Visual Dialplan Professional Keygen Idm
Vaniria Setser
Visual Dialplan for Asterisk revolutionize Asterisk dial plan development. It features drag-and-drop visual modeling environment, large component library, credit card processing capability through Authorize.net, support for all major database end email servers including MS SQL, MySQL, Postgres, Sybase, Gmail, Exim.
visual dialplan professional keygen idm
We are listening our customers, your needs are defining our product road-map.
After receiving number of request to move away from cloud based architecture, we did extra push to satisfy your needs and at the same time keep new modular architecture in core Visual Dialplan engine. We had to rewrite many lines of the code but now we are happy to announce Visual Dialplan v3.5 that comes with new architecture, one time fee licensing, and several bug fixes.
Visual Dialplan is next generation development platform for Asterisk dial plan development. It features drag-and-drop visual modeling environment, large component library, credit card processing capability through Authorize.net, support for all major database end email servers including MS SQL, MySQL, Postgres, Sybase, Gmail, Exim.
Visual Dialplan for Asterisk is next generation development platform for Asterisk dial plan development. It features drag-and-drop visual modeling environment, large component library, credit card processing capability through Authorize.net, support for all major database end email servers including MS SQL, MySQL, Postgres, Sybase, Gmail, Exim.
Since then Standard edition survived many changes, upgrades and modifications. It severed about hundred thousand of users all around the world for the last 5 years. And now it is ready to go to deserved vacation.
Many of Standard edition users already moved to more powerful Visual Dialplan Professional version or more user friendly Visual Dialplan Elastix edition. With this two editions in our product line we think there is no need for Standard edition.
Expanding Asterisk capability to process credit cards using authorize.net servise, Apstel LLC, a global provider of world-class visual modeling products and technologies for Asterisk open source PBX, today announce the general availability of the Visual Dialplan Professional 3.2.
Visual Dialplan for Asterisk is next generation development platform for Asterisk dialplan development.
It features drag-and-drop visual modeling environment, large component library, powerful validation engine, support for Elastix, trixbox, PIAF, AsterisNOW and all major database end email servers including MS SQL, MySQL, Postgres, Sybase, Gmail, Exim etc.
I Migrate the service from Asterisk 13 to the new server host Asterisk 16, I tried to deploy the dial plan its not supported on Asterisk 16 using this GUI
attached is the error when after pressing on test connection
image1008742 49.2 KB
You are right but I contact the server admin and advised the latest version of SSH algorithms changed and shall update the client and VDP clinet you provide on your site from apstel not supported, could you provide me other visual dialplan support Asterisk 16
image1313701 72.7 KB
Hello,
kindly, Could you help us if there is such a platform (instead of a Visual dial plan) that can build huge IVR trees (huge dialplan) and support Asterisk 16 and later; apstel ( ) does not support Asterisk above v13.
* Single button deployment and handy export
Export to image file and share graphical presentation of the dialplan, or deploy it with a single press of a button using integrated SSH client.
Our mission is to transform the way Asterisk interacts with users, to easier Asterisk usage and adoption by providing visual tools and solution for its management, and to help Asterisk to penetrate the mass market and become a leading choice in the deployment of communications infrastructure.
In this section, we are going to look at the DEVSTATE() function and the System() application. We will see how we can check and change the "status" of devices with the DEVSTATE() function and use the system application to cause scripts on the server to be run.
The func_devstate application allows the status of a peer to be known before you dial it. This is very useful in many applications. We will cover a few of them here but you will be able to find many more.
The DEVSTATE() function is versatile, allowing us to check and/or set the status of a device, as its name suggests. One very common use is to activate phone lamps, showing users if they have set a feature such as DND or call forwarding. In the following examples, we will look at both setting and checking methods:
The application can be used here to check that an outgoing peer is "available" and not "down", before you send a call to it. This is useful if you have peers or remote systems that are on variable quality connections.
The application lets you see if extensions are busy or "out of service" before calling them. This can be useful for handsets that support call waiting, but you don't want to fully disable it for all calls. Before calling the extension, you can check to see if the extension has call waiting enabled and then, depending on the result, check the device status as follows:
In the previous example, we have used the internal database to set the flag to say if call waiting is enabled or not. If call waiting is anything other than YES, the status of the extension will be checked, otherwise the DEVSTATE isn't checked and the extension is just called. As we will see next, we can expand this to light a BLF (Busy Lamp Field) key as well, to give a visual indication to users of the device status.
We can also use the DEVSTATE() function to set BLF lights on and off, a very simple but highly effective feature. This is particularly helpful if you are using the dialplan for setting call forwards or DND. It can also show if a call center agent is logged in or not, on their phone.
To illustrate this functionality, we have a very simple example showing how to turn the light on and off. It uses one number to toggle the light status and is not specific for the particular phone all phones dial the same number and it is the CHANNEL variable, which is used to set it for a specific phone. In this example, we have two hints 4078 and 4071, and these are linked to extensions 5078 and 5071.
Using this code and adding additional code to set the database key for call waiting (as we have already covered) would give the phone user a visual indication as to whether call waiting is set or not.
By using userevent, you can also send out manager events to update the Flash Operator Panel. The following would set the CW flag for the Flash Operator Panel for our extension and change the icon to reflect the status.
There is also a version of DEVSTATE() called EXTSTATE(). It is a modified version of the DEVSTATE() function that returns the state of an extension, rather than the state of a device. This means you can write dialplan logic based on the state of an extension (in use, ringing, on hold, and so on). The extension just needs to have a hint so we can determine which devices to check.
We're going to have a look at how DEVSTATE() has been used to address an unusual situation. A call-centre customer wished to temporarily increase their outgoing call capacity, in this case by 20 concurrent calls, to cater for a particular project. However, in their location, with their budget and given the temporary need for extra capacity, the only effective means of boosting bandwidth is to utilize multiple ADSL circuits. In other words, SDSL and leased line circuits were too costly for consideration. Therefore, there was a need to bond multiple ADSL circuits together within Asterisk, in order to provide a single high-bandwidth circuit for outbound calls.
It may seem obvious, but when calculating call capacity with ADSL circuits, the figure we're interested in is the lower of the upload/download speeds. It doesn't matter if you have a superfast 20 MB DSL circuit, chances are that you only have an uplink speed of 800 kbps or less. It must also be remembered that once traffic exceeds 50% of the link speed, collisions and latency are likely to become an issue and must be addressed. This gives you a theoretical limit of up to 10 uncompressed calls per circuit if you're really lucky. Of course, with the GSM codec you can get a lot more, but at the cost of audio quality, which your customer is unlikely to accept. They expect PSTN quality and nothing less. If bandwidth utilization is on the borderline with an uncompressed codec, it can be advantageous to use a commercial (non-free) codec such as G729, which is obtainable from Digium.
Using the criteria already discussed and assuming a 500 kbps uplink speed, it was determined that four broadband circuits were needed. This may sound expensive, but in reality it's not, when you consider that the alternative was 20 channels of a PRI (ISDN 30), which worked out at twice the cost of four PSTN lines with broadband. As we'll see later in the sales appendix, a major benefit of VoIP is that the customer is paying much less for line rental. This solution only reinforces that benefit.
We are going to describe a solution that used four broadband circuits, but another advantage of this approach is that it is very scalable. To illustrate, a system has been set up for a charity in the UK that had 75 agents placing thousands of calls a day on just eight broadband circuits.
Once the circuits are delivered, you will end up with four routers connected to the broadband service of your choice. Each router will have a unique IP address. In our case, we shall assume they are as follows:
Within Linux, you can easily set up different gateway addresses for a given destination. The file that manages the gateways is normally called ifup-routes in the /etc/sysconfig/network-scripts directory.
We now turn our attention to the Asterisk configuration. When we make a call, we're going to keep count of how many calls we have on a broadband line, so that when the circuit is "full", we can move on to the next available one.
b1e95dc632