install jshint globally with npm - config file location - javascript

i've installed jshint using npm install -g jshint and i want to know where is the .jshintrc file is located - the default location for that file.
I have go through the docs: http://jshint.com/docs/ and i saw the paragraph about where it search for that file. but runnig find . -name .jshintrc in my home directory only find rc files that are in node_modules directories, so i don't understand where jshint get his configuration from.
I also searched the /usr/lib/node_modules/jshint - this is where the jshint is installed globally and no luck there , can anyone point me to that information??

As far as I know no file is added by installing jshint (example linked below). Normally, you would put the “.jshintrc” in the source code root for the project. This way it’s easily discoverable by others. Then each project applies it’s own set of rules. These kind of files typically applies recursively in the folders below.
But they can be put deeper in folder structure as well. This could be useful in cases where backend and clients use different rules, or when backend is written in another programming language.
Here is an example of such a file:
https://github.com/jshint/jshint/blob/master/examples/.jshintrc
Best of luck.

Related

Settings up postcss to use VH fix

I'm attempting to use PostCSS to fix the problem where 100vh doesn't account for the browser/navigation bar on mobile devices.
https://github.com/Faisal-Manzer/postcss-viewport-height-correction
The problem is, I have no idea how to set it up and the instructions assume I know how. I have very little experience with JavaScript and don't use any frameworks or know how to, I just do everything in VS Code with no plugins.
I installed the PostCSS extension in VS Code but am unsure what to do next.
The installation says:
"And then add this javascript to public/index.html (for React), or add to template.html (for Preact)."
I don't use React (I don't think?), so what do I do instead?
Then it says:
"Check you project for existed PostCSS config: postcss.config.js in the project root, "postcss" section in package.json or postcss in bundle config.
If you already use PostCSS, add the plugin to plugins list:"
Would postcss.config.js be in my root folder? Am I supposed to create this file?
It then says to do this:
module.exports = {
plugins: [
+ require('postcss-viewport-height-correction'),
require('autoprefixer')
]
}
I added that to my .js file (Or does it go in the css file?), and am getting an error "module is not defined."
Could someone walk me through this as if I had no idea what I'm doing and have only been using JavaScript and VS Code for a week? Because that's where I'm at.
I'm on Windows if that makes a difference.
Part of the instructions say to do:
npm install --save postcss-viewport-height-correction
I don't know where to enter this command. I've come across similar instructions several times, and looking up "How to do npm install" doesn't produce any results. I've largely been avoiding using frameworks and extensions and plugins with JavaScript because I can never figure out how to use them, and every guide I can find assumes I already know what it all means.
Might be a long winded answer, but I'll try to respond to everything.
PostCSS is a JS-based tool for transforming styles with JS plugins. Typically, you use it as a plugin into your front-end build tool such as Webpack, Rollup, etc. You can also use it as a CLI app, manually running your build.
I just do everything in VS Code with no plugins.
Which editor you use is irrelevant. How are you building this content? Is it just plain HTML and CSS files?
I installed the PostCSS extension in VS Code
That extension is just for getting your editor on the same page as your PostCSS config. For example, you might write some CSS with your PostCSS config that will look like totally invalid CSS to your editor, and it would throw errors at this. That extension ensures it follows the same altered rules as your CSS now does, since you're using a tool that changes the rules.
Would postcss.config.js be in my root folder? Am I supposed to create this file?
Yes
I added that to my .js file (Or does it go in the css file?), and am getting an error "module is not defined."
JS, but it's throwing errors because you need to install it
Part of the instructions say to do:
npm install --save postcss-viewport-height-correction
I don't know where to enter this command.
From your terminal. NPM (and Yarn, if you run across it) is a CLI tool for installing Node packages, like PostCSS here.
Here are the instructions for installing Node & NPM: https://docs.npmjs.com/downloading-and-installing-node-js-and-npm

test requirements for published npm packages [duplicate]

What exactly should I put in .npmignore?
Tests? Stuff like .travis.yml, .jshintrc? Anything that isn't needed when running the module (except the readme)?
I can't find any guidance on this.
As you probably found, NPM doesn't really state specifically what should go in there, rather they have a list of ignored-by-default files. Many people don't even use it as everything in your .gitignore is ignored in npm by default if .npmignore doesn't exist. Additionally, many files are already ignored by default regardless of settings and some files are always excluded from being ignored, as outlined in the link above.
There is not much official on what always should be there because it is basically a subset of .gitignore, but from what I gather from using node for 5-ish years, here's what I've come up with.
Note: By production I mean any time where your module is used by someone and not to develop on the module itself.
Pre-release cross-compiled sources
Pros: If you are using a language that cross-compiles into JavaScript, you can precompile before release and not include .coffee files in your package but keep tracking them in your git repository.
Build file leftovers
Pros: People using things like node-gyp might have object files that get generated during a build that never should go into the package.
Cons: This should always go into the .gitignore anyway. You must place these things inside here if you are using a .npmignore file already as it overrides .gitignore from npm's point of view.
Tests
Pros: Less baggage in your production code.
Cons: You cannot run tests on live environments in the slim chance there is a system-specific failure, such as an out of date version of node running that causes a test to fail.
Continuous integration settings/Meta files
Pros: Again, less baggage. Things such as .travis.yml are not required for using, testing, or viewing the code.
Non-readme docs and code examples
Pros: Less baggage. Some people exist in the school-of-thought where if you cannot express at least minimum viable functionality in your Readme, your module is too big.
Cons: People cannot see exhaustive documentation and code examples on their own file system. They would have to visit the repository (which also requires an internet connection).
Github-pages objects
Pros: You certainly don't need to litter your releases with CNAME files or placeholder index.htmls if you use your module serves double-duty as a gh-pages repository as well.
bower.json and friends
Pros: If you decide to build in your dependencies prior to release, you don't need the end-user to install bower then install more things with that. I would, personally, keep that stuff in the package. When I do an npm install, I should only be relying on npm and no other external sources.
Basically, you should ever use it if there is something you wish to keep out of your npm package but checked-in to your module's repo. It's not a long list of items, but npm would rather build in the functionality than having people stuck with irrelevant objects in their package.
I agree with lante's short and syntetic answer and SamT's big answer:
You should not include your tests in your package.
Your package should only contains production runtime files.
That will make your package more straightforward and faster to be dowloaded.
My contribution to those answers:
.npmignore is the blacklist way to achieve package file selection. But in a more practical way, you can whitelist files you need to include in your package using the files field in your package.json:
{
"files": [
"lib/",
"index.js"
]
}
I think that's simpler, future proof and have better semantics ;)
Just to clarify, anytime someone do npm install your-library, npm will download all source files that the package includes. Those files that were included in the .npmignore file in the source code of the package your-library will be excluded when publishing the lib, so users of your-library won't download them.
Know that people installing your library will need just your library running, anything else will be not necessary.
For example, when someone installs a library, its probably that he/she doesn't care about your .travis.yml or your .jshintrc files, or even some images, Grunt files, documentation, etc.
.npmignore could let your npm package to have less files, and faster to be downloaded
Don't include your tests. Oftentimes tests are like 5x the size of the actual codebase. As long as your tests are on Github, etc, that's good enough.
But what you absolutely should do is test your NPM package in its published format. Create some smoke tests that reside in the actual codebase, but are not part of the test suite.
You can read about testing your package after tarballing it, here:
https://github.com/ORESoftware/r2g
How to test an `npm publish` result, without actually publishing to NPM?

NPM modules in Grunt based projects

Node has a simple module loading system which uses require() method call to load modules from different locations in the root folder.
E.g.
var qr = require('qr-image');
I am trying to do something similar in grunt but i am unsuccessful with that.
I had added this module to package.json file in the following fashion and then ran npm install at root directory of the project.
"devDependencies": {
.
.
.
"qr-image": "^2.0.0"
},
Now whenever I use require I get the following error on console and my code breaks.
ReferenceError: require is not defined
Please suggest as how to use the npm module in Grunt based project, Thanks.
The require function isn't available in web browsers. Instead it's part of nodejs, which is a server-side language (e.g., something you might run directly from your computer terminal, not in a browser) and used to load dependencies in that language.
In a web browser, I usually just include my dependencies as additional scripts on the page, e.g.,:
<script src="path/to/my/dependency.js"></script>
<script src="path/to/my/code.js"></script>
Some other options are RequireJS or what's listed in this question or as more of a general purpose dependency manager for front-end code: Bower.
Looking closer at your question, it's likely that the "qr-image" npm dependency won't work in client-side code for you (since it was built to run via node in server-side code).
A quick search for QR code client-side code brought up this SO post, which points to the QRCode.js project for client-side QR code generation—I haven't used it, but it looks like a step in the right direction for what you're working on.

JSDoc setting up?

I am not that good at computers but am trying to use JSDoc for one of my projects,
The tutorial to get it up and running is here
http://usejsdoc.org/about-jsdoc3.html
I have downloaded the program from github, but now do not understand what I have to do. I have a bunch of files in a folder and dont know how to get it actually running for my project.
Could someone please give me a step by step instruction on how to actually get JSDoc working, how do I set it up, how do I use it etc.
I know this may be mundane to some of you, but hey we all gotta start somewhere right?
Well, are you using windows or GNU/Linux?
First, you have to follow the default tags to markup your source code, identifying your classes, methods, parameters, etc...
After that, you download the file here: https://github.com/jsdoc3/jsdoc
Extract it and then go to folder jsdoc-master.
Inside it, you have a script called jsdoc (with no extension). Only you have to do is execute it pointing the whole path to your .js file you want to create a documentation like this: ./jsdoc your_class.js
Then, in a couple minutes you'll have the output inside the 'out' folder. Open the .html file and bang! You have your documentation working pretty good.
Right here you can find some common tags to use in your code (as comments): http://usejsdoc.org/
This solution is for Unix based system. But, there is another one using nodejs (that you can run with windows, Linux, mac, etc...). First, download the nodejs here: http://nodejs.org/
Then go to this website to take a look at the package jsdoc: https://npmjs.org/
Then, go back to your terminal (in any operating system after installed node) and type: npm install -g jsdoc
The option -g means globally, so you have inside the main folder of your node packages and they are available for whatever project you have and you don't need to install it again and again...
Finally, you can just use this command: jsdoc path/to/your/file.js
And that's it! I hope it helps you.
Once you've extracted the file you downloaded off of github, navigate within the folder and run in a terminal:
./jsdoc
with the options you want.
If you want to display the help menu
./jsdoc --help
If you want to install the program on your system, assuming a mac or linux machine, use root user or sudo:
npm install --save -g [~/Downloads/jsdoc-3.2.2 or your path to the downloaded extracted files]

How can I manage client-side JavaScript dependencies? [closed]

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Although there are great solutions to manage dependencies on the server side, I could not find any that satisfies all my needs to have a coherent client side JavaScript dependency management workflow. I want to satisfy these five requirements:
Manage my client-side dependencies in a format similar to npm's package.json or Bower's bower.json
It should have the flexibility to point to a Git repository or actual JavaScript files (either on web or locally) in my dependency.json file for lesser known libraries (npm let you point to Git repositories)
It should minify and namespace all libraries into a single file like Ender - that's the only JavaScript file I would need to put in my <script> tag in the client side
It should have out of box support for CoffeeScript like BoxJS4 (now dead)
In the browser, I should be able to use either require style:
var $ = require('jquery');
var _ = require('underscore');
Or better yet, do headjs style:
head.js(['jquery', 'underscore', 'mylib'], function($, _, mylib) {
// Executed when all libraries are loaded
});
If no one such single tool exists, what is the best combination of tools i.e. a tool-chain that I can combine using something like Volo (or Grunt)?
I have already researched all the tools I have linked to in here and they satisfy only up to three of my requirements at best individually.
So, please don't post again about these tools. I would only accept an answer that provides a single tool that satisfies all five of my requirements or if someone posts a concrete workflow/script/working example of a toolchain of multiple such tools that also satisfies all my requirements.
RequireJS does everything you need.
My answer to this question may help you.
Example:
Client app project hierarchy:
sampleapp
|___ main.js
|___ cs.js
|___ require.js
main.js is where you initialize your client application and configure RequireJS:
require.config({
baseUrl: "/sampleapp",
paths: {
jquery: "libs/jquery", // Local
underscore: "http://underscorejs.org/underscore-min.js", // Remote
backbone: "https://github.com/documentcloud/backbone/blob/master/backbone-min.js" // Remote on GitHub
},
shim: {
backbone: {
deps: ["underscore", "jquery"] // Backbone depends on jQuery and Underscore.js
}
}
});
require(["cs!someCoffeescriptFile", "jquery", "backbone", "underscore"], function (SomeCoffeescriptFile, $, Backbone, _) {
// Dependencies are loaded...
// Execute code
});
Dependencies will use the cs plugin when prepended by "cs!". The cs plugin compiles the CoffeeScript file.
When you go in production, you can precompile your whole project with r.js.
node ./node_modules/requirejs/bin/r.js -o buildclientconfig.js
Here are your requirements:
Manage my client side dependencies in a format similar to npm's
package.json or Bower's component.json file. Different but as good!
I should have the flexibility to point to a Git repository or the actual JavaScript files (either on web or locally) in my dependency.json file for lesser-known libraries (npm lets you point to Git repositories). Yes
It should minify and namespace all libraries into a single file like Ender. That's the only JavaScript file I would need to put in my script-tag on the client side. Yes with r.js.
It should have out of box support for CoffeeScript, like Box. Yes
In the browser I can use either require style or headjs. Yes
RequireJS is the one you are looking for, I believe.
As Guillaume86, I think Hem will get you the closest to where you want to be.
In Hem, dependencies are managed using a combination of npm and Hem. Use npm
to explicitly install all of your projects external dependencies. Use Hem to specify which dependencies (both external and local) should be stitched together for you client side operations.
I created a skeleton project of this, so you can see how this would work. You can see it at Client-side Hem.
Adding dependencies
Use npm to search for a specific dependency and then modify the package.json file to ensure that the dependency is tracked in the future. Then specify the
dependency for your application in slug.json.
For example, suppose you wanted to add the CoffeeScript dependency. Just use npm to install the dependency and save it to your package.json file:
npm --save install coffee-script
Manually edit the slug.json file. Add "coffee-script" to "dependencies".
Suppose you wanted to include your own module 'bloomfilters' and it wasn't in the npm registry. You could add it to your project in the following way:
npm --save install https://github.com/dsummersl/bloomfilters/tarball/master
Manually edit the slug.json file. Add "bloomfilters" to "dependencies".
Local modules
If you want to include your own CoffeeScript or JavaScript code, you can do so by adding those files to the app/ folder. Note that in order to expose your script via the 'require' method you must make it a CommonJS module. It is very simple—see the Hem documentation.
Local files
If you want to include non-CommonJS non 'require' code, you can also stitch that by referencing your custom JavaScript or CoffeeScript code via the 'libs' list in
file slug.json.
CSS
Hem will stitch together your CSS too, if you want. See the Hem documentation.
Building
Once you have your dependencies listed, you can use hem to stitch them all together.
# Make sure all dependencies are present:
npm install .
# Make public/application.js
hem build
# See your minified js in public/application.js
Notes
Hem was meant for the Spine.js project - but you don't have to use it for that. Ignore any documentation mentioning spine as you wish...
There is also Browserify.
supports the package.json format
uses npm underneath which can use a GitHub (or any Git) repository as a package source
minifies and concatenates all dependencies into a single file.
supports CoffeeScript if you include it in your dependencies
require style all the way.
supports source maps
I'm pretty sure Hem meets your requirements (I use a personal fork with additional compilers, Jade and Stylus. It's easy to customize to your needs). It uses npm to manage dependencies.
You might want to take a look at Yeoman, which uses several techniques to help you with your requirements.
Our workflow is comprised of three tools for improving your
productivity and satisfaction when building a web app: Yo (the
scaffolding tool), Grunt (the build tool) and Bower (for package
management).
Built-in support for CoffeeScript, Compass and more. It works with r.js (RequireJS), unit testing, etc.
As for your requirements:
Bower is used for dependency management
Bower can work with local files, git://, http:// and more
Built-in support for minification and concatenation (even for your images)
Built-in support to automatically compile CoffeeScript and Compass (with LiveReload)
As stated in the build process: if you're using AMD, I will pass those modules through r.js so you don't have to.
All features:
Lightning-fast scaffolding — Easily scaffold new projects with
customizable templates (e.g HTML5 Boilerplate, Twitter Bootstrap),
RequireJS and more.
Great build process — Not only do you get
minification and concatenation; I also optimize all your image files,
HTML, compile your CoffeeScript and Compass files, if you're using
AMD, I will pass those modules through r.js so you don't have to.
Automatically compile CoffeeScript & Compass — Our LiveReload watch
process automatically compiles source files and refreshes your browser
whenever a change is made so you don't have to.
Automatically lint your scripts — All your scripts are automatically run against JSHint to ensure they're following language best-practices.
Built-in preview server — No more having to fire up your own HTTP Server. My built-in
one can be fired with just one command.
Awesome Image Optimization — I optimize all your images using OptiPNG and JPEGTran so your users can spend less time downloading assets and more time using your app.
Killer package management — Need a dependency? It's just a keystroke
away. I allow you to easily search for new packages via the
command-line (e.g. bower search jquery), install them and keep them
updated without needing to open your browser.
PhantomJS Unit Testing — Easily run your unit tests in headless WebKit via PhantomJS. When
you create a new application, I also include some test scaffolding for
your app.
Bower may suit your needs (1). And (2) for the rest you have RequireJS.
From the README:
Bower is a package manager for the web. Bower lets you easily install assets such as images, CSS and JavaScript, and manages dependencies for you.
To install a package:
bower install jquery
bower install git://github.com/maccman/package-jquery.git
bower install http://code.jquery.com/jquery-1.7.2.js
bower install ./repos/jquery
I just came across inject.js
Some of the features, from the project site:
Inject (Apache Software License 2.0) is a revolutionary way to manage your dependencies in a Library Agnostic way. Some of its major features include:
CommonJS Compliance in the Browser (exports.*)
View the full CommonJS Support Matrix
Cross domain retrieval of files (via easyXDM)
localStorage (load a module once)
Look at the Jam package manager. Following is the description from its homepage
For front-end developers who crave maintainable assets, Jam is a package manager for JavaScript. Unlike other repositories, we put the browser first.
It seems a lot similar to npm in how it works.
Install the package like below:
jam install backbone
Keep the packages up-to-date by executing:
jam upgrade
jam upgrade {package}
Optimize packages for production
jam compile compiled.min.js
Jam dependencies can be added in package.json file.
For complete documentation, read the Jam documentation.
There are a couple of options:
Browserify which allows you to import modules
RequireJS addresses the same problem
One that seems to be in active development is JoinJS
Component might also be of interest. It does not manage dependencies per se, but it allows you to use chopped up versions of otherwise large libraries.
Here's a solution that takes a very different approach: package up all the modules into a JSON object and require modules by reading and executing the file content without additional requests.
Pure client-side demo implementation: http://strd6.github.io/editor/
https://github.com/STRd6/require/blob/master/main.coffee.md
STRd6/require depends on having a JSON package available at runtime. The require function is generated for that package. The package contains all the files your app could require. No further HTTP requests are made because the package bundles all dependencies. This is as close as one can get to the Node.js style require on the client.
The structure of the package is as follows:
entryPoint: "main"
distribution:
main:
content: "alert(\"It worked!\")"
...
dependencies:
<name>: <a package>
Unlike Node.js a package doesn't know its external name. It is up to the package including the dependency to name it. This provides complete encapsulation.
Given all that setup here's a function that loads a file from within a package:
loadModule = (pkg, path) ->
unless (file = pkg.distribution[path])
throw "Could not find file at #{path} in #{pkg.name}"
program = file.content
dirname = path.split(fileSeparator)[0...-1].join(fileSeparator)
module =
path: dirname
exports: {}
context =
require: generateRequireFn(pkg, module)
global: global
module: module
exports: module.exports
PACKAGE: pkg
__filename: path
__dirname: dirname
args = Object.keys(context)
values = args.map (name) -> context[name]
Function(args..., program).apply(module, values)
return module
This external context provides some variable that modules have access to.
A require function is exposed to modules so they may require other modules.
Additional properties such as a reference to the global object and some metadata are also exposed.
Finally we execute the program within the module and given context.
This answer will be most helpful to those who wish to have a synchronous Node.js style require statement in the browser and are not interested in remote script loading solutions.
I use Hem with npm, and I wanted to add some additional benefits that I think weren't covered so far.
Hem has a self-contained web server (Strata) so you can develop your code without even needing to recompile. I never use hem build unless I am publishing an application.
You don't need to use Spine.js to use Hem. You can use it to compile arbitrary CoffeeScript packages if you set up file slug.json correctly. Here's one of my packages that is auto-compiled with cakefile:
TurkServer
Speaking of the above, Hem allows you to link other dependencies on your local system in with an npm link and combines them seamlessly even when you are using the Strata server. In fact, you needn't even use the cake method above; you can just link directly to CoffeeScript from dependent projects.
Hem supports eco (embedded CoffeeScript) for views and Stylus for CSS, and compiles all that, along with your CoffeeScript code, into one JavaScript file and one CSS file.
Here's a basic list for getting set up with a Spine.js, Hem, and CoffeeScript application. Feel free to ignore the Spine.js parts. In fact, sometimes I use spine app to set up a directory structure for a non-Spine.js application, then edit file slug.json to change to a different compilation structure.
Install NPM: curl http://npmjs.org/install.sh | sh on a Unix-like system. I'll assume it's available from the command line.
Install Hem globally (npm install -g hem). Development has branched as of late, so you might want to get it straight out of GitHub, checkout a branch, and npm install -g . in that folder.
npm install -g spine.app will make spine available as a global command
spine app folder will make a Spine project called app in folder, generating the right directory structure and a bunch of skeleton files to get started.
cd to folder and edit file dependencies.json for the libraries you need. Add them to file slug.json, so that Hem knows where to find them as well.
Optional: npm link any of your local packages in development to folder node_modules, and you can add them to file slug.json for Hem (either an index.js file to include directly or an index.coffee file if you want hem to compile it.)
npm install . to download all the dependencies you just entered in.
If you take a look at the default spine configuration, there is a app/lib/setup.coffee where you require all the libraries you need from your dependencies. Examples:
# Spine.app had these as dependencies by default
require('json2ify')
require('es5-shimify')
require('jqueryify')
require('spine')
require('spine/lib/local')
require('spine/lib/ajax')
require('spine/lib/manager')
require('spine/lib/route')
# D3.js was installed via file 'dependencies.json'
require 'd3/d3.v2'
In file index.coffee, you just do require lib/setup and load the main controller for your application. In addition, you need to do require on any other classes in those other controllers. You can use spine controller something or spine model something to generate templates for controllers and models. A typical Spine controller looks like the following, using Node.js' require:
Spine = require('spine')
# Require other controllers
Payment = require('controllers/payment')
class Header extends Spine.Controller
constructor: ->
# Initialize the class
active: ->
super
#render()
render: ->
# Pull down some eco files
#html require('views/header')
# Makes this visible to other controllers
module.exports = Header
The default generated index.html file will usually be fine for loading your application, but modify as necessary. Per your requirements, it only pulls in one .js and one .css file, which you never need to modify.
Edit your stylus files as necessary in the css folder. It's a lot more flexible than CSS :)
From folder, run hem server to start a Hem server, and navigate to localhost:9294 to see your application (if you installed Hem globally). It has some hidden arguments, for example, --host 0.0.0.0 listens on all ports.
Build the rest of your application using proper MVC techniques, and use stylus for CSS and eco for views. Or don't use Spine at all, and Hem will still work great with CoffeeScript and npm. There are many examples of projects using both models.
One more thing: normally, hem server will update automatically as you update your code and save files, which makes it a cinch to debug. Running hem build will compile your application into two files, application.js, which is minified and application.css. If you run hem server after this, it will use those files and no longer update automatically. So don't hem build until you actually need a minified version of your application for deployment.
Additional references: Spine.js and Hem: Getting started
Check out Cartero if you are using Node.js or Express.js on the backend.
I'd suggest to check out the Dojo Toolkit which seems to meet most of your requirements. The one I'm not sure about is CoffeeScript.
Dojo works with modules written in the Asynchronous Module Definition (AMD) format. It has a build system with packages and you can aggregate them in one or several files (called layers). Apparently it accepts Git type repositories, and more details on the build system are on Creating Builds.
For the record, v1.9 beta is expected next month.
Dependency injection with asynchronous loading and Browserify will be another good choice, compares to RequireJS.
asynchronous-frontend-dependency-management-without-AMD
Another framework that satisfies all my criteria released recently is http://duojs.org/ (and it also supports treating other resources, like CSS, as dependencies).

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