
| AllocatePublicVirtualInterface | Grants permission to provision a public virtual interface to be owned by a different customer | Write | |||
| AllocateTransitVirtualInterface | Grants permission to provision a transit virtual interface to be owned by a different customer | Write | |||
| AssociateConnectionWithLag | Grants permission to associate a connection with a LAG | Write | |||
| AssociateHostedConnection | Grants permission to associate a hosted connection and its virtual interfaces with a link aggregation group (LAG) or interconnect | Write | |||
| AssociateMacSecKey | Grants permission to associate a MAC Security (MACsec) Connection Key Name (CKN)/ Connectivity Association Key (CAK) pair with an AWS Direct Connect dedicated connection | Write | |||
| AssociateVirtualInterface | Grants permission to associate a virtual interface with a specified link aggregation group (LAG) or connection | Write | |||
| ConfirmConnection | Grants permission to confirm the creation of a hosted connection on an interconnect | Write | |||
| ConfirmCustomerAgreement | Grants permission to confirm the the terms of agreement when creating the connection or link aggregation group (LAG) | Write | |||
| ConfirmPrivateVirtualInterface | Grants permission to accept ownership of a private virtual interface created by another customer | Write | |||
| ConfirmPublicVirtualInterface | Grants permission to accept ownership of a public virtual interface created by another customer | Write | |||
| ConfirmTransitVirtualInterface | Grants permission to accept ownership of a transit virtual interface created by another customer | Write | |||
| CreateBGPPeer | Grants permission to create a BGP peer on the specified virtual interface | Write | |||
| CreateConnection | Grants permission to create a new connection between the customer network and a specific AWS Direct Connect location | Write | |||
| CreateDirectConnectGateway | Grants permission to create a Direct Connect gateway, which is an intermediate object that enables you to connect a set of virtual interfaces and virtual private gateways | Write | |||
| CreateDirectConnectGatewayAssociation | Grants permission to create an association between a Direct Connect gateway and a virtual private gateway | Write | |||
| CreateDirectConnectGatewayAssociationProposal | Grants permission to create a proposal to associate the specified virtual private gateway with the specified Direct Connect gateway | Write | |||
| CreateInterconnect | Grants permission to create a new interconnect between a AWS Direct Connect partner's network and a specific AWS Direct Connect location | Write | |||
| CreateLag | Grants permission to create a link aggregation group (LAG) with the specified number of bundled physical connections between the customer network and a specific AWS Direct Connect location | Write | |||
| CreatePrivateVirtualInterface | Grants permission to create a new private virtual interface | Write | |||
| CreatePublicVirtualInterface | Grants permission to create a new public virtual interface | Write | |||
| CreateTransitVirtualInterface | Grants permission to create a new transit virtual interface | Write | |||
| DeleteBGPPeer | Grants permission to delete the specified BGP peer on the specified virtual interface with the specified customer address and ASN | Write | |||
| DeleteConnection | Grants permission to delete the connection | Write | |||
| DeleteDirectConnectGateway | Grants permission to delete the specified Direct Connect gateway | Write | |||
| DeleteDirectConnectGatewayAssociation | Grants permission to delete the association between the specified Direct Connect gateway and virtual private gateway | Write | |||
| DeleteDirectConnectGatewayAssociationProposal | Grants permission to delete the association proposal request between the specified Direct Connect gateway and virtual private gateway | Write | |||
| DeleteInterconnect | Grants permission to delete the specified interconnect | Write | |||
| DeleteLag | Grants permission to delete the specified link aggregation group (LAG) | Write | |||
| DeleteVirtualInterface | Grants permission to delete a virtual interface | Write | |||
| DescribeConnectionLoa | Grants permission to describe the LOA-CFA for a Connection | Read | |||
| DescribeConnections | Grants permission to describe all connections in this region | Read | |||
| DescribeConnectionsOnInterconnect | Grants permission to describe a list of connections that have been provisioned on the given interconnect | Read | |||
| DescribeCustomerMetadata | Grants permission to view a list of customer agreements, along with their signed status and whether the customer is an NNIPartner, NNIPartnerV2, or a nonPartner | Read | |||
| DescribeDirectConnectGatewayAssociationProposals | Grants permission to describe one or more association proposals for connection between a virtual private gateway and a Direct Connect gateway | Read | |||
| DescribeDirectConnectGatewayAssociations | Grants permission to describe the associations between your Direct Connect gateways and virtual private gateways | Read | |||
| DescribeDirectConnectGatewayAttachments | Grants permission to describe the attachments between your Direct Connect gateways and virtual interfaces | Read | |||
| DescribeDirectConnectGateways | Grants permission to describe all your Direct Connect gateways or only the specified Direct Connect gateway | Read | |||
| DescribeHostedConnections | Grants permission to describe the hosted connections that have been provisioned on the specified interconnect or link aggregation group (LAG) | Read | |||
| DescribeInterconnectLoa | Grants permission to describe the LOA-CFA for an Interconnect | Read | |||
| DescribeInterconnects | Grants permission to describe a list of interconnects owned by the AWS account | Read | |||
| DescribeLags | Grants permission to describe all your link aggregation groups (LAG) or the specified LAG | Read | |||
| DescribeLoa | Grants permission to describe the LOA-CFA for a connection, interconnect, or link aggregation group (LAG) | Read | |||
| DescribeLocations | Grants permission to describe the list of AWS Direct Connect locations in the current AWS region | Read | |||
| DescribeRouterConfiguration | Grants permission to describe Details about the router for a virtual interface | Read | |||
| DescribeTags | Grants permission to describe the tags associated with the specified AWS Direct Connect resources | Read | |||
| DescribeVirtualGateways | Grants permission to describe a list of virtual private gateways owned by the AWS account | Read | |||
| DescribeVirtualInterfaces | Grants permission to describe all virtual interfaces for an AWS account | Read | |||
| DisassociateConnectionFromLag | Grants permission to disassociate a connection from a link aggregation group (LAG) | Write | |||
| DisassociateMacSecKey | Grants permission to remove the association between a MAC Security (MACsec) security key and an AWS Direct Connect dedicated connection | Write | |||
| ListVirtualInterfaceTestHistory | Grants permission to list the virtual interface failover test history | List | |||
| StartBgpFailoverTest | Grants permission to start the virtual interface failover test that verifies your configuration meets your resiliency requirements by placing the BGP peering session in the DOWN state. You can then send traffic to verify that there are no outages | Write | |||
| StopBgpFailoverTest | Grants permission to stop the virtual interface failover test | Write | |||
| TagResource | Grants permission to add the specified tags to the specified AWS Direct Connect resource. Each resource can have a maximum of 50 tags | Tagging | |||
| UntagResource | Grants permission to remove one or more tags from the specified AWS Direct Connect resource | Tagging | |||
| UpdateConnection | Grants permission to update the AWS Direct Connect dedicated connection configuration. You can update the following parameters for a connection: The connection name or The connection's MAC Security (MACsec) encryption mode | Write | |||
| UpdateDirectConnectGateway | Grants permission to update the name of a Direct Connect gateway | Write | |||
| UpdateDirectConnectGatewayAssociation | Grants permission to update the specified attributes of the Direct Connect gateway association | Write | |||
| UpdateLag | Grants permission to update the attributes of the specified link aggregation group (LAG) | Write | |||
| UpdateVirtualInterfaceAttributes | Grants permission to update the specified attributes of the specified virtual private interface | Write |
Resource types defined by AWS Direct Connect
The following resource types are defined by this service and can be used in the
Resource
element of IAM permission policy statements. Each action in the
Actions table
identifies the resource types that can be specified with that action. A resource type can also define which condition keys you can include in a policy. These keys are displayed in the last column of the Resource types table. For details about the columns in the following table, see
Resource types table
.
| Resource types | ARN | Condition keys |
|---|---|---|
| dxcon |
arn:$
{
Partition}:directconnect:$
{
Region}:$
{
Account}:dxcon/$
{
ConnectionId}
|
|
| dxlag |
arn:$
{
Partition}:directconnect:$
{
Region}:$
{
Account}:dxlag/$
{
LagId}
|
|
| dxvif |
arn:$
{
Partition}:directconnect:$
{
Region}:$
{
Account}:dxvif/$
{
VirtualInterfaceId}
|
|
| dx-gateway |
arn:$
{
Partition}:directconnect::$
{
Account}:dx-gateway/$
{
DirectConnectGatewayId}
|
Condition keys for AWS Direct Connect
AWS Direct Connect defines the following condition keys that can be used in the
Condition
element of an IAM policy. You can use these keys to further refine the conditions under which the policy statement applies. For details about the columns in the following table, see
Condition keys table
.
To view the global condition keys that are available to all services, see Available global condition keys .
| Condition keys | Description | Type |
|---|---|---|
| aws:RequestTag/${TagKey} | Filters access by actions based on the presence of tag key-value pairs in the request | String |
| aws:ResourceTag/${TagKey} | Filters access by actions based on tag key-value pairs attached to the resource | String |
| aws:TagKeys | Filters access by actions based on the presence of tag keys in the request | String |


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This is simple application, You can develop your own logic based on your requiremnets.
Be careful with the parameters you are sending, it should match the parameters that are recived in google app script.
Click here to open Spread SheetANDROID LABS 2017 | All Rights Reserved


 You have 30 seconds to enter as many correct terminal commands as possible. Use `backspace` to clear typos, and ctrl+c to skip to the next one! Skipped answers will appear in your console.
ready, set...!
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{% if not school %} Add my school
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{% endif %} Edit profile
Add your address, phone number and many more information about you to let other people know you better
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Online
{{request.user.profile.full_name}}
@{{request.user.username}} {% if school %}Science student in GBHS Belo
{% endif %}{{user.profile.account_type}}
{% if not school %} Add my school
You can add your school to better manage your account and pay your school fee throught MTN mobile money in one click.
{% endif %} Edit profile
Add your address, phone number and many more information about you to let other people know you better
Update to premium to get full access to all the content of this site and also be able to download materials for offline use.
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{% if video_list %}
{% for video in video_list %}
{% endfor %}
{% else %}
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{% if books %}
{% for book in books %}
{% endfor %}
{% else %}
{{book.book_title}}
{{book.authur}}
No books
{% endif %}View all
Courses
{% if course_list %}
{% for course in course_list %}
{% endfor %}
{% endif %}
{{ course.title }}
View all
Posts
{% if post_list %} {% for post in post_list %}{{post.authur.username}}
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|
Class Summary |
| GiftitemDroplet |
This servlet looks up an item in a giftlist. |
| GiftlistDateUtil |
This object provides additional date functionality for giftlists. |
| GiftlistDroplet |
This servlet either adds or removes the specified giftlist to or from
the optional param "profile". |
| GiftlistFormHandler |
This class provides convenient form handling methods for operating on
the current customer's giftlists. |
| GiftlistHandlingInstruction |
Designates an item in an order as being a gift from someones giftlist. |
| GiftlistManager |
This class is the business layer object for the management of giftlist
and giftitem object manipulation. |
| GiftlistTools |
This class provides the low level functionality for giftlist and gift
item creation/manipulation. |
| GiftlistUserMessage |
This class encapsulates messages, configurable string constants
and message formatting conventions. |
| GiftPurchased |
This message will be sent to the Dynamo Scenario Server when a gift
is purchased off someone's giftlist. |
| GiftShippingGroupDroplet |
This servlet bean accepts a shipping group as in input parameter and
checks for gifts (gifthandlinginstructions) in the shipping group. |
| GiftShippingGroupsDroplet |
This servlet builds a collection of all shipping groups in the order
which contain a gift or gifts. |
| SearchFormHandler |
This search form handler is used to support giftlist searches. |
|
Exception Summary |
| GiftlistItemNotFoundException |
This class represents an exception that is thrown when a GiftlistItem
cannot be found in a get or remove call. |
| GiftObjectCreationException |
This class represents an exception that is thrown when the construction of a commerce object fails. |
| InvalidDateException |
This class represents an exception that is thrown when an invalid date
is entered for a giftlist. |
| InvalidGiftParameterException |
This class represents an exception that is thrown when an invalid argument is passed
into a method call. |
| InvalidGiftQuantityException |
This class represents an exception that is thrown when an invalid argument is passed
into a method call. |
| InvalidGiftTypeException |
This class represents an exception that is thrown when a non-existent relationship type is
set in a relationship object. |


Borderlands 3 will be free to play on PS4 and Xbox One this weekend
by Stephany NunneleyIf you’ve been holding out on playing Borderlands 3, you’ll have a chance to try before you buy.
Borderlands 3 will be free to play starting tomorrow for PlayStation 4 and Xbox One users until November 24.
The news was announced today during the latest Borderlands show.
Along with the free weekend, the first of four campaign DLCs was announced.
Called Moxxi’s Heist of the Handsome Jackpot, in it you will head to a rundown space station casino to loot the place,. bewar though, as Hyperion security forces and “crazed casino-goers” will be hanging around to try and stop you from reaching a safe full of Eridium and new legendary loot.
Alongside the free weekend, tomorrow a new patch will drop and it includes the free DLC challenge Takedown at the Maliwan Blacksite.
Games featured in this article


[all packages]
[package ]
[class hierarchy]
[index]
public class AppletPremon
(source file: AppletPremon.java)
java.lang.Object
|
+----java.awt.Component
|
+----java.awt.Container
|
+----java.awt.Panel
|
+----java.applet.Applet
|
+----AppletPremon
The pure class interface.
public class AppletPremon
extends Applet
-
This is an applet which displays a flow graph.
It is described in
Flow graphs and semantics of programs.
- Author:
- Alan Jeffrey
- Version: 1.0 1998/06/02
- AppletPremon()
-
- init()
-
Initialize the applet.
AppletPremon
public AppletPremon();
init
public void init();
-
Initialize the applet.
- Overrides:
- init in class Applet
[all packages]
[package ]
[class hierarchy]
[index]
AppletPremon.html


Home
Braids
Hair
Weave
Wigs
Locs
About
Hair.....? I bet you're wondering why...
By: Sefu F. Boisrond
Choose Style
Default
Basic
Paying homage to the 70's go natural?
Lauryn Hill


Parallel citation markup in CSL-M stylesheets
Parallel citation markup in CSL-M stylesheets
One of the hardest problems to unlock in the implementation of Bluebook rules is the convention of parallel citation. As noted in the previous post on this topic, these are frequently used in legal writing, and have three common flavors:
- Parallel reports
-
Truly parallel cites to multiple reports of the same case:
Harden v. Playboy Enterprises, Inc., 261 Ill. App. 3d 443, 633 N.E.2d 764 (1993).
- Subsequent histories
-
A chain of appellate decisions in the same matter:
Energy & Env’t Legal Inst. v. Epel, 43 F. Supp. 3d 1171 (D. Colo. 2014), aff’d, 793 F.3d 1169 (10th Cir.), cert. denied, 136 S. Ct. 595 (2015).
- Commentaries
-
A series of published comments interpreting a case:
Cass. 1ere civ., March 28, 2000, JCP G, 2000, 10296, J. Sainte-Rose; D, 2000, somm. p. 358, Ph. Delebecque, p. 900, S. Piedelievre.
This is a technical post covering features of the CSL-M styling language that are used to produce these effects. The discussion below assumes a general familiarity with the Citation Style Language (CSL).
Group attributes
In formatting a series of related cites, certain elements are removed from certain positions in the series, according to certain conditions. The rules for doing so are generally left unstated, but the approach adopted by Jurism can express every pattern that I have so far encountered in the wild.
In Jurism CSL-M style code, rules relating to parallel formatting are
expressed as attributes on a cs:group
element. Attributes that
describe conditions will suppress the output of the group when the
condition is satisfied. Parallel attributes take effect only on cites
within a related series. In Jurism, citations are related when they
are linked in the client via the Related tab.
Attribute: parallel-first="<variables>"
Rule: Suppress group output when all listed variables match their values in the immediately preceding cite within a related series. When one or more of the listed variables does not match, the group is rendered, and the rendered values are used for comparison when the next cite is rendered, and so on to the end of the series.
A typical application of the parallel-first
attribute would
be the following:
<group parallel-first="title">
<text variable="title"/>
</group>
In the citation Harden v. Playboy Enterprises, Inc., 261 Ill. App. 3d 443, 633 N.E.2d 764 (1993), the “Ill. App.” and “N.E.2d” cites share the same title, and the second occurrence is therefore suppressed.
In the citation In re Verizon Internet Servs., Inc., 257 F. Supp. 2d 244 (D.D.C. 2003), rev’d on other grounds, Recording Indus. Ass’n of Am., Inc. v. Verizon Internet Servs., Inc., 351 F.3d 1229 (D.C. Cir. 2003), the second case name differs, and it is therefore rendered (and would become the new “master” title were there three cites in the series).
Attribute: parallel-last="<variables>"
Rule: Suppress group output when all listed variables match their values in the immediately following cite within a related series. When one or more of the listed variables does not match, the group is rendered, and the next cite’s values are used for comparison when the next cite is rendered, and so on to the penultimate cite in the series.
The parallel-last
attribute might be applied as follows:
<group parallel-last="issued">
<date variable="issued" form="text" date-parts="year"/>
</group>
In the citation Energy & Env’t Legal Inst. v. Epel, 43 F. Supp. 3d 1171 (D. Colo. 2014), aff’d, 793 F.3d 1169 (10th Cir.), cert. denied, 136 S. Ct. 595 (2015), the date of “2014” is rendered on the “F. Supp 3d” cite because the appeal reported in the “F.3d” cite was decided in 2015; and the date is suppressed in the “F.3d” cite because it matches the date of the following disposition in the Supreme Court.
Attribute: parallel-last-to-first="<variables>"
Rule: For all following cites in the series, treat the the listed variables as if set with
parallel-first
, even if set withparallel-last
. The attribute does not affect rendering of the group on which it is set.
The parallel-last-to-first
attribute features in the following
construct for vendor-neutral cites in the Ohio jurisdiction:
<group delimiter="-" parallel-last-to-first="issued">
<number variable="collection-number"/>
<names variable="authority">
<name/>
<institution form="short"/>
</names>
<number variable="page-first"/>
</group>
In most US vendor-neutral citation patterns, the year of decision is
set as a special volume number in the collection-number
variable.
The date of decision should therefore be omitted from subsequent
cites in a series in which it would normally appear. Switching its
rendering rule to parallel-first
achieves that result.
In the citation Bonacorsi v. Wheeling & Lake Erie Ry. Co., 95 Ohio St.3d
314, 2002-Ohio-2220, 767 N.E.2d 707, the date is omitted from
the “Ohio St.3d” cite because it matches the date in the
vendor-neutral cite in second position. The vendor-neutral cite is
built from the construct above, and switches the treatment of the
issued
variable to parallel-first
in subsequent citations that
apply parallel-last="issued"
. This takes effect in the final
“N.E.2d” cite in the series, where the date is suppressed because
it too matches the date of its predecessor.
The parallel-last-to-first
attribute will be useful almost
exclusively in true parallel citations, where a value (such as a date
or a court name) are expected to be uniform across the related series
of cites.
Attribute: parallel-delimiter-override="<string>"
Rule: Replace the default inter-cite delimiter with the designated string when joining this cite with its predecessor. Like the other parallel atrributes, This attribute takes effect only if the cite is a member of a related series. This attribute does not affect the rendering of the group.
The parallel-delimiter-override
attribute is typically applied to
a wrapper on all cites that might be rendered as a related series.
<layout delimiter="; ">
<group parallel-delimiter-override=", ">
<!-- CSL code for formatting citations goes here -->
</group>
</layout>
In the citation Harden v. Playboy Enterprises, Inc., 261 Ill. App. 3d 443, 633 N.E.2d 764 (1993), the “Ill. App.” and “N.E.2d” cites are joined with a comma. Ordinarily, cites not members of a related series are joined with a semicolon.
Attribute: parallel-delimiter-override-on-suppress="<string>"
Rule: For this cite only, replace the inter-cite join (be it the default delimiter or the value of
parallel-delimiter-override
) with the designated string if, and only if, this group is suppressed by theparallel-first
orparallel-last
rule. This attribute does not itself affect the rendering of the group on which it is set.
The parallel-delimiter-override-on-suppress
attribute is used
together with parallel-first
or parallel-last
:
<group parallel-first="container-title" parallel-delimiter-override-on-suppress=", ">
<text variable="container-title" form="short"/>
</group>
In the citation Cass. 1ere civ., March 28, 2000, JCP G, 2000, 10296, J. Sainte-Rose; D, 2000, somm. p. 358, Ph. Delebecque, p. 900, S. Piedelievre, the journal name is “D.” (short for “Recueil Dalloz”) appears in the second reference, and is suppressed in the third and last. As a result, the third reference is joined with a comma.
As noted above, these attributes have been sufficient to address all instances of parallel citation that I have so far encountered. If further cases emerge that demand additional attributes or adjustments to the logic described here, there may be changes. For the present, though, this is looking pretty good.


|
KlusterKite
0.0.0
A framework to create scalable and redundant services based on awesome Akka.Net project.
|
A directive to describe authorization requirements More...
Properties | |
| bool | AddActionNameToRequiredPrivilege [get, set] |
| Gets or sets a value indicating whether the connection action type name should be added to required privilege on authorization check More... | |
| string | Privilege [get, set] |
| Gets or sets the required privilege More... | |
| EnPrivilegeScope | Scope [get, set] |
| Gets or sets the scope to look for privilege More... | |
| EnConnectionAction | ConnectionActions = EnPrivilegeScope.Any [get, set] |
| Gets or sets the scope to look for privilege More... | |
| bool | IgnoreOnUserPresent = EnConnectionAction.All [get, set] |
| Gets or sets a value indicating whether that this rule will be ignored in case of valid user authentication session More... | |
| bool | IgnoreOnUserNotPresent [get, set] |
| Gets or sets a value indicating whether that this rule will be ignored in case of request without user authentication session Client application makes calls on it's on behalf More... | |
A directive to describe authorization requirements
Definition at line 15 of file AuthorizationRule.cs.
|
getset |
Gets or sets a value indicating whether the connection action type name should be added to required privilege on authorization check
Definition at line 20 of file AuthorizationRule.cs.
|
getset |
Gets or sets the scope to look for privilege
Definition at line 35 of file AuthorizationRule.cs.
|
getset |
Gets or sets a value indicating whether that this rule will be ignored in case of request without user authentication session Client application makes calls on it's on behalf
Definition at line 46 of file AuthorizationRule.cs.
|
getset |
Gets or sets a value indicating whether that this rule will be ignored in case of valid user authentication session
Definition at line 40 of file AuthorizationRule.cs.
|
getset |
Gets or sets the required privilege
Definition at line 25 of file AuthorizationRule.cs.
|
getset |
Gets or sets the scope to look for privilege
Definition at line 30 of file AuthorizationRule.cs.


{% extends "design-system-page-layout-guide.html" %} {% set section_id = "components" %} {% set page_id = "cookie-policy" %} {% set page_title = "Cookie Policy" %} {% block sectionOneTop %}{% endblock %} {% block sectionLeftHandColumn %} {% include "includes/design-system/design-system-side-nav.html" %} {% endblock %} {% block sectionOneRightContent %}

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