jasonkuhrt

Explore new Alge APIs

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  /**
   * This does not show surrounding code like referenced types.
   */

  resultMutationField('inviteUserToProject', {
    input(t) {
      t.nonNull.id('userHandle')
      t.nonNull.id('projectId')
      t.nonNull.field('role', {
        type: 'ProjectRole',

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/**
 * Adapted from https://github.com/nextauthjs/adapters/tree/canary/packages/prisma
 */

import * as Prisma from '@prisma/client'
import { User } from '@prisma/client'
import { AppOptions } from 'next-auth'
// @ts-expect-error TODO expose errors in next-auth
import { CreateUserError } from 'next-auth/dist/lib/errors'
// @ts-expect-error TODO expose logger in next-auth

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This sketch is outdated. Please refer to https://github.com/prisma/nexus-prisma for current spec & status.

---

---

Here is a GraphQL object manually projecting fields from the model layer. Assume the parent returned data of a project model.

objectType({

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import * as React from "react"

/**
 * There are four cases of children state that Transition has to deal with.
 */
type ChildCase =
  | {
      type: "no_child"
    }
  | {

jasonkuhrt

Node Dependency Shenanigans

This is a TL;DR from a day in the life of node dependency shenanigans. Throughout this article I will use git status and git diff to make state explicit. You should be able to reproduce exactly what you see here. Lines prefixed with > are what I entered into the terminal. Anything else is output I chose to show herein but often I will not copy the terminal output to this article because it would not be interesting.

Setup

Lets start with an empty node project.

First our node and npm versions:

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• https://fiddle.fastlydemo.net

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function bufferUntil(stream, promise) {
  return {
    run: (sink, scheduler) => {
      let didResolve = false
      const buffer = []

      stream.source.run(
        {
          event: (t, x) => {
            if (didResolve) {

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function bufferedApply(streamOfFunctions, streamOfValues) {
  const source = {
    run: (sink, scheduler) => {
      let f = null
      const buffer = []

      streamOfFunctions.source.run(
        {
          event: (t, newF) => {
            f = newF

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// Falling water


// Calculate the area of sum of areas of water that would be captured in
// valleys of water along a series of constant-width variable-height columns.
// The geometry is grid based meaning there are no curves in this world.

const log = console.log

const sumPools = (cs) => {