bessey

from typing import Any, Callable, Self
from htpy import (
    Element,
    Node,
    Iterator,
    Attribute,
    _id_class_names_from_css_str,
    _kwarg_attribute_name,
    div,
    button,

bessey

# frozen_string_literal: true

require 'json'

module Utils
  # Ruby Log Formatter that serves two purposes:
  # 1. Formats logs to JSON, so that they can be indexed by our log processor (currently Datadog)
  # 2. Enriches logs with Datadog APM trace information, so logs can be associated back to APM traces
  class TracedJSONLogFormatter
    def initialize

bessey

# The general idea is that similarly to lazy evaluation, the interpreter executes each resolver from inside a Fiber. 
# Once we have instantiated a Fiber for every resolver reachable in this pass, we loop over the Fibers, yielding till
# they are dead (the resolver has returned). Resolvers that are not using the Fiber based Loader API would simply
# return there value on the first pass.

# Complete pseudo-cpde, I don't know GraphQL Ruby internals well
def main_graphql_ruby_interpreter_loop(reachable_fields)
  unresolved_fields = reachable_fields.reduce({}) do |acc, field|
    # Creating one Fiber per field is probably too expensive, and we'd want to re-use them across loops or even across
    # different fields in the same loop. A topic for another time.

bessey

DEPENDENCIES
  active_model_serializers (= 0.9.4)
  active_record_union
  activeadmin (~> 1.2.1)
  acts_as_list
  amatch
  annotate
  autoprefixer-rails
  awesome_nested_set (~> 3.1.0)
  aws-sdk-v1

bessey

### IMPLEMENTATION ###
# Flattens an arbitrarily nested enumerable of enumerables.
# Works for Arrays of Integers, and more.
class EnumerableFlattener
  attr_reader :array

  def initialize(array)
    @array = array
  end

bessey

RuntimeError: Duplicate type definition found for name 'Account' at 'Field LocalChain.account's return type' (Types::AccountType, Types::AccountType)
  from graphql/schema/traversal.rb:168:in `visit'
  from graphql/schema/traversal.rb:205:in `visit_field_on_type'
  from graphql/schema/traversal.rb:185:in `block in visit_fields'
  from graphql/schema/traversal.rb:184:in `each'
  from graphql/schema/traversal.rb:184:in `visit_fields'
  from graphql/schema/traversal.rb:143:in `visit'
  from graphql/schema/traversal.rb:205:in `visit_field_on_type'
  from graphql/schema/traversal.rb:185:in `block in visit_fields'
  from graphql/schema/traversal.rb:184:in `each'

bessey

# Assumptions
# 1. Your schema implements the Relay Query.node(id:) field, Schema.id_from_object, and Schema.object_from_id
# 2. The types you wish to test implement the Node interface
# 3. (In order to be compatible with Node) the object you test resolves to a single type
# 4. The object you wish to test has a unique identifier

# TODO
# Maybe we can remove 3. by making use of an override in context?
# Since Schema.resolve_type takes a context object, perhaps if you must test an object that is
# presented via multiple types in the schema, you can force the decision via context. I have not

bessey

# Install libgraphql parser
if [ ! -d $HOME/gql/usr/local/lib ]
then
  wget https://github.com/graphql/libgraphqlparser/archive/v0.7.0.tar.gz
  tar -xzvf v0.7.0.tar.gz
  cd libgraphqlparser-0.7.0/ && cmake . && make && make DESTDIR=$HOME/gql install && cd $TRAVIS_BUILD_DIR
else
  echo "libgraphqlparser install detected"
fi

bessey

Expected a value of type "Time" but received: 2016-12-23T05:04:10.611Z

bessey

{
/*
	 // Place your snippets for JavaScript React here. Each snippet is defined under a snippet name and has a prefix, body and 
	 // description. The prefix is what is used to trigger the snippet and the body will be expanded and inserted. Possible variables are:
	 // $1, $2 for tab stops, ${id} and ${id:label} and ${1:label} for variables. Variables with the same id are connected.
	 // Example:
	 "Print to console": {
		"prefix": "log",
		"body": [
			"console.log('$1');",