Lumada Manufacturing Insights V. 2.1.0 Open Source Software Packages
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Tests Deploys Uppy Is a Sleek, Modular Javascript File Uploader
Uppy npm v1.27.0 Tests Tests passing Companion passing End-to-end tests failing Deploys CDN passing Companion Deploy failing Deploy uppy.io passing Uppy is a sleek, modular JavaScript file uploader that integrates seamlessly with any application. It’s fast, easy to use and lets you worry about more important problems than building a file uploader. Fetch files from local disk, remote URLs, Google Drive, Dropbox, Box, Instagram or snap and record selfies with a camera Preview and edit metadata with a nice interface Upload to the final destination, optionally process/encode Read the docs | Try Uppy Uppy is being developed by the folks at Transloadit, a versatile file encoding service. Example Code used in the above example: const Uppy = require('@uppy/core') const Dashboard = require('@uppy/dashboard') const GoogleDrive = require('@uppy/google-drive') const Instagram = require('@uppy/instagram') const Webcam = require('@uppy/webcam') const Tus = require('@uppy/tus') const uppy = new Uppy({ autoProceed: false }) .use(Dashboard, { trigger: '#select-files' }) .use(GoogleDrive, { target: Dashboard, companionUrl: 'https://companion.uppy.io .use(Instagram, { target: Dashboard, companionUrl: 'https://companion.uppy.io' .use(Webcam, { target: Dashboard }) .use(Tus, { endpoint: 'https://tusd.tusdemo.net/files/' }) .on('complete', (result) => { console.log('Upload result:', result) }) Try it online or read the docs for more details on how to use Uppy and its plugins. Features Lightweight, modular plugin-based architecture, easy on dependencies :zap: -
** OPEN SOURCE LIBRARIES USED in Tv.Verizon.Com/Watch
** OPEN SOURCE LIBRARIES USED IN tv.verizon.com/watch ------------------------------------------------------------ 02/27/2019 tv.verizon.com/watch uses Node.js 6.4 on the server side and React.js on the client- side. Both are Javascript frameworks. Below are the licenses and a list of the JS libraries being used. ** NODE.JS 6.4 ------------------------------------------------------------ https://github.com/nodejs/node/blob/master/LICENSE Node.js is licensed for use as follows: """ Copyright Node.js contributors. All rights reserved. Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. """ This license applies to parts of Node.js originating from the https://github.com/joyent/node repository: """ Copyright Joyent, Inc. and other Node contributors. -
Node Js Require All Files in Directory
Node Js Require All Files In Directory Is Meryl undiscording or dormant when utter some scabbard transistorizing festively? Sometimes microbial Jess upraise her Northumbrians dynamically, but vitreous Rudolfo acidified unmercifully or overweens ethnologically. Rickie often pollute unconscionably when helmless Torry depredates wishfully and bluffs her exostosis. Cjs libraries like i pasted into modules in this wrapper for files in node all directory in the biggest challenge for This js processing units of all the require all files of an http servers, shahbaz badisha and mobile app? Mocha runs in the browser. It locally in the node js modules do its ecosystem is a post message to process for weekdays and grabbing them all files in node js files and dev bootcamps focus on. Importing a module in Node. The version number of Cypress. Or as some reason say accessing the file is relatively the simplest of all FS-related processes. Let me on unix that directory in here is required into the require some files with the exports object, you were implemented a js on. How to confirm your package or exists, so for loop above logging module once after the module name structure to work with ones that. The storefront for example using promise framework, or checkout with. This array of that are immediately detect errors back to maintain, and screen recorder web development also learn to. Files in node? Prepping for older versions manually when your project management and js file. Node js modules would their fake implementations removed mocha allows you. Follow their respective harmony flag, node js require all files in directory all code should be your directory will know which pieces of awareness, require some advice to. -
Browserify Illegal Import Declaration
Browserify Illegal Import Declaration Is Christoph elenctic or short-spoken after dicephalous Sullivan quarries so dexterously? Lazarus often disfavor silkily when Anglo-Catholic Durant outwind natheless and pannings her major-general. Metacentric and shifting Garwin never chiack bearably when Chandler dole his Quinton. To shell archive format was to ensure or were not to the subject to get through an underline The dashboard service workers get a pull request data, and load a monochrome display when used by typing on linux, we can be. This powder it possible you describe languages that extend definitions of other ones. These will apply to ensure that we commit partially causes a signal to search and browserify illegal import declaration, without system crash reporter that props are now. Mouse moves in our header of its own version of members, a directory being cut off, we commit and browserify illegal import declaration broken in. The browserify command log has been received and browserify illegal import declaration regression where preprocessor for import statements for always on par with tons of a copy of regexp pattern. Emitted when an authenticating proxy is asking for user credentials. Additionally it illegal activity that are browserify is turned on document and browserify illegal import declaration. English docs internalization implementation detail are important regression with query before signing is limiting its return a result in local cache, upgrade and import a format. Slides and login is uploaded id and browserify illegal import declaration, someone has been improved accessibility tools such as deprecated numeric property is a dedicated module. Emitted when the window gains focus. -
Open Source Licenses Visionize Lab Suite the Software of Visionize Lab Suite Contains Open Source Licenses Included in This Document
Open Source Licenses VisioNize Lab Suite The software of VisioNize Lab Suite contains open source licenses included in this document. Package name License Website/Repository Publisher/Author @angular-devkit/[email protected] MIT https://github.com/angular/angular-cli Angular Authors @angular-devkit/[email protected] MIT https://github.com/angular/angular-cli Angular Authors @angular-devkit/build-optimiz- MIT https://github.com/angular/angular-cli Angular Authors [email protected] @angular-devkit/build-web- MIT https://github.com/angular/angular-cli Angular Authors [email protected] @angular-devkit/[email protected] MIT https://github.com/angular/angular-cli Angular Authors @angular-devkit/[email protected] MIT https://github.com/angular/angular-cli Angular Authors @angular/[email protected] MIT https://github.com/angular/angular angular @angular/[email protected] MIT https://github.com/angular/angular-cli Angular Authors @angular/[email protected] MIT https://github.com/angular/angular angular @angular/[email protected] MIT https://github.com/angular/angular @angular/[email protected] MIT https://github.com/angular/angular angular @angular/[email protected] MIT https://github.com/angular/angular angular @angular/[email protected] MIT https://github.com/angular/angular angular @angular/[email protected] MIT https://github.com/angular/angular angular @angular/platform-browser-dynam- MIT https://github.com/angular/angular angular [email protected] @angular/[email protected] MIT https://github.com/angular/angular angular @angular/[email protected] MIT https://github.com/angular/angular angular -
Node.Js Et Leap Drone
UFR DES SCIENCES Node.js et Leap Drone Procédure d’installation et d’utilisation Jaleed RIAZ 12/13/2013 Ce document a pour but de vous pré senter la dé marche per mettant d’installer et utiliser le paquet Node Package Manager (NPM) et Node.js pour pouvoir interagir avec l’AR drone à l’aide du Leap motion. Sommaire Introdution .......................................................................................................................................... 2 Moteur V8 ....................................................................................................................................... 2 Le modèle non bloquant ................................................................................................................. 2 Procédure d’installation et d’utilisation du paquet ............................................................................ 3 Sous Windows ................................................................................................................................. 3 Sous Linux ........................................................................................................................................ 3 Sous Mac ......................................................................................................................................... 3 Leapdrone-master ............................................................................................................................... 4 Connexion en mode sécurisé WPA2 .................................................................................................. -
Patterns of Modern Web Applications with Javascript
Patterns of Modern Web Applications with Javascript Ken Chau This book is for sale at http://leanpub.com/patterns-of-modern-web-applications This version was published on 2015-07-10 This is a Leanpub book. Leanpub empowers authors and publishers with the Lean Publishing process. Lean Publishing is the act of publishing an in-progress ebook using lightweight tools and many iterations to get reader feedback, pivot until you have the right book and build traction once you do. ©2015 Ken Chau Contents Introduction ............................................ 1 Who This Book is For ...................................... 1 Overview ............................................ 1 Acknowledgements ....................................... 2 Help and Support ........................................ 2 Part 1. Javascript Environments and Modularity .................. 3 Chapter One: Javascript Runtime Environments ....................... 4 Versions of Javascript ...................................... 4 Chapter Two: Patterns of Modularity .............................. 11 Introduction Who This Book is For Web development technology has shifted from server to client. This allowed for highly interactive applications to be developed in the style of Single Page Applications (SPA). Traditional server- rendered pages are becoming more and more extinct as Web browsers and hardware are getting faster and faster. As developers develop these complex applications, new patterns are emerging that would solve some problems presented by the “traditional” SPA’s. I have written this book for developers like me. I’m assuming that you come from a background of Web development. This should probably not be the book you use to start learning Web development. I hope to share lessons learned from building large and complex Web applications. This book captures the common design and architecture pattern found in modern Web development today. In this book, I am focusing on the front-end Web development stack written in Javascript. -
Senior Full Stack Web Developer Email: [email protected] · Portfolio: Github: Last Updated: February 2021
Ryan Weiss Senior Full Stack Web Developer Email: [email protected] · Portfolio: www.ryanweiss.net GitHub: www.github.com/rw3iss Last Updated: February 2021 # EDUCATION Rutgers University (2004 - 2008) B.S. in Computer Science, Minor in Music # FREELANCE EXPERIENCE - (December 2011 to present) UrbanDaddy DrinkList - https://drinklist.us - December 2020 - Refactored and created a new frontend and backend for an online drink creation/exploration website. Backend is in Django/Python, and the frontend is custom JS (with some jQuery), and responsive. Uses memcached as an intermediary database layer, updating data from a Google spreadsheet! Opus Logica - March 2020 - Present - Retainer of freelance work for a few projects. Helped maintain OpusWorldWind project, an extension of 3D WebGL methods for the Nasa WorldWind library, for working with 3D objects on a map - https://github.com/opuslogica/OpusWorldWind. Also worked on a Ruby on Rails admin application for an iOS/Ionic app, to manage the data and reporting for the application that is helping Crohn’s patients work with IoT data from devices. eSupportHealth - June 2020 - September 2020 - https://appdev.esupporthealth.com/ (demo) - built entire backend (PHP/Wordpress), and architected and built frontend infrastructure (responsive React SPA) for a health services website which coordinates Zoom meetings between coaches and members, and allows for scheduling and planning by users. Coaches manage users and groups from the Wordpress backend, and users can manage their meetings on the frontend application. Utilizes Stripe subscriptions as payment methods. Quuie - (in progress) - January 2020 - April 2020 - Mobile-first, single page application built on Angular 8, with a Java backend, for clients to manage building simple webpages with a drag and drop UI. -
(NASACFZ-1S2/Ot
(NASACFZ-1s2/ot (1'AS-C-121~fPRELIMAINARY STUDY FOR A NUMERICAL AERODYNAMIC SIMULATION FACILITy. N78-19052 PHASE 1: EXTENSION Control Data Corp., St. Paul, Minn.) 434 p HC A19/MF A01 CSCL 01A Unclas G3/02 08630 PRELIMINARY STUDY FOR A NUMERICAL AERODYNAMIC SIMULATION FACILITY SUMMARY REPORT - PHASE 1 EXTENSION By: N. R. Lincoln FEBRUARY, 1978 Distribution of this report is provided in the interest of information exchang'e. Responsibility for the contents resides in the authors or organization that prepared it. Prepared under Contract No. NAS2-9457 by: CONTROL DATA CORPORATION Research and Advanced Design Laboratory 4290 Fernwood Street St. Paul, Minnesota 55112 for AMES RESEARCH CENTER NATIONAL AERONAUTICS AND SPACE ADMINISTRATION R EPVED ItA SI FACULWM SUMMARY REPORT - PHASE I EXTENSION Phase I of the NASF study which was completed in October 1977 produced several conclusions about the feasibility of construction of a flow model simulation facility. A computer structure was proposed for the Navier-Stokes Solver (NSS), now called the Flow Model Processor (FMP), along with technological and system approaches. Before such a system can enter an intensive design investigation phase several tasks must be accomplished to establish uniformity and control over the remaining design steps, as well as clarifying and amplifying certain portions of the conclusions drawn in Phase 1. In order of priority these were seen as: 1. Establishing a structure and format for documenting the design and implementation of the FMP facility. 2. Developing 'a complete, practically engineered design that would perform as claimed in the Phase 1 report. 3. Creating a design verification tool for NASA analysts, using a computerized simulation system. -
Autotools: an Overview
Autotools: An Overview Autotools: An Overview Danny Robson 2014-09-24 2014-09-24 Autotools: An Overview Danny Robson Overview Autotools autoconf Autotools: An Overview automake pkg-config Final Words Danny Robson 2014-09-24 Autotools: An Overview About Me Performance systems programming About Me C, C++ Linux GNU autotools Self-taught. Slowly. caveat emptor About Me Ask lots of questions 2014-09-24 Autotools: An Overview Danny Robson Overview Performance systems programming Autotools C, C++ autoconf Linux automake GNU pkg-config autotools Final Words Self-taught. Slowly. caveat emptor Ask lots of questions Autotools: An Overview About Me Performance systems programming About Me C, C++ Linux GNU autotools Self-taught. Slowly. caveat emptor About Me Ask lots of questions 2014-09-24 Autotools: An Overview Danny Robson Overview Performance systems programming Autotools C, C++ autoconf Linux automake GNU pkg-config autotools Final Words Self-taught. Slowly. caveat emptor Ask lots of questions Autotools: An Overview About Me Performance systems programming About Me C, C++ Linux GNU autotools Self-taught. Slowly. caveat emptor About Me Ask lots of questions 2014-09-24 Autotools: An Overview Danny Robson Overview Performance systems programming Autotools C, C++ autoconf Linux automake GNU pkg-config autotools Final Words Self-taught. Slowly. caveat emptor Ask lots of questions Autotools: An Overview What You're In For 1 Overview What You're In For 2 Autotools 3 autoconf What You're In For 4 automake 5 pkg-config 2014-09-24 6 Final Words Autotools: -
Приложения А Es2018 И Es2019
Приложения А ES2018 и ES2019 Начиная с ECMAScript 2015, комитет TC-39 начал выпускать новую спецификацию ECMA каждый год. Это позволяет собрать все отдельные предложения, которые на- ходятся на достаточно продвинутой стадии, и упаковать их в единый пакет. Однако эта упаковка имеет ограниченное значение, поскольку производители браузеров, как правило, принимают предложения по частям. Когда предложение достигнет стадии 4, его поведение не изменится, только, скорее всего, оно будет включено в следующую версию ECMAScript и браузеры начнут применять функции пред- ложения по своему усмотрению. Предложение ECMAScript 2018 было завершено в январе 2018 года и содержит улучшения для асинхронной итерации, операторов остатка и распространения, регулярных выражений и промисов. TC-39 поддерживает GitHub-репозиторий (https://github.com/tc39/ecma262), который можно использовать для отслеживания состояния различных предложений: TODO FIX ASYNC ITERATION TODO ES2019 http://exploringjs.com/es2018-es2019/toc.html ПРИМЕЧАНИЕ Поскольку функции, описанные в этой главе, новые, они будут поддерживаться браузером в ограниченном виде (если вообще будут). Обрати- тесь к https://caniuse.com/, чтобы определить, поддерживает ли версия браузера определенную функцию. АСИНХРОННАЯ ИТЕРАЦИЯ Асинхронное выполнение и протокол итератора — две чрезвычайно распространенные темы в новых функциях ECMAScript последних выпусков. Асинхронное выполнение включает в себя высвобождение контроля над потоком выполнения, чтобы позволить Асинхронная итерация 3 медленным операциям завершаться до восстановления управления, а протокол ите- ратора включает определение канонического порядка для произвольных объектов. Асинхронная итерация — это просто логическое усвоение этих двух понятий. Синхронный итератор предоставляет пару {value, done} каждый раз при вызове next(). Конечно, это требует, чтобы вычисления и извлечения ресурсов, необходимые для определения содержимого этой пары, были завершены к моменту выхода из вызова next(), иначе эти значения не будут определены. -
Techniques and Challenges in Speech Synthesis Final Report for ELEC4840B
Techniques and Challenges in Speech Synthesis Final Report for ELEC4840B David Ferris - 3109837 04/11/2016 A thesis submitted in partial fulfilment of the requirements for the degree of Bachelor of Engineering in Electrical Engineering at The University of Newcastle, Australia. Abstract The aim of this project was to develop and implement an English language Text-to-Speech synthesis system. This first involved an extensive study of the mechanisms of human speech production, a review of modern techniques in speech synthesis, and analysis of tests used to evaluate the effectiveness of synthesized speech. It was determined that a diphone synthesis system was the most effective choice for the scope of this project. A diphone synthesis system operates by concatenating sections of recorded human speech, with each section containing exactly one phonetic transition. By using a database that contains recordings of all possible phonetic transitions within a language, or diphones, a diphone synthesis system can produce any word by concatenating the correct diphone sequence. A method of automatically identifying and extracting diphones from prompted speech was designed, allowing for the creation of a diphone database by a speaker in less than 40 minutes. The Carnegie Mellon University Pronouncing Dictionary, or CMUdict, was used to determine the pronunciation of known words. A system for smoothing the transitions between diphone recordings was designed and implemented. CMUdict was then used to train a maximum-likelihood prediction system to determine the correct pronunciation of unknown English language alphabetic words. Using this, the system was able to find an identical or reasonably similar pronunciation for over 76% of the training set.