British HumorDry humor is particularly associated with British humor. Fawlty Towers, a British television comedy that aired from 1975 to 1979 is considered an unusually good example of dry humor. The series is set in a family run seaside hotel operated by a cynical and snobbish man, played by John Cleese, who finds himself in constant conflict with hotel guests. No matter how outlandishly silly each episode becomes, there is never any sense that the characters are trying to be funny.

If I had known your plane was going to be two hours late, I wouldn't have rushed to the airport.

Of course you must not use plain-text passwords and place them directly into scripts. You even must not use telnet protocol at all. And avoid ftp, too. I needn’t say why you should use ssh, instead, need I? And you also must not plug your fingers into 220 voltage AC-output. Telnet was chosen for examples as less harmless alternative, because it’s getting rare in real life, but it can show all basic functions of expect-like tools, even abilities to send passwords. BUT, you can use “Expect and Co” to do other things, I just show the direction.

If you want to pipe it into something interactive, like less -R, where terminal input goes to less -R, then you need some extra trickery. For example, I wanted a colourful version of git status | less. You need to pass -R to less in order that it respect the colours, and you need to use script to get git status to output colour. But we don't want script to keep ownership of the keyboard, we want this to go to less. So I use this now and it works well: 0<&- script -qfc "git status" /dev/null | less -R . Those first few characters close stdin for this one commmand.

.[color]
  ui = always
  status = always

0<&- script -qfc "git status" /dev/null | less -R

Incredible Mandy is a great example of design by subtraction, focusing on puzzle-solving and atmosphere and eschewing mechanics which do not contribute to the developer’s singular vision.

An example of this would be a button that looks clickable but isn’t, underlined text that doesn’t contain a link, or a TV remote that turns on your lights but not the TV. False affordances are often present by mistake or occur due to lack of effective design techniques.

For instance, when you see a door handle, you assume its function is to open a door. When you see a light switch, you assume it can be flicked to turn on a light. When looking at a chair, you know it can be sat in. All of these are affordances. Don Norman refers to affordances as relationships in his book The Design of Everyday Things. He goes on to say that, “when affordances are taken advantage of, the user knows what to do just by looking: no picture, label, or instruction needed.”

The label and input were confused with body text, especially in dense compositions.

shape-outside: inset(100px 100px 100px 100px 10px);

Also, the img is liquid/fluid, the height of the div/img are unknown, and the width is set to 800px and max-width to 80%.

He frequently interrupted his narrative with amusing asides.

Show/hide output and metadata differences in the diff editor

We are continuing an overhaul of our default startup editor in order to provide relevant extension-contributed tips and walkthroughs, intended to make both core VS Code features and extension contributions more approachable to new users.

A business with a low barrier to entry would be those people in poor countries who “wash” your windscreen at traffic lights. A bucket, a cloth, some water and you are in business. A business with a high barrier to entry might be airlines: planes are expensive, staff with the right skills hard to find, the necessary permits to fly hard to obtain.

בזמן שבאירופה ובאזורים נוספים בעולם ממשיכים להתמודד עם התפרצויות קשות של נגיף הקורונה והווריאנטים השונים שלו, ומטילים בשל כך הגבלות חדשות, באנגליה הורשו היום (ב') מיליוני תושבים לצאת מהבתים, במסגרת גל הקלות בסגר שהוטל שם בתחילת השנה. במסגרת גל ההקלות מורשים תושבי אנגליה לצאת בחופשיות מהבתים שלהם ולהתקהל במקומות פתוחים בקבוצות של עד שישה אנשים, משני בתי אב שונים. גם פעילויות ספורט במקומות פתוחים אפשריים כעת.

In the simple biology example, dog is a hypernym and Fido is one of its hyponyms. A word can be both a hyponym and a hypernym. For example, dog is a hyponym of mammal and also a hypernym of Fido.

The sentence "they drive the same car" is ambiguous. Do they drive the same type of car (the same model) or the same instance of a car type (a single vehicle)?

'female' + 'performer' = 'actress'

For example within nouns there are two sub classes, concrete nouns and abstract nouns.

The concrete nouns include people, plants, animals, materials and objects while the abstract nouns refer to concepts such as qualities, actions, and processes.

Semantic classes may intersect. The intersection of female and young can be girl.

For instance English has a domain ‘Rain’, which includes words such as rain, drizzle, downpour, raindrop, puddle.

For instance, in basketball there are many words that are specific to the sport. Free throw, court, half court, three pointer, and point guard are all terms that are specific to the sport of basketball. These words make very little sense when used outside of the semantic domain of basketball.

The English word "man" used to mean "human being" exclusively, while today it predominantly means "adult male," but its semantic field still extends in some uses to the generic "human"

Every woman talked to a student. This has two interpretations. Under one reading, every woman talked to the same student (the class president, for example), and here the noun phrase a student is specific. Under the second reading, various students were talked to. In this case, a student is non-specific.

endpoint Diagram::Operation::Create do |ctx, **| redirect_to diagram_path(ctx[:diagram].id) end.Or do |ctx, **| render :form end

Suppose an administrator creates a forum using open source forum software, and then heavily modifies it by adding new features and options. This process requires extensive modifications to existing code and deviation from the original functionality of that software.

cannot be run on any modern day computer or computer simulator, as it was developed during the days when LISP and PLANNER were still in development stage, and thus uses non-standard macros and software libraries which do not exist anymore

Or perhaps there was no printed manual, only a link to a web page - that has since disappeared (because the provider went bust, or just changed their web content management system).

As a simple example of a basic runtime system, the runtime system of the C language is a particular set of instructions inserted into the executable image by the compiler. Among other things, these instructions manage the process stack, create space for local variables, and copy function-call parameters onto the top of the stack. There are often no clear criteria for deciding which language behavior is considered inside the runtime system versus which behavior is part of the source program. For C, the setup of the stack is part of the runtime system, as opposed to part of the semantics of an individual program, because it maintains a global invariant that holds over all executions. This systematic behavior implements the execution model of the language

VirtualBox is one example.

For example Wine software in Linux helps to run Windows application .

Granted it's a toy example using StringIO

In order to move forwards with this issue I'll need an example app that reproduces the behavior (https://www.codetriage.com/example_app).

Examples include Closure Compiler, CoffeeScript, Dart, Haxe, TypeScript and Emscripten.

But I can describe a simple reproduction case to demonstrate the developer inconvenience (can provide a sample app if it's helpful).

An example app is an application that is designed to reproduce a bug or demonstrate an issue.

Before a bug can be fixed, it has to be understood and reproduced. For every issue, a maintainer gets, they have to decipher what was supposed to happen and then spend minutes or hours piecing together their reproduction. Usually, they can’t get it right, so they have to ask for clarification. This back-and-forth process takes lots of energy and wastes everyone’s time. Instead, it’s better to provide an example app from the beginning. At the end of the day, would you rather maintainers spend their time making example apps or fixing issues?

The selector [value=""] tests whether the element has the value attribute in markup and has the empty string as its value.

Another example: a list (<ul> or <ol>) should generally be used to group similar items (<li>). You could use a div for the group and a <span> for each item, and style each span to be on a separate line with a bullet point, and it might look the way you want. But "this is a list" conveys more information.

The classic example is that if something is a table, it should contain rows and columns of data. To use that for layout is semantically incorrect - you're saying "this is a table" when it's not.

Website: <input type="url" name="website" required pattern="https?://.+"> Now our input box will only accept text starting with http:// or https:// and at least one additional character

Why don’t we put the “create user” task onto the failure track, and in case of successfully persisting the new user, we deviate back to the happy path?

To implement such an activity, we only need to rewire the second step’s failure output to a new terminus.

Visualized, our new composed structure would look as follows.

Suppose that the validate task was getting quite complex and bloated. When writing “normal” Ruby, you’d break up one method into several. In Trailblazer, that’s when you introduce a new, smaller activity.

Hey, that’s is an imaginary complication of our example - please don’t do this with every condition you have in your app.

For branching out a separate path in an activity, use the Path() macro. It’s a convenient, simple way to declare alternative routes

step :decide_type, Output(Activity::Left, :credit_card) => Track(:with_credit_card)

# Create the track, which would automatically create an implicit End with the same id.
Track(:with_credit_card) do
    step :authorize
    step :charge
end

class Example::ValidationErrorTrack < Trailblazer::Activity::Railway
  step :validate_model, Output(:failure) => Track(:validation_error)
  step :save,           Output(:failure) => Track(:validation_error)

  # Can't use fail here or the magnetic_to won't work and  Track(:validation_error) won't work
  step :log_validation_error, magnetic_to: :validation_error,
    Output(:success) => End(:validation_error), 
    Output(:failure) => End(:validation_error) 
end

puts Trailblazer::Developer.render o
Reloading...

#<Start/:default>
 {Trailblazer::Activity::Right} => #<Trailblazer::Activity::TaskBuilder::Task user_proc=validate_model>
#<Trailblazer::Activity::TaskBuilder::Task user_proc=validate_model>
 {Trailblazer::Activity::Left} => #<Trailblazer::Activity::TaskBuilder::Task user_proc=log_validation_error>
 {Trailblazer::Activity::Right} => #<Trailblazer::Activity::TaskBuilder::Task user_proc=save>
#<Trailblazer::Activity::TaskBuilder::Task user_proc=save>
 {Trailblazer::Activity::Left} => #<Trailblazer::Activity::TaskBuilder::Task user_proc=log_validation_error>
 {Trailblazer::Activity::Right} => #<End/:success>
#<Trailblazer::Activity::TaskBuilder::Task user_proc=log_validation_error>
 {Trailblazer::Activity::Left} => #<End/:validation_error>
 {Trailblazer::Activity::Right} => #<End/:validation_error>
#<End/:success>

#<End/:validation_error>

#<End/:failure>

class Example::ValidationErrorTrack::VPathHelper1 < Trailblazer::Activity::Railway
   validation_error_path = Path(end_id: "End.validation_error", end_task: End(:validation_error)) do
    step :log_validation_error
  end
  step :validate_model, Output(:failure) => validation_error_path
  step :save,           Output(:failure) => validation_error_path
end

o=Example::ValidationErrorTrack::VPathHelper1; puts Trailblazer::Developer.render o
Reloading...

#<Start/:default>
 {Trailblazer::Activity::Right} => #<Trailblazer::Activity::TaskBuilder::Task user_proc=validate_model>
#<Trailblazer::Activity::TaskBuilder::Task user_proc=validate_model>
 {Trailblazer::Activity::Left} => #<Trailblazer::Activity::TaskBuilder::Task user_proc=log_validation_error>
 {Trailblazer::Activity::Right} => #<Trailblazer::Activity::TaskBuilder::Task user_proc=save>
#<Trailblazer::Activity::TaskBuilder::Task user_proc=log_validation_error>
 {Trailblazer::Activity::Right} => #<End/:validation_error>
#<Trailblazer::Activity::TaskBuilder::Task user_proc=save>
 {Trailblazer::Activity::Left} => #<Trailblazer::Activity::TaskBuilder::Task user_proc=log_validation_error>
 {Trailblazer::Activity::Right} => #<End/:success>
#<End/:success>

#<End/:validation_error>

#<End/:failure>

step :direct_debit

step :policy, before: :create_model

the validate task gets removed, assuming the Admin won’t need a validation

step Subprocess(Memo::Validate), Output(:invalid_params) => Track(:failure)

This connects the failure output to the previous task, which might create an infinity loop and waste your computing time - it is solely here for demonstrational purposes.

step :charge_creditcard, Output(:failure) => End(:declined)

step :charge_creditcard, Output(:failure) => End(:success) end This reconnects both outputs to the same end, always ending in a - desirable, yet unrealistic - successful state.

step :find_provider, Output(UsePaypal, :paypal) => Track(:paypal)

Yes, we could and should use Reform or Dry-validation here.

While you could program this little piece of logic and flow yourself using a bunch of Ruby methods along with a considerable amount of ifs and elses, and maybe elsif, if you’re feeling fancy, a Trailblazer activity provides you a simple API for creating such flow without having to write and maintain any control code. It is an abstraction.

So, what can we do to check for None in our programs? You can use builtin Optional type and write a lot of if some is not None: conditions. But, having null checks here and there makes your code unreadable.

Let’s start with the same number dividing example, which returns 0 when the error happens. Maybe instead we can indicate that the result was not successful without any explicit numerical value?

This is how the same example would look like using raw monads:

The legendary cfp-app will become a Rails-to-TRB refactoring tutorial.

Example (in bash, but my question shouldn't be considered bash-specific):

time run_with_timeout 3 sleep_and_exit 1 7; echo $?

timeout_child () { trap -- "" SIGTERM; child=$!; timeout=$1; ( sleep $timeout; kill $child; ) & wait $child; } And the usage: ( while true; do echo -n .; sleep 0.1; done) & timeout_child 2

{a: 1, b: 2, c: 3, d: 4} => {a:, b:, **rest} # a == 1, b == 2, rest == {:c=>3, :d=>4}

{a, b, ...rest} = {a: 1, b: 2, c: 3, d: 4}

def edit account = find_account! @account = UpdateAccount.new( account: account, first_name: account.first_name, last_name: account.last_name) end

> RecordInteraction.run!(encoding: 'ascii') => #<Encoding:US-ASCII>

main > Encoding.find('ascii')
=> #<Encoding:US-ASCII>

array :translations do hash do string :locale string :name end end array inputs can only have one input nested underneath them. This is because every element of the array must be the same type. And the inputs nested inside arrays cannot have names because they would never be used.

describe '.validate(context, filters, inputs)' do let(:inputs) { {} } let(:filter) { ActiveInteraction::Filter.new(:name, {}) } let(:interaction) do

In a rule-based system, a metarule is a rule governing the application of other rules.

The word home, for instance, has a denotation of “the place (such as a house or apartment) where a person lives,” but it may additionally have many connotations (such as “warmth,” “security,” or “childhood”) for some people.

Depending on the politics it might either mean that the implementation can no longer be changed, because that would break your code, or that your code is very fragile and keeps breaking on every upgrade or change of the underlying implementation.

Say you have software to keep track of your grocery list. In the 80's, this software would work against a command line and some flat files on floppy disk. Then you got a UI. Then you maybe put the list in the database. Later on it maybe moved to the cloud or mobile phones or facebook integration. If you designed your code specifically around the implementation (floppy disks and command lines) you would be ill-prepared for changes. If you designed your code around the interface (manipulating a grocery list) then the implementation is free to change.

It's more like providing an Employee object rather than the set of linked tables you use to store an Employee record. Or providing an interface to iterate through songs, and not caring if those songs are shuffled, or on a CD, or streaming from the internet. They're just a sequence of songs.

class ConferencesController def create conference = Conference.new @conference_form = ConferenceForm.new(conference) @conference_form.submit(conference_params) if @conference_form.save redirect_to @conference_form, notice: "Conference: #{@conference_form.name} was successfully created." } else render :new end end end

You can find a list of applications using this gem in this repository: https://github.com/m-Peter/nested-form-examples . All the examples are implemented in before/after pairs. The before is using the accepts_nested_attributes_for, while the after uses this gem to achieve the same functionality.

class UsersController < ApplicationController def create success = -> (response, time) { redirect_to root_path, notice: "#{response} - at: #{time}" } failure = -> { render :new } Workflow::CreateUser.call(params[:name], success: success, failure: failure) end end

Don't go around saying{-- to people that--} the world owes you a living. The world owes you nothing. It was here first. {~~One~>Only one~~} thing is impossible for God: To find {++any++} sense in any copyright law on the planet. {==Truth is stranger than fiction==}{>>strange but true<<}, but it is because Fiction is obliged to stick to possibilities; Truth isn’t.

Are designers also wasting the time of the critics?

The syntax itself provides a visualization of the structure of the grid.

The first problem is that if you ever remove an item, there will be a big black block in the layout. Maybe that’s OK, but more likely it isn’t. The second problem is that grid containers do not, by default, shrink-wrap their items. Instead, they fill out the parent element, as block boxes do. Both of these problems are illustrated in Figure 6.

div:nth-of-type(3n+1) { grid-column: 1; } div:nth-of-type(3n+2) { grid-column: 2; } div:nth-of-type(3n+3) { grid-column: 3; } div:nth-of-type(-n+3) { grid-row: 1; }

#ttt > * { border: 1px solid black; border-width: 0 1px 1px 0; display: flex; /* flex styling to center content in divs */ align-items: center; justify-content: center; } #ttt > *:nth-of-type(3n) { border-right-width: 0; } #ttt > *:nth-of-type(n+7) { border-bottom-width: 0; }

Your grid areas can only be rectangles (like the left), not arbitrary polygons (like the right).

.box1 { grid-column-start: 1; grid-column-end: 4; grid-row-start: 1; grid-row-end: 3; } .box2 { grid-column-start: 1; grid-row-start: 2; grid-row-end: 4; }

config.action_mailer.register_preview_interceptor :css_inline_styler

Previewing You can create a controller that gets the email and then renders the body from it.

The following Sankey flow diagram shows the current glyph sets included:

Try out the different border-image-repeat values in this demo

The background-origin CSS property sets the background's origin: from the border start, inside the border, or inside the padding.

I want to make some add-ons or wrappers on components e.g BigButton.svelte <script> import Button from './Button.svelte' </script> <Button fz="16" h="64" {...$$props}> <slot slot="prepend" name="prepend" /> <slot /> <slot slot="append" name="append" /> </Button>

Also as an aside, your REPL is far, far too complicated. You've got a much better chance of us being able to see your issue and fix it if you boil it down to just the minimum required code in order to reproduce the issue.

beforeUpdate(async () => { console.log('the component is about to update'); await tick(); console.log('the component just updated'); });

You may want the tippy to appear at a different location from its trigger (event listeners) target. For example:

Context menu

{#each charts as chart, i} <div class="wrapper"> <div class="icon" on:click={e => instances[i].handle(e)}>Click</div> <div class="content"> <svelte:component this={charts[i]} bind:this={instances[i]} /> </div> </div> {/each} ...where each child component exports a handle method: <script> let event; export function handle(e){ event = e; }; </script>

What is a data-originated component? It’s a kind of component that is primarily designed and built for either: displaying, entering, or customizing a given data content itself, rather than focusing on the form it takes. For example Drawer is a non data-originated component, although it may include some. Whereas Table, or Form, or even Feed are good examples of data-originated components.

const store = observable({ players: [ "Player 1", "Player 2", ], // ... }) reaction(() => JSON.stringify(store), json => { localStorage.setItem('store',json); }, { delay: 500, }); let json = localStorage.getItem('store'); if(json) { Object.assign(store, JSON.parse(json)); }

But, it’s not how we usually work with Svelte and write reusable components such asUnorderedListor similar. Because your example is really synthetic and unuseful in the real world.

highlighting

The use of __proto__ is controversial and discouraged. It was never originally included in the ECMAScript language spec, but modern browsers implemented it anyway. Only recently was the __proto__ property standardized by the ECMAScript 2015 specification for compatibility with web browsers, so it will be supported into the future.

If you were to check the return status of every single command, your script would look like this:

true && { echo true; false; } || { echo false; true; }

true && ((i++)) || ((i--))

docker build --cache-from=base_image:2.2.1,custom-gource:0.1 . -t custom-gource:0.2

this is the problem with that method.