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const http = {
  stream(url) {
    return http.fetchBlob(url);
  },

  get(url) {
    return http.fetchJson(url);
  },

  post(url, data) {

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function observe (obj) {
  if (Object.prototype.toString.call(obj) !== '[object Object]') {
    throw new TypeError()
  }

  Object.keys(obj).forEach(key => {
    let internalValue = obj[key]
    let dep = new Dependencies()

    Object.defineProperty(obj, key, {

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CREATE TABLE "group" (
  "id" TEXT NOT NULL DEFAULT uuid_generate_v4(),
  "name" TEXT NOT NULL,
  "isIdentityGroup" BOOLEAN NOT NULL DEFAULT false,
  "isEmployeeTypeGroup" BOOLEAN NOT NULL DEFAULT false,
  "isCustomerOrgGroup" BOOLEAN NOT NULL DEFAULT false,
  "isCustomerTypeGroup" BOOLEAN NOT NULL DEFAULT false,
  "isSupplierTypeGroup" BOOLEAN NOT NULL DEFAULT false,
  "isSupplierOrgGroup" BOOLEAN NOT NULL DEFAULT false,
  "createdAt" TIMESTAMP WITH TIME ZONE NOT NULL DEFAULT NOW(),

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[
  {
    "city": "Qal eh-ye Now",
    "timezone": "Asia/Kabul",
    "pop": 2997
  },
  {
    "city": "Chaghcharan",
    "timezone": "Asia/Kabul",
    "pop": 15000

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[
	{	
		"id": "1",
		"from": "Sample User",
		"address": "john@carbonos.dev",
		"time": "2021-10-07 15:35:14",
		"message": "Duis cursus, diam at pretium aliquet, metus urna convallis erat, eget tincidunt dui augue eu tellus. Phasellus elit pede, malesuada vel, venenatis vel, faucibus id, libero. Donec consectetuer mauris id sapien. Cras",
		"subject": "CarbonOS Interview",
		"tag": "inbox",
		"read": "false"

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• Goods Received Before Invoice:
  • Goods Received:
    • Accrual Entry
      • Debit the asset Interim Inventory Accrual
      • Credit the liability Inventory Received Not Invoiced
  • Invoice Received:
    • Reversing the Accrual Entry:
      • Debit the liability Inventory Received Not Invoiced
      • Credit the asset Interim Inventory Accrual
• This reversing entry cancels out the initial accrual

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Visualizing Routes

A manufacturing process is a function that turns inputs to outputs. We can think of it like a math function:

f(x) = y

In this simplified example x is all inputs, y is the manufactured good, and f is a transformation function that turns x into y. Of course we know that f is not necessarily one process, but multiple processes such that:

f(x) = g1(x) + g2(x) + ... gn(x)

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// deno-lint-ignore-file no-case-declarations
import { serve } from "https://deno.land/std@0.175.0/http/server.ts";
import { format } from "https://deno.land/std@0.205.0/datetime/mod.ts";
import { nanoid } from "https://deno.land/x/nanoid@v3.0.0/mod.ts";
import { DB, getConnectionPool, getDatabaseClient } from "../lib/database.ts";
import { corsHeaders } from "../lib/headers.ts";
import { getSupabaseServiceRole } from "../lib/supabase.ts";
import type { Database } from "../lib/types.ts";
import { credit, debit, journalReference } from "../lib/utils.ts";
import { getCurrentAccountingPeriod } from "../shared/get-accounting-period.ts";

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CREATE TABLE "material" (
  "id" TEXT NOT NULL PRIMARY KEY DEFAULT xid(),
  "materialFormId" TEXT,
  "materialSubstanceId" TEXT,
  "materialTypeId" TEXT,
  "finishId" TEXT,
  "gradeId" TEXT,
  "dimensionId" TEXT,
  "companyId" TEXT,
  "customFields" JSONB,

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Onshape Part Sync Overview

The sync process happens in two main phases: fetching BOM data and syncing to the database.

Phase 1: Fetching BOM Data (BOM Route)

File: apps/erp/app/routes/api+/integrations.onshape.d.$did.v.$vid.e.$eid.bom.ts

1. Calls the Onshape API to get the Bill of Materials for a document/version/element
2. Transforms raw BOM rows into structured objects with headers as keys