freedom to run the program as you wish, for whatever purpose.

in the past these collapses of civilizations were local and people could migrate a little further on and rebuild but the chances of of that are gone now i mean we have to we have to uh to to 01:03:18 uh get right with what we have because it's all we have you know we we all all those bets we placed when our ancestors invented civilization they all rest on one high stakes throw which is 01:03:32 now

a run of T S is a computation that starts froms0.

Besides that ffscreencast can act as an ffmpeg command generator. Every available option can also just show the corresponding ffmpeg command instead of executing it. Non-ffmpeg commands, such as how the camera resolution is pulled and others can also be shown instead of being executed.

I resolved this by changing the imports from @remix-run/node to @remix-run/cloudflare

This is an effective, dynamic stand-in for a fixed secret.

opts = method(__method__).parameters.map(&:last).map { |p| [p, eval(p.to_s)] }.to_h SomeOtherObject.some_other_method(opts)

that's right, we don't want to do params = { ... } because then we're hardcoding the implementation and it becomes very coupled. The benefit of doing it like in my examples is that you can change the method signature and still automatically capture all keyword parameters.

Prefer alias when aliasing methods in lexical class scope as the resolution of self in this context is also lexical, and it communicates clearly to the user that the indirection of your alias will not be altered at runtime or by any subclass unless made explicit.

He's also the co-founder of the hyperlocal community site outside.in.

The type-fest package contains only types, meaning they are only used at compile-time and nothing is ever compiled into actual JavaScript code. This package contains functions that are compiled into JavaScript code and used at runtime.

Introduced in the perfectly named “Typescript and validations at runtime boundaries” article @lorefnon, io-ts is an active library that aim to solve the same problem as Spicery:TypeScript compatible runtime type system for IO decoding/encoding

It means that when having a type guard:TypeScript and JavaScript runtime are tied to the same behaviour.

Inside the if statement, TypeScript will assume that amount cannot be anything else than a string, which is true also at the runtime thanks to typeof JavaScript operator.

SQL is all about nested subqueries. It's hard to escape without creating views, but who has time to lookup that syntax and get their DBA's permission to run the DDL?!?

This marks the transition from load time (and dynamic link time, if present) to run time.

Since we're not passing any inputs to ListAccounts, it makes sense to use .run! instead of .run. If it failed, that would mean we probably messed up writing the interaction.

As a workaround, I guess I'll have to disable my strict CSP in development, but I'd prefer to keep it strict in development as well so that I ran into any CSP issues sooner...

In order to invoke, or run

I'd say it's better overall because it replaces paths at compile-time. It means there is no runtime dependency or any performance overhead.

Loaders use a mapping configuration to map module names to files at run-time, see RequireJs documentation and SystemJS documentation.

Note that you can also use dynamic partials, that conditionally select the partial to render based on the value in the JSON.

we update the validation schema on the fly (we had a similar case with a validation that needs to be included whenever some fetch operation was completed)

What would happen if we get the list from a rest api when the form component is mounted? That's an interesting topic, you can add a rule once a component has been mounted and update the associated validation schema.

Ok, I have seen that there are lot of built-in and third party validations, but sooner or later I will face a validation rule not covered by this buffet. Can I build a custom one? Of course you can!

Doing so also means adding empty import statements to guarantee correct order of evaluation of modules (in ES modules, evaluation order is determined statically by the order of import declarations, whereas in CommonJS – and environments that simulate CommonJS by shipping a module loader, i.e. Browserify and Webpack – evaluation order is determined at runtime by the order in which require statements are encountered).

This PR replaces nested require statements in files in vendor/postcss with import declarations, so that they can be properly resolved at build time.

Svelte will not offer a generic way to support style customizing via contextual class overrides (as we'd do it in plain HTML). Instead we'll invent something new that is entirely different. If a child component is provided and does not anticipate some contextual usage scenario (style wise) you'd need to copy it or hack around that via :global hacks.

Explicit interfaces are preferable, even if it places greater demand on library authors to design both their components and their style interfaces with these things in mind.

The point of the feature is to not rely on the third-party author of the child component to add a prop for every action under the sun. Rather, they could just mark a recipient for actions on the component (assuming there is a viable target element), and then consumers of the library could extend the component using whatever actions they desire.

Your LazyLoad image is now inextensible. What if you want to add a class? Perhaps the author of LazyLoad thought of that and sets className onto the <img>. But will the author consider everything? Perhaps if we get {...state} attributes.

You'll have to create a new component that brings in the functionality of both. TooltipButton, TooltipLink, Link, and TooltipRoutedLink. We're starting to get a lot of components to handle a bit of added functionality.

For the tooltip example, if you had a whole bunch of tooltips on different elements, it would be annoying to have different event listeners and "should it be shown" variables for each one.

Perhaps at that point we're better off settling on a way to pass components through as parameters? <!-- App.html --> <Outer contents={Inner}/> <!-- Outer.html --> <div> <div>Something</div> <[contents] foo='bar'/> </div>

I would hope for it to come with React-like behavior where I could pass in a string (like div or a) and have it show up as a normal div/a element when the child component used it.

Use case: Wrapper components that need to render an element (e.g. because they attach event listeners). You'd probably use a <div> there by default but there may be places where this is not desirable for semantic reasons (e.g. in lists).

const components = { Label, Tree, Menu };

The lack of spread continues to be a big pain for me, adding lots of difficult-to-maintain cruft in my components. Having to maintain a list of all possible attributes that I might ever need to pass through a component is causing me a lot of friction in my most composable components.

Yes, traditional scenario load tests are naturally in the risk zone of being axed in the name of this-step-is-taking-too-long as load tests need time to ramp-up and execute the user journeys with the simulated traffic to gain enough measurements that can be acted on. This is why we don’t recommend load tests to be run on every commit for scenario type load tests, but rather in the frequency range of “daily” for performance regression type tests. When merging code into a release branch or as a nightly build perhaps, so that you can have your snazzy load test report with your morning coffee before you’ve settled into your zone!

An ssh public key in a ~/.ssh/authorized_keys file can have a command="" option which forces a particular command to be executed when the key is used to authenticate an ssh connection. This is a security control that mitigates against private key compromise. This is great when you only need to execute a single command. But if you need to perform multiple tasks, you would normally need to create and install a separate key pair for each command, or just not bother making use of forced commands and allow the key to be used to execute any command.

from="<ip>",command="/usr/local/sbin/validate-rsync" ssh-dss AAAAZ5Hbl......

echo "from="${MYIP%% *}",no-port-forwarding,no-X11-forwarding,no-agent-forwarding,no-pty,command="rsync ${SSH_ORIGINAL_COMMAND#* }" $(ssh-keygen -yf ~/.ssh/rsync_rsa)" | ssh targetserver "cat - >>~/.ssh/authorized_keys" Note that the ‘command=’ restriction (http://larstobi.blogspot.ch/2011/01/restrict-ssh-access-to-one-command-but.html) will not apply if ‘/etc/sshd_config’ has already a ‘ForceCommand’ directive.