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https://github.com/ipfs-shipyard/ipscend
🚀 Publish all your Web pages to IPFS, track released versions and more!
https://github.com/ipfs-shipyard/ipscend
Last synced: about 2 months ago
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🚀 Publish all your Web pages to IPFS, track released versions and more!
- Host: GitHub
- URL: https://github.com/ipfs-shipyard/ipscend
- Owner: ipfs-shipyard
- License: mit
- Created: 2015-09-30T01:51:19.000Z (almost 9 years ago)
- Default Branch: master
- Last Pushed: 2019-11-02T19:03:35.000Z (almost 5 years ago)
- Last Synced: 2024-04-14T12:10:07.738Z (5 months ago)
- Language: JavaScript
- Homepage:
- Size: 78.1 KB
- Stars: 262
- Watchers: 23
- Forks: 29
- Open Issues: 7
-
Metadata Files:
- Readme: README.md
- License: LICENSE
Awesome Lists containing this project
- awesome-peer-to-peer - ipscend
- awesome-starred - ipfs-shipyard/ipscend - 🚀 Publish all your Web pages to IPFS, track released versions and more! (others)
README
# Deprecation Notice
This module will no longer be maintained :sadface:. **The Good news is that @agentofuser made a 1000x better implementation of what this module was meant to be** 🚀. Check it out:
- [Module](https://www.npmjs.com/package/ipfs-deploy)
- [Tutorial](https://interplanetarygatsby.com/ipfs-deploy/)
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ipscend
=======
[](http://ipn.io) [](http://webchat.freenode.net/?channels=%23ipfs)  [](https://david-dm.org/diasdavid/ipscend) [](https://github.com/feross/standard)
> Web Application publishing, simple and distributed with IPFS
## Usage
Install via npm
```
$ npm install ipscend --global
```
Run the CLI to show the available commands
```
$ ipscend
Usage: ipscend COMMAND [OPTIONS]
Available commands:
browse Open your application in a browser
init Initialize a ipscend project
ipfs start Start your a local IPFS node
preview Preview your application before you publish it
publish Publish your project
screenshot View or generate screenshots for your application
versions Check each version published
```
### commands
#### `ipscend browse`
Opens the last published version of your application in the browser.
#### `ipscend init`
Initializes your project. Asks for the folder where the web application will be available and stores an `ipscend.json` object in your current path to store all the metadata it generates, such as published versions and taken screenshots.
#### `ipscend ipfs start`
Start and init an IPFS node (in case you don't want to install and run IPFS yourself)
#### `ipscend preview`
Serves your application on a local static file server, so that you can try it out before you feel ready to publish it.
#### `ipscend publish`
Publishes the current state of your application to IPFS and stores a reference to it.
**Note:** You have to have a local IPFS node running in order to publish, check below for how to get your local IPFS node running.
#### `ipscend screenshot`
Opens a screenshot preview of all the published versions of your app. In order to generate the screenshots, you must first run `ipscend screenshot --gen`.
**Note:** The webapp used for this is [ipscend-screenshot-visualizer](https://github.com/diasdavid/ipscend-screenshot-visualizer).
#### `ipscend versions`
Prints out the published versions for the app and its respective timestamp.
**Note:** In order to use this feature, you must set `API_ORIGIN=*` as an environment variable before running your IPFS node.
## Use IPFS to host your webpage using a standard domain (includes cool DNS trick!)
If you are looking into having your application accesible through `youdomain.com`, instead of referencing it by a `/ipfs/hash`, we have a solution for you.
Every IPFS node HTTP interface checks the host header when it receives a request from a browser, then it performs a DNS lookup for a TXT Record, looks if there is any MerkleLink available, and, if there is, it performs a lookup, caching that path and serving it as if it was a static webserver.
To make this work, simply:
1. Publish your application using `ipscend publish`.
2. Save the returned hash.
3. Find the IPFS ip addresses using `$ dig ipfs.io`. Example:
```sh
$ dig +short ipfs.io
178.62.61.185
178.62.158.247
104.236.76.40
...
```
4. Decide which domain or subdomain will host your IPFS application. We're going to use `ipfs.yourdomain.com`
5. In the DNS administration for your domain, add an A record for each of the ipfs.io IPs addresses. Example:
```
yourdomain.com
ipfs A 178.62.61.185
ipfs A 178.62.158.247
ipfs A 104.236.76.40
...
```
If you're using the root domain, your DNS rules should look like:
```
yourdomain.com
@ A 178.62.61.185
@ A 178.62.158.247
@ A 104.236.76.40
...
```
6. Next, the cool DNS trick. Add a TXT record with the hash of your IPFS application.
Example:
```
yourdomain.com
ipfs TXT dnslink=/ipfs/QmXkbSsxHZZniJ1rd5y7cJsDYyRKkcYeoEsN7p4PUq799L
```
7. Wait a little bit for DNS to propagate.
8. Open `ipfs.yourdomain.com` and see that your page was loaded!
Voilá, your page is now cached and is being served by IPFS.
**Note: You can also host your own IPFS nodes and use the same DNS trick.**
### Automate the DNS TXT Record update with `dnslink` tool
`dnslink-deploy` is a simple tool that lets you update your TXT records to the latest hash, if you happen to be using Digital Ocean's nameservers. To update it using the tool, simply run:
```
dnslink-deploy -d yourDomain -r @ -p /ipfs/QmeQT76CZLBhSxsLfSMyQjKn74UZski4iQSq9bW7YZy6x8
```
To learn more about how the tool works, visit https://github.com/ipfs/dnslink-deploy and to learn how to set up your domain with Digital Ocean's name servers, go to: https://www.digitalocean.com/community/tutorials/how-to-point-to-digitalocean-nameservers-from-common-domain-registrars