SARK V6 API

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sark6api

sark6api is fairly vanilla OAS JSON API. It allows you to programmatically do (almost) anything you can do manually at the SARK V6 browser. Why would you want to do that? Well maybe you have an idea for an extension to SARK, maybe you want to rewrite all or parts of the SARK browser and incorporate it into a package of your own. Maybe you want to control a remote SARK from a management layer. All of these things are possible with the API.

sark6api requires either buster (Debian 10) or bionic (Ubuntu 18). This is largely due to the requirement for PHP 7.2.5 or higher and this is only available as standard on buster and bionic. Only 64 bit architectures are supported for both X86 and ARM.

sark6api was tested with Postman 7.2 and developed on Ubuntu 18.04 LTS.
sark6api uses the Laravel 7 API framework.

Requirements

• PHP 7.2.5 or higher
• PHP Composer
• Laravel 7
• GiT
• SARK V6.0.1-50 or higher

Before you begin

If you haven't used Postman before then it would be a good idea to familiarise yourself with it before you begin. Postman is a general purpose API testing tool which is easy to use (at least for what we want to do). It runs as an app on OSX or Windows and there is also a version for Ubuntu desktop. It makes testing and exploring API's a breeze. In my view it's essential for this kind of work.

WARNING

The initial release of sark6api works as a "trusted" peer. It has no security of its own so you must use fixed IP's and secure firewall rules to keep it safe from baddies. So, for now, that means NO dynamic IP clients (unless via VPN). We are working on an OAuth security blanket and it will be ready as soon as we can get it out the door but you can test with sark6api as-is, as long as you observe point-to-point security using the host SARK or edge firewall rules.

The sark6api runs at port 44300 (HTTPS).

Installation

You will need a SARKV6 host running on buster or bionic. Doesn't matter what the underlying platform is so you can run it on metal or in virtual as the muse takes you.

We'll do the install as root

sudo -i

Update your existing deb packages

sudo apt update
sudo apt upgrade

NB - this will bring your SARK V6 up to the latest release.

GiT should already be installed as part of the sark6 install. If not then you can do

sudo apt install git

The API needs php-zip, and comnposer so lets install them

apt install php-zip composer

So far so good. Now we are going to install the sark6api code from Github

cd /opt
git clone https://github.com/aelintra/sark6api.git

Next we invoke composer to add the required Laravel dependencies (which aren't on the Git image) into our install directory.

cd /opt/sark6api
composer install

Laravel needs a .env file The GiT clone will have downloaded a file called .env.example. You can either copy or move it to .env, whichever you prefer.

cp .env.example .env

Finally for Laravel, we need to generate an encryption key. We do that with a Laravel artisan utility

php artisan key:generate

We need to set ownership on a couple of trees so that Apache can write to them. Everything else can stay as root.

chown -R www-data:www-data /opt/sark6api/public
chown -R www-data:www-data /opt/sark6api/storage

We need to have Apache listen on the port we are going to use for the API. To do that we need to modify /etc/apach2/ports.conf. I use 44300 so ports.conf will look something like this

Listen [::]:80

<IfModule ssl_module>
        Listen [::]:443
        Listen [::]:44300
</IfModule>

We need to define the Virtual Host to Apache. The sark6api source for apache is contained in the sark6api download so you can link it into apache like this

cd /etc/apache2/sites-available
ln -s /opt/sark6api/apache2/sites-available/sarkapi.conf

Enable it and restart apache

a2ensite sarkapi
apache2ctl restart

Finally, you will need to set the regular SARK firewall to allow the API port you have chosen. You may have to set your edge firewall also.

The API is now ready to use.

sark7api HTTP Requests

sark6api uses the methods GET,POST,PUT,DELETE

GET is used for retrieval but there are some exceptions, in particular where it is used to issue commands of some description

POST is used to create NEW instances

PUT is used for idempotent operations, usually updates to instance variables

DELETE is used to remove/destroy an instance

N.B.
ALL responses will be returned as JSON arrays and strings
ALL POST/PUT bodies must ONLY contain JSON strings

Request notation

An HTTP Request will take the form:-

METHOD /{resource}/{endpoint?}/{parameter?}

Where a variable ends with a question mark (?) it means the variable is optional. e.g.

GET /agents/{agent?}

Thus you can request either:-

GET /agents

or:-

GET /agents/1021

The first example above will return ALL agent endpoints, the second will return agent endpoint 1021

A POST/PUT BODY will be described using regular Laravel validation array elements. e.g.

Body

'pkey' => 'required|integer|min:1000|max:9999';

'cluster' => 'required|exists:cluster';

'name' => 'required|alpha_dash';

'passwd' => 'required|integer|min:1000|max:9999';

Most validators are self explanatory but you can find full information in the Laravel Documentation here:- https://laravel.com/docs/7.x/validation#available-validation-rules.

In the POST BODY, only the REQUIRED variables are listed. i.e the minimum you need to supply to get the instance created.
In the PUT BODY, all of the update-able variables are listed.

You can freely supply non-required variables during a POST if you wish but you MUST provide ALL of the REQUIRED variables or the Method will fail.

HTTP Status Codes

sark6api will return a standard HTTP status code with each response. For more information see here:- https://www.restapitutorial.com/httpstatuscodes.html Additionally, when required sark6api will return error messages in JSON format

Agents

POST /agents

Body

'pkey' => 'required|integer|min:1000|max:9999';

'cluster' => 'required|exists:cluster';

'name' => 'required|alpha_dash';

'passwd' => 'required|integer|min:1000|max:9999';

PUT /agents/{agent}

Body

'cluster' => 'exists:cluster,pkey',

'name' => 'alpha_dash',

'passwd' => 'integer',

'queue1' => 'exists:queue|nullable',

'queue2' => 'exists:queue|nullable',

'queue3' => 'exists:queue|nullable',

'queue4' => 'exists:queue|nullable',

'queue5' => 'exists:queue|nullable',

'queue6' => 'exists:queue|nullable'

Backups

GET /backups

return a list of available backups on the server

GET /backups/{backup}

Download an existing backup from the server

GET /backups/new

Request a new backup be taken and saved in the backup set

POST /backups

Upload a local zipped backup to the backup set on the server

Body

'uploadzip' => 'required|file|mimetypes:application/zip'

PUT /backups/{backup}

Restore an existing backup from the backup set to the live system. Choose which elements of the backup set you want to restore by setting the corresponding element to true (N.B. this is JSON true - i.e. no quotes)

Body

'restoredb' => 'boolean',

'restoreasterisk' => 'boolean',

'restoreusergreeting' => 'boolean',

'restorevmail' => 'boolean',

'restoreldap' => 'boolean'

Class of Service

There are three elements to CoS.

• A rule (cosrule) which defines a particular dialplan set to be tested
• A closed instance of an egress rule (cosclose) which applies to a particular endpoint(extension)
• An open instance of an egress rule (cosopen) which applies to a particular endpoint(extension)

Class of service instances are accessed using the extension number as the key (NOT the Class of Service key)

coscloses

GET /coscloses

returns a list of the cosrule/extension intersections from the database

POST /coscloses/{cosclose}

create a new cosclose instance

Body

'IPphone_pkey' => 'exists:ipphone,pkey',

'COS_pkey' => 'exists:cos,pkey'

cosopens

GET /cosopens

returns a list of the cosrule/extension intersections from the database

POST /cosopenes/{cosopen}

create a new cosopen instance

Body

'IPphone_pkey' => 'exists:ipphone,pkey',

'COS_pkey' => 'exists:cos,pkey'

cosrules

GET /cosrules

returns a list of the cosrules from the database

POST /cosrules/{cosrule}

create a new cosrule instance

Body

'pkey' => 'required|alpha_dashy',

'dialplan' => 'required'

Custom Apps

GET /customapps/{customapp?}

Return a list or instance of a custom app

POST /customapps

Create a new custom app

Body

'pkey' => 'required'

'cluster' => 'required'

'desc' => 'string|nullable',

'extcode' => 'string|nullable',

'span' => 'in:Internal,External,Both,Neither',

'striptags' => 'in:YES,NO'

PUT /customapps/{customapp}

update a custom app

Body

'cluster' => 'exists:cluster,pkey',

'desc' => 'string|nullable',

'extcode' => 'string|nullable',

'span' => 'in:Internal,External,Both,Neither',

'striptags' => 'in:YES,NO'

Recurring Timers (Daytimers)

POST /daytimers

Create a new daytimer

Body

'cluster' => 'required|exists:cluster,pkey',

'datemonth' => 'in:*,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31',

'dayofweek' => 'in:*,mon,tue,wed,thu,fri,sat,sun',

'desc' => 'string',

'month' => 'in:*,jan,feb,mar,apr,may,jun,jul,aug,sep,oct,nov,dec',

'timespan' => [

'regex:/^\*|(2[0-3]|[01][0-9]):([0-5][0-9])\-(2[0-3]|[01][0-9]):([0-5][0-9])$/'

]

PUT /daytimers/{daytimer}

update a timer

Body

'cluster' => 'required|exists:cluster,pkey',

'datemonth' => 'in:*,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31',

'dayofweek' => 'in:*,mon,tue,wed,thu,fri,sat,sun',

'desc' => 'string',

'month' => 'in:*,jan,feb,mar,apr,may,jun,jul,aug,sep,oct,nov,dec',

'timespan' => [

'regex:/^\*|(2[0-3]|[01][0-9]):([0-5][0-9])\-(2[0-3]|[01][0-9]):([0-5][0-9])$/'

]

Destinations

Destinations provides a list of all currently valid destinations within the database. It has only one method.

Extensions

Extensions have some extra functions to deal with multiple extension types and runtime information

GET /extensions/{extension?}

Return a list or instance of an extension

GET /extensions/{extension}/runtime

Returns runtime information about the extension from the PBX (i.e. CFIM, CFBS, ringdelay)

POST /extensions/mailbox

Create a new mailbox instance

Body

'pkey' => 'required',

'cluster' => 'required|exists:cluster,pkey'

POST /extensions/provisioned

Create a new SARK provisioned instance

Body

'pkey' => 'required',

'cluster' => 'required|exists:cluster,pkey'

'macaddr' => 'required|regex:/^[0-9a-fA-F]{12}$/'

POST /extensions/unprovisioned

Create a new uprovisioned instance

Body

'pkey' => 'required',

'cluster' => 'required|exists:cluster,pkey'

PUT /extensions/{extension}

Update an instance

Body

'active' => 'in:YES,NO',

'callbackto' => 'in:desk,cell',

'callerid' => 'integer|nullable',

'cellphone' => 'integer|nullable',

'celltwin' => 'in:ON,OFF',

'cluster' => 'exists:cluster,pkey',

'devicerec' => 'in:None,OTR,OTRR,Inbound.Outbound,Both',

'dvrvmail' => 'exists:ipphone,pkey|nullable',

'location' => 'in:local,remote',

'protocol' => 'in:IPV4,IPV6',

'provision' => 'string|nullable',

'provisionwith' => 'in:IP,FQDN',

'sndcreds' => 'in:No,Once,Always',

'transport' => 'in:udp,tcp,tls',

'vmailfwd' => 'email|nullable'

PUT /extensions/{extension}/runtime

Update runtime information for an instance

Body

'cfim' =>

['regex:/^\+?\d+$/'],

['nullable'],

'cfbs' =>

['regex:/^\+?\d+$/'],

['nullable'],

'ringdelay' => 'integer|nullable'

Firewalls

SARK uses the Shorewall firewall to protect its resources. The API operates on the entire ruleset as a simple array. GET will return the rules, POST will update the rules and validate them (using shorewall itself) and PUT will restart the firewall.

GET /firewalls/ipv4

return the IPV4 firewall rules

POST /firewalls/ipv4

Upload a rules array to the server and validate it.

Body

'rules' => 'required'

PUT /firewalls/{ipv4

Restart the IPV4 firewall

GET /firewalls/ipv6

return the IPV6 firewall rules

POST /firewalls/ipv6

Upload a rules array to the server and validate it.

Body

'rules' => 'required'

PUT /firewalls/ipv6

Restart the IPV6 firewall

Greetings

GET /greetings

Returns a list of greetings

GET /greetings/{greeting}

Download a greeting

POST /greetings

Upload a new greeting

Body

'greeting' => 'required|file|mimes:wav,mpeg'

DELETE /greetings/{greeting}

Delete a greeting

Non Recurring Timers (Holidaytimers)

GET /holidaytimers{holidaytimer?}

Return a list or instance of HolidayTimer

POST /holidaytimers

Create a new Holidaytimer

Body

'cluster' => 'exists:cluster,pkey',

'route' => 'string',

'desc' => 'string',

'stime' => 'digits:10|nullable',

'etime' => 'digits:10|nullable'

PUT /holidaytimers/{holidaytimer}

update a timer

Body

'cluster' => 'exists:cluster,pkey',

'route' => 'string',

'desc' => 'string',

'stime' => 'digits:10|nullable',

'etime' => 'digits:10|nullable'

Inbound Routes

Inbound routes (DDI's or DiD's) control the initial ingress into the PBX core

GET /inboundroutes/{inboundroute?}

Return a list or instance of InboundRoute

POST /inboundroutes

Create a new inboundroute

Body

'pkey' => 'required'

'carrier' => 'required|in:DiD,CLID'

'cluster' => 'required|exists:cluster'

'trunkname' => 'required'

PUT /inboundroutes/{inboundroute}

update an inboundroute

Body

'active' => 'in:YES,NO',

'alertinfo' => 'string',

'carrier' => 'in:DiD,CLID',

'closeroute' => 'string',

'cluster' => 'exists:cluster,pkey',

'description' => 'alpha_num',

'disa' => 'in:DISA,CALLBACK|nullable',

'disapass' => 'alpha_num|nullable',

'inprefix' => 'integer|nullable',

'moh' => 'in:ON,OFF',

'openroute' => 'string',

'swoclip' => 'in:YES,NO',

'tag' => 'alpha_num|nullable',

IVRs

IVRs optionally control ACD into the PBX core

GET /ivrs/{ivr?}

Return a list or instance of Ivr

POST /ivrs

Create a new ivr

Body

'pkey' => 'required'

'cluster' => 'required|exists:cluster'

PUT /ivrs/{ivr}

update anivr

Body

'alert0' => 'string|nullable',

'alert1' => 'string|nullable',

'alert2' => 'string|nullable',

'alert3' => 'string|nullable',

'alert4' => 'string|nullable',

'alert5' => 'string|nullable',

'alert6' => 'string|nullable',

'alert7' => 'string|nullable',

'alert8' => 'string|nullable',

'alert9' => 'string|nullable',

'alert10' => 'string|nullable',

'alert11' => 'string|nullable',

'description' => 'string|nullable',

'cluster' => 'exists:cluster,pkey',

'greetnum' => 'integer',

'listenforext' => 'in:YES,NO',

'option0' => 'string|nullable',

'option1' => 'string|nullable',

'option2' => 'string|nullable',

'option3' => 'string|nullable',

'option4' => 'string|nullable',

'option5' => 'string|nullable',

'option6' => 'string|nullable',

'option7' => 'string|nullable',

'option8' => 'string|nullable',

'option9' => 'string|nullable',

'option10' => 'string|nullable',

'option11' => 'string|nullable',

'tag0' => 'string|nullable',

'tag1' => 'string|nullable',

'tag2' => 'string|nullable',

'tag3' => 'string|nullable',

'tag4' => 'string|nullable',

'tag5' => 'string|nullable',

'tag6' => 'string|nullable',

'tag7' => 'string|nullable',

'tag8' => 'string|nullable',

'tag9' => 'string|nullable',

'tag10' => 'string|nullable',

'tag11' => 'string|nullable',

'timeout' => 'operator',

Logs/CDRs

Here is a placeholder for general logs. In the initial out it only has a method to retrieve CDR.

GET /logs/cdrs/{limit}

Download the CDR log. If {limit} is specified, download the last {limit} rows

Queues

Queues optionally control ACD into the PBX core

GET /queues{queue?}

Return a list or instance of Queue

POST /queues

Create a new queue

Body

'pkey' => 'required'

'cluster' => 'required|exists:cluster'

PUT /queues/{queue}

update a queue

Body

'conf' => 'string',

'cluster' => 'exists:cluster,pkey',

'devicerec' => 'in:None,OTR,OTRR,Inbound',

'greetnum' => 'regex:/^usergreeting\d{4}$',

'options' => 'alpha',

Snapshots

A snapshot is an instance of the SARK db.

GET /snapshots

return a list of available snapshots on the server

GET /snapshots/{snapshot}

Download an existing snapshot from the server

GET /snapshots/new

Request a new snapshot be taken and saved in the snapshot set

POST /snapshots

Upload a local snapshot to the snapshot set on the server

Body

'uploadsnap' => 'required|file|mimetypes:application/zip'

PUT /backups/{backup}

Restore an existing snapshot from the snapshot set to the live system.

Ring Groups

GET /ringgroups/{ringgroup?}

return a list or instance of ringgroup

POST /ringgroup

Create a new ringgroup

Body

'pkey' => 'required'

'cluster' = 'required|exists:cluster,'

'outcome' = 'required;

PUT /ringgroups/{ringgroup}

Update an existing ringgroup

Body

'cluster' => 'exists:cluster,pkey',

'devicerec' => 'in:default,None,OTR,OTRR,Inbound.Outbound,Both',

'dialparamshunt' => 'alpha|nullable',

'dialparamsring' => 'alpha|nullable',

'divert' => 'integer|nullable',

'greeting' => [

'regex:/^usergreeting\d{4}$/',

'nullable'

],

'grouptype' => 'in:Ring,Hunt,Alias,Page',

'longdesc' => 'string|nullable',

'obeydnd' => 'in:YES,NO|nullable',

'out' => [

'regex:/^[@A-Za-z0-9-_\/\s]{2,1024}$/',

'nullable'

],

'outcome' => 'string',

'pagegroup' => 'integer',

'ringdelay' => 'integer',

'speedalert' => 'string'

Routes

GET /routes/{route?}

return a list or instance of ringgroup

POST /route

Create a new route

Body

'pkey' => 'required'

'cluster' = 'required|exists:cluster,'

'outcome' = 'required;

PUT /routes/{route}

Update an existing route

Body

'active' => 'in:YES,NO',

'auth' => 'in:YES,NO',

'cluster' => 'exists:cluster,pkey',

'desc' => 'alpha_dash',

'dialplan' => 'string',

'path1' => 'exists:lineio,pkey|nullable',

'path2' => 'exists:lineio,pkey|nullable',

'path3' => 'exists:lineio,pkey|nullable',

'path4' => 'exists:lineio,pkey|nullable',

'strategy' => 'in:hunt,balance'

System Commands

System commands use the GET method

GET /syscommands/{command}

Available Commands

commit

reboot

pbxrunstate

pbxstart

pbxstop

Globals

Globals are system wide variables which control PBX default behaviours. They cannot be created or deleted.

GET /globals

return a list of global settings

PUT /globals

update Global settings

Body

'ABSTIMEOUT' => 'integer',

'ACL' => 'in:NO,YES',

'AGENTSTART' => 'integer',

'ALERT' => 'email',

'ALLOWHASHXFER' => 'in:enabled,disabled',

'BLINDBUSY' => 'integer|nullable',

'BOUNCEALERT' => 'integer|nullable',

'CALLPARKING' => 'in:NO,YES',

'CALLRECORD1' => 'in:None,OTR,OTRR,Inbound.Outbound,Both',

'CAMPONQONOFF' => 'in:OFF,ON',

'CAMPONQOPT' => 'string|nullable',

'CFWDEXTRNRULE' => 'in:enabled,disabled',

'CFWDPROGRESS' => 'in:enabled,disabled',

'CFWDANSWER' => 'in:enabled,disabled',

'CLUSTER' => 'in:ON,OFF',

'CONFTYPE' => 'in:simple,hosted',

'COSSTART' => 'in:ON,OFF',

'COUNTRYCODE' => 'alpha|size:2',

'EURL' => 'regex:/^(https?:\/\/)?([\da-z\.-]+)\.([a-z\.]{2,6})([\/\w \.-]*)*\/?$/',

'EMERGENCY' => 'digits:3',

'FQDN' => 'regex:/^(?!:\/\/)(?=.{1,255}$)((.{1,63}\.){1,127}(?![0-9]*$)[a-z0-9-]+\.?)$/i',

'FQDNINSPECT' => 'in:NO,YES',

'FQDNPROV' => 'in:NO,YES',

'INTRINGDELAY' => 'integer',

'IVRKEYWAIT' => 'integer|nullable',

'IVRDIGITWAIT' => 'integer|nullable',

'LACL' => 'in:NO,YES',

'LDAPBASE' => 'string|nullable',

'LDAPOU' => 'string|nullable',

'LDAPUSER' => 'string|nullable',

'LDAPPASS' => 'string|nullable',

'LEASEHDTIME' => 'integer',

'LOCALIP' => 'ip',

'LOGLEVEL' => 'integer',

'LOGSIPDISPSIZE' => 'integer',

'LOGSIPNUMFILES' => 'integer',

'LOGSIPFILESIZE' => 'integer',

'LTERM' => 'in:NO,YES',

'MAXIN' => 'integer',

'MIXMONITOR' => 'in:NO,YES',

'MONITOROUT' => 'string',

'MONITORSTAGE' => 'string',

'MONITORTYPE' => 'in:monitor,mixmonitor',

'NATDEFAULT' => 'in:local,remote',

'OPERATOR' => 'integer',

'PWDLEN' => 'integer',

'PLAYBEEP' => 'in:YES.NO',

'PLAYBUSY' => 'in:YES,NO',

'PLAYCONGESTED' => 'in:YES,NO',

'PLAYTRANSFER' => 'in:YES,NO',

'RECFINALDEST' => 'string',

'RECLIMIT' => 'integer',

'RECQDITHER' => 'integer',

'RECQSEARCHLIM' => 'integer',

'RINGDELAY' => 'integer',

'SESSIONTIMOUT' => 'integer',

'SENDEDOMAIN' => 'in:YES,NO',

'SIPIAXSTART' => 'integer',

'SIPFLOOD' => 'in:NO,YES',

'SPYPASS' => 'integer',

'SUPEMAIL' => 'email|nullable',

'SYSOP' => 'integer',

'SYSPASS' => 'integer',

'TLSPORT' => 'integer',

'USEROTP' => 'string',

'USERCREATE' => 'in:NO,YES',

'VDELAY' => 'integer',

'VMAILAGE' => 'integer',

'VOICEINSTR' => 'in:YES,NO',

'VOIPMAX' => 'integer',

'VXT' => 'in:0,1',

'ZTP' => 'in:disabled,enabled'

Templates

Templates are used to create provisioning streams

GET /templates/{template?}

Return a list or instance of Template

POST /templates

Create a new template

Body

'pkey' => 'required'

technology' => 'required|in:SIP,Descriptor,BLF Template';

PUT /templatess/{template}

update a template

Body

'blfkeyname' => 'exists:device,pkey|nullable',

'desc' => 'string',

'provision' => 'string|nullable',

'technology' => 'in:SIP,Descriptor,BLF Template',

====DELETE //templatess/{template}

Delete a template. Only user created templates can be deleted. System templates can not.

Tenants

Tenants are used to define classes of PBX resources. Usually, but not always, they are customers. For historical reasons, Tenants are internally referred to as clusters.

GET /tenants/{tenants?}

Return a list or instance of Tenant

POST /tenants

Create a new tenant

Body

'pkey' => 'required'

'description' => 'string|required'

PUT /tenants/{tenant}

update a tenant

Body

'abstimeout' => 'integer',

'clusterclid' => 'integer|nullable',

'callgroup' => 'integer|nullable',

'chanmax' => 'integer',

'description' => 'string',

'include' => 'string|nullable',

'localarea' => 'integer,nullable',

'localdplan' => [

'regex:/^\s*(_?(XZN[0-9])\.?)\s*$',

'nullable'

],

'masteroclo' => 'in:AUTO,CLOSED',

'operator' => 'integer',

'pickupgroup' => 'integer|nullable'

====DELETE /tenants/{tenant}

A tenant can only be deleted if it has no dependencies

Trunks

Trunks are used to define peers. Mostly you can think of them as axes of egress from the PBX (Ingress is usually defined by DDI/DiD abstractions)

GET /trunks/{trunk?}

Return a list or instance of Trunk

POST /trunks

Create a new trunk

Body

'pkey' => 'required'

'carrier' => 'required|in:GeneralSIP,GeneralIAX2'

'cluster' => 'required|exists:cluster,' . $request->cluster

'username' => 'required'

'host' => 'required'

PUT /trunks/{trunk}

update a trunk

Body

'active' => 'in:YES,NO',

'alertinfo' => 'string',

'callerid' => 'integer',

'callprogress' => 'in:ON,OFF',

'cluster' => 'exists:cluster,pkey',

'description' => 'alpha_num',

'devicerec' => 'in:None,OTR,OTRR,Inbound.Outbound,Both',

'disa' => 'in:DISA,CALLBACK|nullable',

'disapass' => 'alpha_num|nullable',

'host' => 'string',

'inprefix' => 'integer|nullable',

'match' => 'integer|nullable',

'moh' => 'in:ON,OFF',

'password' => 'alpha_num|nullable',

'peername' => 'string',

'register' => 'string|nullable',

'sipiaxpeer' => 'string',

'sipiaxuser' => 'string',

'swoclip' => 'in:YES,NO',

'tag' => 'alpha_num|nullable',

'transform' => [

'regex:/$(\d+?:\d+?\s*)+',

'nullable'

],

'trunkname' => 'alpha_num',

Asterisk AMI functions exposed by the API

sark6api gives you access to a range of functions from the Asterisk Manager Interface(AMI). This allows you to examine state information from the running PBX. N.B. sark6api implements blocking AMI requests. if you want to access non-blocking AMI streams then you can look at something like PAMI.

• Most of the AMI functions use GET. They return either an instance list or a single instance
• AMI method Originate uses POST
• Two of the database functions use PUT
• AMI function names are case sensitive for consistency with the Asterisk AMI documentation.

GET

Instance List AMI Functions

GET /astamis/

Agents

ConfbridgeListRooms

CoreShowChannels

ExtensionStateList

IAXpeers

IAXregistry

ListCommands

QueueStatus

QueueSummary

SIPpeers

SIPshowregistry

Status

VoicemailUsersList

Instance AMI Functions

GET /astamis/

CoreSettings

CoreStatus

DBget/{id}/{key}

ExtensionState/{id}{context?}

MailboxCount/{id}

MailboxStatus/{id}

QueueStatus/{id}

QueueSummary/{id}

Reload

SIPshowpeer/{id}

POST /astamis/originate

originate a new bridge

Body

• target = 'required|integer';
• ringback = 'required|numeric';
• context= alpha_dash';
• clid = 'numeric';