Showing posts with label ephone. Show all posts
Showing posts with label ephone. Show all posts

Tuesday, December 11, 2018

Cisco CME - Emergency Call History Notification - Part 2

Let's say you wanted to notify all phones that a Lockdown scenario has started  or 911 was dialed at this location.  We would need to find all registered phones and push out a message.

Short version...
a) Person dials the predetermined emergency number
b) CME Syslog see this event and runs the Event Manager applet
c) The CME uploads the TXT file to the Windows server and the PowerShell script sees the new file and runs the PHP script. 
d) The PHP script then reads each line of the uploaded TXT file and pushes out the XML file to the registered phones.



See the start of the event manager applet on Part 1

Find all register phones (SCCP and SIP) and add them to an variable
 action 002.60.01  cli command "show ephone registered sum | include 192.168"
 action 002.60.02 foreach line "$_cli_result" "\n"
 action 002.60.03  regexp "192\.168\....\...." "$line"
 action 002.60.04  if $_regexp_result eq "1"
 action 002.60.05   regexp "192\.168\.[0-9]+\.[0-9]+" "$line" temp_IP
 action 002.60.06   append array_IP "$temp_IP\n"
 action 002.60.07  end
 action 002.60.08 end
 action 002.61.01 cli command "show voice register pool registered | include IP address"
 action 002.61.02 foreach line "$_cli_result" "\n"
 action 002.61.03  regexp "192\.168\....\...." "$line"
 action 002.61.04  if $_regexp_result eq "1"
 action 002.61.05   regexp "192\.168\.[0-9]+\.[0-9]+" "$line" temp_IP
 action 002.61.06   append array_IP "$temp_IP\n"
 action 002.61.07  end
 action 002.61.08 end
 Send the results to a file on a TFTP server.  (In our case it's a TFTP server running on Windows Server 2016)
 action 003.01.01 set result_Final "$result_Site $result_Ext $result_Mac $result_IP $result_Called"
 action 003.01.02 set result_Notify "$result_Final\n$array_IP"
 action 003.02.01 if $result_Called eq "911"
 action 003.02.02  file open fh flash:911.txt w
 action 003.02.03  file write fh $result_Final
 action 003.02.04  file close fh
 action 003.02.05 else
 action 003.02.06  file open fh flash:Notify.txt w
 action 003.02.07  file write fh $result_Notify
 action 003.02.08  file close fh
 action 003.02.09 end

 action 003.03 cli command "configure terminal"
 action 003.04 cli command "file prompt quiet"
 action 003.05 cli command "end"
 action 003.06.01 if $result_Called eq "911"
 action 003.06.02  cli command "copy flash:911.txt tftp://eventlogger/demo911.txt"
 action 003.06.03 else
 action 003.06.04  cli command "copy flash:Notify.txt tftp://eventlogger/demoLock.txt"
 action 003.06.05 end
 action 003.07 cli command "configure terminal"
 action 003.08 cli command "no file prompt quiet"
 action 003.09 cli command "end" 
 Do something with those results.

This is were some searching on the Internet found a PowerShell script that can run commands based on different file actions. Create a new task that runs at computer startup and runs as System account.
Remove-Item c:\oss_snmp\LockDownlog.log
Remove-Item c:\oss_snmp\PHPlog.log
Remove-Item c:\tftp-root\*lock.txt
### SET FOLDER TO WATCH + FILES TO WATCH + SUBFOLDERS YES/NO
    $watcher = New-Object System.IO.FileSystemWatcher
    $watcher.Path = "c:\tftp-root"
    $watcher.Filter = "*lock.txt"
    $watcher.IncludeSubdirectories = $false
    $watcher.EnableRaisingEvents = $true 
### DEFINE ACTIONS AFTER AN EVENT IS DETECTED
    $LogAction = { $path = $Event.SourceEventArgs.FullPath
                $changeType = $Event.SourceEventArgs.ChangeType
                $logline = "$(Get-Date), $changeType, $path"
                Add-content "c:\oss_snmp\LockDownlog.log" -value $logline
              }   
    $PHPAction = { php -f C:\OSS_SNMP\LockdownCMEPHones.php
$path = $Event.SourceEventArgs.FullPath
                $changeType = $Event.SourceEventArgs.ChangeType
                $logline = "$(Get-Date), $changeType, $path"
                Add-content "c:\oss_snmp\LockDownlog.log" -value $logline
              } 
### DECIDE WHICH EVENTS SHOULD BE WATCHED
    Register-ObjectEvent $watcher "Created" -Action $PHPAction
    Register-ObjectEvent $watcher "Changed" -Action $LogAction
    Register-ObjectEvent $watcher "Deleted" -Action $LogAction
    Register-ObjectEvent $watcher "Renamed" -Action $LogAction
    while ($true) {sleep 1}
Install PHP for Windows on IIS.
This will allow us to run the Push2Phone function from the Cisco IP Services development kit.
Save the below text into the PHP file mention in the above PowerShell script.
<?php
//header("refresh: 30;");
$File = 'c:\TFTP-Root\demoLock.txt';
chdir('c:\OSS_SNMP');
$School = "";
$Address = "";
$Site = "Empty";
//echo "Start\n";
if (file_exists($File))
{
//echo "found \n";
$contents = file_get_contents($File);
$lines = explode("\n", $contents);
foreach ($lines as $line)
{
if ($line === ""){
//nothing
//echo 'Nothing';
}
else
{
if (strpos($line," ") !== false){
$Found = explode(" ", $line);
$Site = substr_replace(strTOUpper($Found[0]),"",-1);
$Site = str_replace($Site,"DEMO","DEMO-SITE");
$LookupSchool = SiteLocation($Site);
$School = $LookupSchool[0];
$Address = $LookupSchool[1];
//echo "$Site \n";
$Ext = $Found[1];
$Mac = $Found[2];
$IP = $Found[3];
$Number = $Found[4];
}
else
{
$IP = $line;
$Today = date("F j, Y, g:i a");
$Textdata = "$School \n$Address\nIs in LOCKDOWN\n$Today";
set_time_limit(0); //http://php.net/manual/en/function.set-time-limit.php
$uri = "http://cmephones.emailhost.ca:8080/XML/$IP.xml";
$uid = "icxml";
$pwd = "password";
$filename = "XML/$IP.xml";
$data = "<CiscoIPPhoneText><Title>$Number called from $Ext</Title><Prompt>Sent from $Ext</Prompt><Text>$Textdata</Text></CiscoIPPhoneText>";
//echo $data;
file_put_contents($filename, $data);
push2phone($IP, $uri, $uid, $pwd);
}
}
}
}
else
{
echo "$File not found \n";
}
unlink ($File); //Remove file

function push2phone($IP, $uri, $uid, $pwd)
{
$auth = base64_encode($uid.":".$pwd);
$Chime = "Play:chime.raw";
$xml = "<CiscoIPPhoneExecute><ExecuteItem Priority=\"0\"URL=\"".$Chime."\"/><ExecuteItem Priority=\"0\"URL=\"".$uri."\"/></CiscoIPPhoneExecute>";
//echo $xml;
$xml = "XML=".urlencode($xml);
$post = "POST /CGI/Execute HTTP/1.0\r\n";
$post .= "Host: $IP\r\n";
$post .= "Authorization: Basic $auth\r\n";
$post .= "Connection: close\r\n";
$post .= "Content-Type: application/x-www-form-urlencoded\r\n";
$post .= "Content-Length: ".strlen($xml)."\r\n\r\n";
$fp = fsockopen ( $IP, 80, $errno, $errstr, 30);
$response = "";
if(!$fp){ echo "$errstr ($errno)<br>\n"; }
else
{
fputs($fp, $post.$xml);
flush();
}
//return $response;
}
function SiteLocation($Site)
{
if($Site === "DEMO-SITE"){
return array("IT South","Street Address");
}
}

?>

Wednesday, October 29, 2014

Cisco CME Station ID for DID FXS FXO Port Config

In my previous post "Dealing with Multiple Incoming Phone Lines - Cisco CME", you will know we were looking for a way to monitor incoming calls and report prank calls.

In searching for Caller ID programming on a Cisco CME, I came across the station-id command for FXO, FXS and DID ports.

Since we are not subscribing to our Telco providers incoming call display, this command allows us to assign a name (or number) to calls coming in on the voice-ports.

If we were using the Telco's call display, we would need to use the ephone-dn forwarding setup in the previously mentioned post.


Incoming Call
Now all incoming and outgoing calls are now labeled with the Line 50x and DID 30x. (x referring to the line number)

voice-port 0/0/0
  station-id name Line 501
.
.
.
voice-port 0/1/3
 station-id name Line 508


Outgoing Call
Why use 50x and 30x?  - Park codes are 10x and if you look at the dial pad L is #5 and D is #3.

Since we can't call out on a DID port, the station-id helps us report troubles to our Telco provider.

The station-id number command would assign a E164 number to that port.  However, some people might get confused and think that is the number of the person calling.

We using the FXS port for paging, so we simply call it "Paging".

voice-port 0/2/0
 station-id name Paging