may define Foo, instead of reopen it

Since require has global side-effects, and there is no static way to verify that you have issued the require calls for code that your file depends on, in practice it is very easy to forget some. That introduces bugs that depend on the load order.

If you implement this system using the user table you risk impatient users requesting a second code and them arriving out of order.

Since Rails creates callbacks for dependent associations, always call before_destroy callbacks that perform validation with prepend: true.

In this case, if the constant Admin::User was already loaded at the time Admin::UserManager.all was called, then it would return Admin::User objects.However, if Admin::User was not yet auto-loaded, but User was, Admin::UserManager.all would instead return User objects!

Synchronously waiting for the specific child processes in a (specific) order may leave zombies present longer than the above-mentioned "short period of time"

The interaction operator strict requires a strict sequencing (order) of the operands on the first level within the combined fragment

The interaction operator seq means that the combined fragment represents a weak sequencing between the behaviors of the operands.

We document the order of hooks, but I don't think we document where in that order we integrate Rails helpers which makes this confusing, I do sort of think this is a bug but as we use RSpec to integrate Rails here and RSpec Core has no distinction that matches before / after teardown its sort of luck of the draw, we could possibly use prepend_after for Rails integrations which would sort of emulate these options.

The lateral keyword allows us to access columns after the FROM statement, and reference these columns "earlier" in the query ("earlier" meaning "written higher in the query").

This latter equivalence does not hold exactly when more than two tables appear, because JOIN binds more tightly than comma. For example FROM T1 CROSS JOIN T2 INNER JOIN T3 ON condition is not the same as FROM T1, T2 INNER JOIN T3 ON condition because the condition can reference T1 in the first case but not the second.

A LATERAL item can appear at top level in the FROM list, or within a JOIN tree. In the latter case it can also refer to any items that are on the left-hand side of a JOIN that it is on the right-hand side of.

This allows them to reference columns provided by preceding FROM items.

Checks are usually done in this order: 404 if resource is public and does not exist or 3xx redirection OTHERWISE: 401 if not logged-in or session expired 403 if user does not have permission to access resource (file, json, ...) 404 if resource does not exist or not willing to reveal anything, or 3xx redirection

Manually reorder the reactive declaration statements, especially when there's an implicit dependency of the order of execution.

if you put the reactive statement $: validate(inputValue); after the function updateInputValue declaration, it's working as expected:

To enable PostCSS, Sass or Less support, add CSS support first and then add the relevant pre-processors:

As the token is unique and unpredictable, it also enforces proper sequence of events (e.g. screen 1, then 2, then 3) which raises usability problem (e.g. user opens multiple tabs). It can be relaxed by using per session CSRF token instead of per request CSRF token.

Please have a look at (in same order)

Academy Games has always prided itself in the quality of its rules. Most of our rules are taught in stages, allowing you to start playing as soon as possible without needing to read everything. We are very careful about the order we teach rules and rely heavily on graphics and pictures to facilitate understanding. We also include a large number of detailed picture examples, often with 3D renders, that help you understand the context of the rules.

The hostname's first n segments, starting from the right (the TLD).

Third configurable block to run.

Last configurable block to run. Called after frameworks initialize.

DSLs can be problematic for the user since the user has to manage state (e.g. am I supposed to call valid? first or update_attributes?). This is exactly why the #validate is the only method to change state in Reform.

The reason Reform does updating attributes and validation in the same step is because I wanna reduce public methods. This is to save users from having to remember state.

These are sequential because build:ssr imports the public/index.html that build:dom produces.

After i've stabilized the library i can start to discuss about adding new components and features!

We expect a certain pattern when validate devtool name, pay attention and dont mix up the sequence of devtool string. The pattern is: [inline-|hidden-|eval-][nosources-][cheap-[module-]]source-map.

You may want to execute validations in a given specific order (this can be tricky especially when you have got asynchronous validations).

Yeah I see what you're saying. In my case, I had a group of classes that relied on each other but they were all part of one conceptual "module" so I made a new file that imports and exposes all of them. In that new file I put the imports in the right order and made sure no code accesses the classes except through the new interface.

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).

Specifically, since Root, Rule and AtRule all extend Container, it's essential that Container is evaluated (and therefore, in the context of a Rollup bundle, included) first. In order to do this, input.js (which is the 'gateway' to all the PostCSS stuff) must import root.js, root.js must import rule.js before it imports container.js, and rule.js must import at-rule.js before it imports container.js. Having those imports ensures that container.js doesn't then try to place Root, Rule or AtRule ahead of itself in the bundle.

Replaced nested `require` statements with `import` declarations for the sake of a leaner bundle. This entails adding empty imports to three files to guarantee correct ordering – see https://github.com/styled-components/styled-components/pull/100

Modules from the following layer can require anything from all the previous layers, but not vice versa.

Note that the <WarningEngine/> component must be at the bottom of the form to guarantee that all the fields have registered.

There's one downside to Reacts reactivity model - the hooks (useState and useEffect) have to always be called in the same order and you can't put them inside an if block.

createState and createSignal are improvements over React's useState as it doesn't depend on the order of calls.

let:hovering={active}

let:active={hovering}

The meta charset information must also be the first child of the <head> tag. The reason this tag must be first is to avoid re-interpreting content that was added before the meta charset tag.

doing the wrong thing quickly is a good way to bankrupt us and our customers

The order is important.