mll | Mathematica Language Library in Ruby | Natural Language Processing library

If your list is small enough, you can just sort it and grab the last 3 elements of a sorted list.

The requestInterceptor function must have one argument, say, req. This argument provides access to the request data. The function must return the modified request.

These types of error have two reasons in most cases: 1. Build in debug mode, not release mode. Debug mode will rely on debug libraries which are only available if the development environment is installed on the computer, e.g. VisualStudio. 2. The plugin needs an additional library, e.g. a alembic reader will need the alembic library.

Besides the comments which help optimize the lexer, there is a workaround: ocamllex -ml does not limit the number of states, transitions, table size. Use it when there is no other choices.

You should avoid trying to get the lexer to do the parser's work. The lexer should just identify lexemes; it should not try to figured out where a lexeme fits into the syntax. So in your (simplified) example, there should be only one lexical type, name. The parser will figure it out from there.

But it seems, from the comments, that in the unsimplified original, the two patterns are overlapping rather than identical. That's more annoying, although it's only slightly more complicated. Basically, you need to separate out the common pattern as one lexical type, and then add the additional matches as one or two other lexical types (depending on whether or not one pattern is a strict superset of the other).

That might not be too difficult, depending on the precise relationship between the two patterns. You might be able to find a very simple solution by writing the patterns in the correct order, for example, because of the longest match rule:

If several regular expressions match a prefix of the input, the “longest match” rule applies: the regular expression that matches the longest prefix of the input is selected. In case of tie, the regular expression that occurs earlier in the rule is selected.

Most of the time, that's all it takes: first define the intersection of the two patterns as a based lexeme, and then add the full lexical patterns of each contextual type to provide additional matches. Your parser will then have to match name | function_name in one context and name | table_name in the other context. But that's not too bad.

Where it will fail is when an input stream cannot be unambiguously divided in lexemes. For example, suppose that in a function context, a name could include a ? character, but in a table context the ? is a valid postscript operator. In that case, you have to actively prevent foo? from being analysed as a single token in the table context, which means that the lexer does have to be aware of parser context.

In the meantime I've found another solution mentioned in the documentation:

https://lighthouse-php.com/master/security/authentication.html#global

So in short, I needed to add the AttemptAuthentication middleware to the lighthouse config. I use this with @auth(guard: "api") added to all my types.

Ended up solving this by re-implementing along the lines of this GitHub post: https://github.com/marcotcr/lime/issues/409

My code is now very different from the above - probably makes sense if you look to the GitHub post for guidance if you're running into similar issues.

I guess:

It seems that rebing/graphql-laravel require webonyx/graphql-php on version more than 0.13.

It seems also that webonyx/graphql-php is already required in your composer file so you need to update the sub-dependency with

composer update webonyx/graphql-php rebing/graphql-laravel