README
Table of Contents
Description
A javascript client to talk to SIS. Designed to work within node or modern browsers (native JSON api and XMLHttpRequest with CORS support).
Usage
Node
var SIS = require('sis');
var SISClient = SIS.client({'url' : 'http://sis.host'});
The code is designed to be an npm module, but it is not a public module to install.
Browser
<script src='/path/to/sis-client.js'></script>
var SISClient = SIS.client({'url' : 'http://sis.host'});
Working with a SIS Client
// Get the first page of hooks
SISClient.hooks.list(function(err, result) {
// result is an array of hook objects
});
// Get a single schema
SISClient.schemas.list({'limit' : 1}, function(err, result) {
// result is an array of schemas of length 1
});
// Create a hiera entry
SISClient.hiera.create({ 'name' : 'entry', 'hieradata' : { 'key1' : 'value1' }}, function(err, result) {
// result is the created hiera entry
});
// Delete the entity of type 'entity_name' with id 'foo'
SISClient.entities('entity_name').delete('foo', function(err, result) {
// result is a boolean indicating success
});
All callbacks receive an err
as the first parameter and the result of the API call as the second.
Authentication / Token Support
SIS Clients must use authentication tokens for most operations. The token can be provided in a number of ways.
- Add a
token
field to the object passed to theSIS
function. I.E.var client = SIS.client({'url' : 'http://sis.host', 'token' : '<token goes here>'});
- Call
authenticate
on theclient
to authenticate via username/password and use the returned temporary token. The following example shows the use of authenticate:
var SISClient = SIS.client({'url' : 'http://sis.host'});
SISClient.authenticate('user', 'password', function(err, authenticated) {
if (err || !authenticated) {
// authentication failed
} else {
// authentication succeeded and the client
// token has been set
}
});
The object returned by SISClient.hooks, SISClient.schemas, SISClient.hiera, and SISClient.entities(entity_name) all interact with the appropriate endpoints and expose the following interface:
list(queryOpts, callback)
This maps to a GET /
request against the endpoint.
- queryOpts is an optional JSON object that constructs the query string. Fields in the object include:
- q : a json object specifying the filter
- limit : the number of items to return
- offset : offset into the number of objects to return
Consult the SIS documentation for further information.
An array of objects is returned to the callback on success.
get(id, callback)
This maps to a GET /id
request against the endpoint.
- id : a string representing the ID of the object to receive. For schemas, hooks, and hiera, this is the
name
. For entities, it is the_id
.
A single object is returned to the callback on success.
create(obj, callback)
This maps to a POST /
request against the endpoint.
- obj : a valid JSON object conforming to the endpoint specification. An array of objects implies a bulk insert operation.
The created object is returned to the callback on success. In the case of a bulk insert, an object that looks like the following is returned:
{
// list of objects that look like { err : error_object, value : object_that_failed_to_insert }
errors : [],
// list of objects that were successfully inserted
success : []
}
update(obj, callback)
This maps to a PUT '/:obj_id' request against the endpoint. The _id is used for entities, and 'name' is used for others.
- obj : a valid JSON object conforming to the endpoint specification. Typically retrieved from
list
orget
.
The updated object is returned to the callback on success.
updateById(id, obj, query, callback)
This maps to a PUT '/:id' request against the endpoint.
- id : the ID of the object. In non entities, the name. In entities where the schema has an
id_field
, the id or_id
. - obj : the payload to send
- query : update modifiers. This would be to specify CAS operations or upserts.
delete(obj, callback)
This maps to a DELETE '/id' request against the appropriate v1 endpoint.
- obj : either a string id or an object retrieved from
list
orget
true
is returned to the callback on success.
Testing
All tests require a test server to hit. Ensure that it is running and that test/test-config.js points to it.
Testing Node
One time setup: npm install -g mocha
mocha
Testing in a Browser
Run make webroot
to produce the webroot
folder. Then open webroot/index.html in your favorite browser.
LICENSE
This software is licensed under the BSD 3-Clause license. Please refer to the LICENSE for more information.