Watch the video introduction
Ponzu is a powerful and efficient open-source HTTP server framework and CMS. It provides automatic, free, and secure HTTP/2 over TLS (certificates obtained via Let's Encrypt), a useful CMS and scaffolding to generate content editors, and a fast HTTP API on which to build modern applications.
Ponzu is released under the BSD-3-Clause license (see LICENSE). (c) Boss Sauce Creative, LLC
With the rise in popularity of web/mobile apps connected to JSON HTTP APIs, better tools to support the development of content servers and management systems are necessary. Ponzu fills the void where you want to reach for Wordpress to get a great CMS, or Rails for rapid development, but need a fast JSON response in a high-concurrency environment.
Because you want to turn this:
$ ponzu gen content song title:"string" artist:"string" rating:"int" opinion:"string":richtext spotify_url:"string"Into this:
What's inside
- Automatic & Free SSL/TLS1
- HTTP/2 and Server Push
- Rapid development with CLI-controlled code generators
- User-friendly, extensible CMS and administration dashboard
- Simple deployment - single binary + assets, embedded DB (BoltDB)
- Fast, helpful framework while maintaining control
1 TLS:
- Development: self-signed certificates auto-generated
- Production: auto-renewing certificates fetched from Let's Encrypt
For more detailed documentation, check out the docs
$ go get -u github.com/ponzu-cms/ponzu/...
Go 1.8+
Since HTTP/2 Server Push is used, Go 1.8+ is required. However, it is not required of clients connecting to a Ponzu server to make HTTP/2 requests.
$ ponzu command [flags] <params>Creates a project directory of the name supplied as a parameter immediately following the 'new' option in the $GOPATH/src directory. Note: 'new' depends on the program 'git' and possibly a network connection. If there is no local repository to clone from at the local machine's $GOPATH, 'new' will attempt to clone the 'github.com/ponzu-cms/ponzu' package from over the network.
Example:
$ ponzu new github.com/nilslice/proj
> New ponzu project created at $GOPATH/src/github.com/nilslice/projErrors will be reported, but successful commands return nothing.
Generate boilerplate code for various Ponzu components, such as content.
Example:
generator struct fields and built-in types...
| |
v v
$ ponzu gen content review title:"string" body:"string":richtext rating:"int"
^ ^
| |
struct type (optional) input view specifierThe command above will generate the file content/review.go with boilerplate
methods, as well as struct definition, and corresponding field tags like:
type Review struct {
Title string `json:"title"`
Body string `json:"body"`
Rating int `json:"rating"`
}The generate command will intelligently parse more sophisticated field names such as 'field_name' and convert it to 'FieldName' and vice versa, only where appropriate as per common Go idioms. Errors will be reported, but successful generate commands return nothing.
Input View Specifiers (optional)
The CLI can optionally parse a third parameter on the fields provided to generate
the type of HTML view an editor field is presented within. If no third parameter
is added, a plain text HTML input will be generated. In the example above, the
argument shown as body:string:richtext would show the Richtext input instead
of a plain text HTML input (as shown in the screenshot). The following input
view specifiers are implemented:
| CLI parameter | Generates |
|---|---|
| checkbox | editor.Checkbox() |
| custom | generates a pre-styled empty div to fill with HTML |
| file | editor.File() |
| hidden | editor.Input() + uses type=hidden |
| input, text | editor.Input() |
| richtext | editor.Richtext() |
| select | editor.Select() |
| textarea | editor.Textarea() |
| tags | editor.Tags() |
From within your Ponzu project directory, running build will copy and move the necessary files from your workspace into the vendored directory, and will build/compile the project to then be run.
Optional flags:
--gocmdsets the binary used when executinggo buildwithinponzubuild step
Example:
$ ponzu build
(or)
$ ponzu build --gocmd=go1.8rc1 # useful for testingErrors will be reported, but successful build commands return nothing.
Starts the HTTP server for the JSON API, Admin System, or both. The segments, separated by a comma, describe which services to start, either 'admin' (Admin System / CMS backend) or 'api' (JSON API), and, optionally, if the server should utilize TLS encryption - served over HTTPS, which is automatically managed using Let's Encrypt (https://letsencrypt.org)
Optional flags:
--portsets the port on which the server listens for HTTP requests [defaults to 8080]--https-portsets the port on which the server listens for HTTPS requests [defaults to 443]--httpsenables auto HTTPS management via Let's Encrypt (port is always 443)--dev-httpsgenerates self-signed SSL certificates for development-only (port is 10443)
Example:
$ ponzu run
(or)
$ ponzu run --port=8080 --https admin,api
(or)
$ ponzu run admin
(or)
$ ponzu run --port=8888 api
(or)
$ ponzu run --dev-httpsDefaults to $ ponzu run --port=8080 admin,api (running Admin & API on port 8080, without TLS)
Note: Admin and API cannot run on separate processes unless you use a copy of the database, since the first process to open it receives a lock. If you intend to run the Admin and API on separate processes, you must call them with the 'ponzu' command independently.
Will backup your own custom project code (like content, add-ons, uploads, etc) so
we can safely re-clone Ponzu from the latest version you have or from the network
if necessary. Before running $ ponzu upgrade, you should update the ponzu
package by running $ go get -u github.com/ponzu-cms/ponzu/...
Example:
$ ponzu upgradeDownloads an add-on to GOPATH/src and copies it to the Ponzu project's ./addons directory. Must be called from within a Ponzu project directory.
Example:
$ ponzu add github.com/bosssauce/fbschedulerErrors will be reported, but successful add commands return nothing.
Prints the version of Ponzu your project is using. Must be called from within a
Ponzu project directory. By passing the --cli flag, the version command will
print the version of the Ponzu CLI you have installed.
Example:
$ ponzu version
> Ponzu v0.8.2
(or)
$ ponzu version --cli
> Ponzu v0.9.2- Checkout branch ponzu-dev
- Make code changes
- Test changes to ponzu-dev branch
- make a commit to ponzu-dev
- to manually test, you will need to use a new copy (ponzu new path/to/code), but pass the --dev flag so that ponzu generates a new copy from the ponzu-dev branch, not master by default (i.e.
$ponzu new --dev /path/to/code) - build and run with $ ponzu build and $ ponzu run
- To add back to master:
- first push to origin ponzu-dev
- create a pull request
- will then be merged into master
A typical contribution workflow might look like:
# clone the repository and checkout ponzu-dev
$ git clone https://github.com/ponzu-cms/ponzu path/to/local/ponzu # (or your fork)
$ git checkout ponzu-dev
# install ponzu with go get or from your own local path
$ go get github.com/ponzu-cms/ponzu/...
# or
$ cd /path/to/local/ponzu
$ go install ./...
# edit files, add features, etc
$ git add -A
$ git commit -m 'edited files, added features, etc'
# now you need to test the feature.. make a new ponzu project, but pass --dev flag
$ ponzu new --dev /path/to/new/project # will create $GOPATH/src/path/to/new/project
# build & run ponzu from the new project directory
$ cd /path/to/new/project
$ ponzu build && ponzu run
# push to your origin:ponzu-dev branch and create a PR at ponzu-cms/ponzu
$ git push origin ponzu-dev
# ... go to https://github.com/ponzu-cms/ponzu and create a PRNote: if you intend to work on your own fork and contribute from it, you will
need to also pass --fork=path/to/your/fork (using OS-standard filepath structure),
where path/to/your/fork must be within $GOPATH/src, and you are working from a branch
called ponzu-dev.
For example:
# ($GOPATH/src is implied in the fork path, do not add it yourself)
$ ponzu new --dev --fork=github.com/nilslice/ponzu /path/to/new/project- golang.org/x/text/unicode/norm
- golang.org/x/text/transform
- golang.org/x/crypto/bcrypt
- golang.org/x/net/http2
- github.com/blevesearch/bleve
- github.com/nilslice/jwt
- github.com/nilslice/email
- github.com/gorilla/schema
- github.com/gofrs/uuid
- github.com/tidwall/gjson
- github.com/tidwall/sjson
- github.com/boltdb/bolt
- github.com/spf13/cobra
- Materialnote Editor
- Materialize.css
- jQuery
- Chart.js
The Go gopher was designed by Renee French. (http://reneefrench.blogspot.com) The design is licensed under the Creative Commons 3.0 Attribution license. Read this article for more details: http://blog.golang.org/gopher
The Go gopher vector illustration by Hugo Arganda @argandas (http://about.me/argandas)
"Gotoro", the sushi chef, is a modification of Hugo Arganda's illustration by Steve Manuel (https://github.com/nilslice).
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