Deploys static websites to Amazon S3.
Bucketful takes a local directory and copies all of its content to a given Amazon S3 bucket. If the bucket does not exist, Bucketful creates it. Then the bucket is configured to act as a website, i.e. all of the files get public read access for everyone and a file is assigned (typically index.html) to act as starting point for the site and a response is set for 404's. Optionally a CNAME is added to the DNS configuration of the domain, to make the site accessible at the expected url.
There's no interactivity required; set the configuration once and you'll be able to deploy like there's no tomorrow.
npm install -g bucketful
You can stick to a local install, npm install bucketful, if at least one of the following are true:
Before getting started, make sure you have created an account at Amazon Web Services and that you have the Access Key and Secret Token readily available.
You should also have created a folder with some files (html, js, css, images etc) that you want to deploy as a website.
Simplest possible usage:
bucketful --source my/path --bucket something.something.dark.com --key ABCD --secret XYZW
The key and the secret are the AWS Access Key and Secret Token respectively. The bucket name can be anything, but the whole idea is to access it as a website so it should probably be a domain you own.
Instead of having to type the arguments all the bloody time, you can put them in your package.json file, under the key bucketful, like this:
{
"bucketful": {
"source": "my/path",
"bucket": "something.something.dark.com",
"key": "ABCD",
"secret": "XYZW"
}
}
As long as you're running bucketful from the folder where package.json is you'll just have to run the following on your command line now:
bucketful
Easy, right?
If you want to, you can override the configuration found in the file by passing command line arguments:
bucketful --bucket something.something.complete.com
This will use the same settings as the before, but deploy to something.something.complete.com.
Since you probably commit your package.json but don't want to put secret tokens into committed files, there are a number of additional ways to supply options.
So bucketful options can be given as arguments to the executable or put into package.json. But you're looking for more. Well then!
Bucketful accepts an option called configs that can be used to choose which file(s) to read configuration from. Simply give it as a command line argument:
bucketful --configs somewhere/else/another_file.json
Now the file another_file.json will be used instead of package.json to read the rest of the arguments.
You can even supply multiple files separated with semicolon if you want to:
bucketful --configs "package.json;somewhere/else/another_file.json"
Now why would you want to do that? Well, if you want to check your config into source control but exclude secrets, you kind of have to load from two sources. So in this case, the non-secret things could be in package.json and the secrets (which are not commited) could be in somewhere/else/another_file.json.
The default value for configs is actually package.json;config.json, so the convention is to use config.json as storage for your secrets.
Yet another option is to use the file ~/.bucketful (also on the json format). That one is always loaded, regardless of what you specify in the configs-parameter. That way you can extract common settings that are not specific for a particular project (like your company AWS stuff, possibly) once for all projects.
If files are not enough for you, you can also use environment variables, like this:
bucketful__key=ABCD bucketful__secret==XYZW bucketful
That will read package.json, config.json and ~/.bucketful just as usual, but also the key and secret as expected. That is particularly useful in CI-environments and the like.
If an option is given in two or more of these ways, then the more "local" one will take precedence. The exact order, from strongest to weakest, is what follows:
Note that all arguments can be given in all of these ways. Except configs. That would be weird. It can only be supplied via the command line.
Out of uniformity, the command line arguments can be given on the format bucketful:option as well, as to express the same namespacing as the files and environment variables enforce. So this is perfectly valid:
bucketful --key ABCD --bucketful:secret XYZW
Usage: bucketful --region eu-west-1
Creates the bucket in the given AWS region. If the bucket already exists when bucketful is run, then this option is ignored. It will NOT change the region of an existing bucket.
At the time of writing, Amazon accepts the following region values:
If no option is given, us-east-1 will be used.
Amazons up-to-date list of valid region names can be found in Amazon's own documentation.
Usage: bucketful --index start.html --error wtf.html
The index configures the bucket to use the given file as the response when a request is issued to the root path of the domain. The default value for this parameter is index.html.
The error configures the bucket to use the given file as the response when a request is issued for a file that doesn't exist. Or in other words, this file will be served as the 404 response. The default value for this parameter is 404.html, if such a file exists in the deployed folder. If no such file exists, it will use the same file as index, which is reasonable for single page apps.
The configuration given with these two arguments will always be executed, regardless of whether the bucket already existed or not.
Usage: bucketful --dns bucketful-loopia
The value of this argument should be the name of a bucketful plugin package. The plugin will then be used to update a DNS configation to make the site available at the domain given as bucket name.
How the DNS provider is choosen, how authentication happens and how the configuration itself is updated is all up to the plugin. Read more about that in the documentation of each individual plugin.
Known implementations:
Want to write a plugin for your DNS provider? Can't figure out how? Feel free to get in touch!
The full list of options, summarizing all of the above, can be found by running bucketful --help
Bucketful can be required like all other npm modules. It exposes two functions; load and deploy
var bucketful = require('bucketful');
var loaded = bucketful.load();
bucketful.deploy({}, function(err) {
// ...
});
The deploy function does pretty much the same thing as the command line version of bucketful, but doesn't read any options automatically. Everything has to be provided as an argument to the function.
var bucketful = require('bucketful');
bucketful.deploy({
key: 'ABCD',
secret: 'XYZW',
bucket: 'something.something.dark.com',
source: 'my/path'
}, function(err) {
// This will be invoked when the deploy is finished.
// If successful, err will be falsy.
// If it failed, err will contain an Error-object.
});
In addition to all the arguments accepted by the command line version, the bucketful.deploy function also accepts an argument called output. If given a stream, for example process.stdout, it will print verbose progress information (the same at the command line client prints) to that stream. If the output argument is not set, the function will run in silence.
var bucketful = require('bucketful');
bucketful.deploy({
output: process.stdout, // logging is on!
key: 'ABCD',
secret: 'XYZW',
bucket: 'something.something.dark.com',
source: 'my/path'
}, function(err) {
// ...
});
The load function reads all arguments from all sources decribed above and resolves them just the same way. It returns an object with the final set of arguments:
var bucketful = require('bucketful');
var conf = bucketful.load();
console.log(conf); // { key: 'ABCD', secret: 'XYZW', bucket: 'something.something.dark.com', source: 'my/path' }
It also accepts an object with overrides for the arguments. This can be thought of as the strongest of all resolutons mechanisms:
var bucketful = require('bucketful');
var conf = bucketful.load({ bucket: 'something.something.complete.com' });
console.log(conf); // { key: 'ABCD', secret: 'XYZW', bucket: 'something.something.complete.com', source: 'my/path' }
So, essentially what the command line interface does is the following:
var bucketful = require('bucketful');
var conf = bucketful.load();
conf.output = process.stdout;
bucketful.deploy(conf, function(err) {
if (err) {
process.exit(1);
}
});
If you want to extend bucketful or integrate in into another environment, you can use this as boilerplate and add your own glue.
Implementations of the above, or other neat things, are very welcome.
Include tests unless there's a very good reason not to.
Jakob Mattsson, @jakobmattsson
MIT
FAQs
Deploys websites to Amazon S3
The npm package bucketful receives a total of 7 weekly downloads. As such, bucketful popularity was classified as not popular.
We found that bucketful demonstrated a not healthy version release cadence and project activity because the last version was released a year ago. It has 1 open source maintainer collaborating on the project.
Did you know?
Socket for GitHub automatically highlights issues in each pull request and monitors the health of all your open source dependencies. Discover the contents of your packages and block harmful activity before you install or update your dependencies.
Security News
Deno 2.2 enhances Node.js compatibility, improves dependency management, adds OpenTelemetry support, and expands linting and task automation for developers.
Security News
React's CRA deprecation announcement sparked community criticism over framework recommendations, leading to quick updates acknowledging build tools like Vite as valid alternatives.
Security News
Ransomware payment rates hit an all-time low in 2024 as law enforcement crackdowns, stronger defenses, and shifting policies make attacks riskier and less profitable.