public void ParseCallOptions(string options)
{
if (!options.IsNullOrBlank())
{
options = options.Trim('[', ']');
// Parse delay time option.
Match delayCallMatch = Regex.Match(options, DELAY_CALL_OPTION_KEY + @"=(?<delaytime>\d+)");
if (delayCallMatch.Success)
{
Int32.TryParse(delayCallMatch.Result("${delaytime}"), out DelaySeconds);
}
// Parse redirect mode option.
Match redirectModeMatch = Regex.Match(options, REDIRECT_MODE_OPTION_KEY + @"=(?<redirectmode>\w)");
if (redirectModeMatch.Success)
{
string redirectMode = redirectModeMatch.Result("${redirectmode}");
//if (redirectMode == "a" || redirectMode == "A")
//{
// RedirectMode = SIPCallRedirectModesEnum.Add;
//}
//else if (redirectMode == "r" || redirectMode == "R")
//{
// RedirectMode = SIPCallRedirectModesEnum.Replace;
//}
if (redirectMode == "n" || redirectMode == "N")
{
RedirectMode = SIPCallRedirectModesEnum.NewDialPlan;
}
else if (redirectMode == "m" || redirectMode == "M")
{
RedirectMode = SIPCallRedirectModesEnum.Manual;
}
}
// Parse call duration limit option.
Match callDurationMatch = Regex.Match(options, CALL_DURATION_OPTION_KEY + @"=(?<callduration>\d+)");
if (callDurationMatch.Success)
{
Int32.TryParse(callDurationMatch.Result("${callduration}"), out CallDurationLimit);
}
// Parse the mangle option.
Match mangleMatch = Regex.Match(options, MANGLE_MODE_OPTION_KEY + @"=(?<mangle>\w+)");
if (mangleMatch.Success)
{
Boolean.TryParse(mangleMatch.Result("${mangle}"), out MangleResponseSDP);
}
// Parse the From header display name option.
Match fromDisplayNameMatch = Regex.Match(options, FROM_DISPLAY_NAME_KEY + @"=(?<displayname>.+?)(,|$)");
if (fromDisplayNameMatch.Success)
{
FromDisplayName = fromDisplayNameMatch.Result("${displayname}").Trim();
}
// Parse the From header URI username option.
Match fromUsernameNameMatch = Regex.Match(options, FROM_USERNAME_KEY + @"=(?<username>.+?)(,|$)");
if (fromUsernameNameMatch.Success)
{
FromURIUsername = fromUsernameNameMatch.Result("${username}").Trim();
}
// Parse the From header URI host option.
Match fromURIHostMatch = Regex.Match(options, FROM_HOST_KEY + @"=(?<host>.+?)(,|$)");
if (fromURIHostMatch.Success)
{
FromURIHost = fromURIHostMatch.Result("${host}").Trim();
}
// Parse the Transfer behaviour option.
Match transferMatch = Regex.Match(options, TRANSFER_MODE_OPTION_KEY + @"=(?<transfermode>.+?)(,|$)");
if (transferMatch.Success)
{
string transferMode = transferMatch.Result("${transfermode}");
if (transferMode == "n" || transferMode == "N")
{
TransferMode = SIPDialogueTransferModesEnum.NotAllowed;
}
else if (transferMode == "p" || transferMode == "P")
{
TransferMode = SIPDialogueTransferModesEnum.PassThru;
}
else if (transferMode == "c" || transferMode == "C")
{
TransferMode = SIPDialogueTransferModesEnum.BlindPlaceCall;
}
/*else if (transferMode == "o" || transferMode == "O")
* {
* TransferMode = SIPCallTransferModesEnum.Caller;
* }
* else if (transferMode == "d" || transferMode == "D")
* {
* TransferMode = SIPCallTransferModesEnum.Callee;
* }
* else if (transferMode == "b" || transferMode == "B")
* {
* TransferMode = SIPCallTransferModesEnum.Both;
* }*/
}
// Parse the switchboard description value.
Match switchboardDescriptionMatch = Regex.Match(options, SWITCHBOARD_LINE_NAME_KEY + @"=(?<lineName>.+?)(,|$)");
if (switchboardDescriptionMatch.Success)
{
SwitchboardHeaders.SwitchboardLineName = switchboardDescriptionMatch.Result("${lineName}").Trim();
}
// Parse the switchboard dialogue description value.
//Match switchboardDialogueDescriptionMatch = Regex.Match(options, SWITCHBOARD_DIALOGUE_DESCRIPTION_KEY + @"=(?<description>.+?)(,|$)");
//if (switchboardDialogueDescriptionMatch.Success)
//{
// SwitchboardHeaders.SwitchboardDialogueDescription = switchboardDialogueDescriptionMatch.Result("${description}").Trim();
//}
// Parse the switchboard CallID value.
Match switchboardCallIDMatch = Regex.Match(options, SWITCHBOARD_CALLID_KEY + @"=(?<callid>.+?)(,|$)");
if (switchboardCallIDMatch.Success)
{
SwitchboardHeaders.SwitchboardOriginalCallID = switchboardCallIDMatch.Result("${callid}").Trim();
}
// Parse the switchboard owner value.
Match switchboardOwnerMatch = Regex.Match(options, SWITCHBOARD_OWNER_KEY + @"=(?<owner>.+?)(,|$)");
if (switchboardOwnerMatch.Success)
{
SwitchboardHeaders.SwitchboardOwner = switchboardOwnerMatch.Result("${owner}").Trim();
}
// Parse the request caller details option.
Match callerDetailsMatch = Regex.Match(options, REQUEST_CALLER_DETAILS + @"=(?<callerdetails>\w+)");
if (callerDetailsMatch.Success)
{
Boolean.TryParse(callerDetailsMatch.Result("${callerdetails}"), out RequestCallerDetails);
}
// Parse the accountcode.
Match accountCodeMatch = Regex.Match(options, ACCOUNT_CODE_KEY + @"=(?<accountCode>\w+)");
if (accountCodeMatch.Success)
{
AccountCode = accountCodeMatch.Result("${accountCode}");
}
// Parse the rate code.
Match rateCodeMatch = Regex.Match(options, RATE_CODE_KEY + @"=(?<rateCode>\w+)");
if (rateCodeMatch.Success)
{
RateCode = rateCodeMatch.Result("${rateCode}");
}
// Parse the delayed reinvite option.
Match delayedReinviteMatch = Regex.Match(options, DELAYED_REINVITE_KEY + @"=(?<delayedReinvite>\d+)");
if (delayedReinviteMatch.Success)
{
Int32.TryParse(delayedReinviteMatch.Result("${delayedReinvite}"), out ReinviteDelay);
if (ReinviteDelay > MAX_REINVITE_DELAY)
{
ReinviteDelay = DEFAULT_REINVITE_DELAY;
}
}
// Parse the immediate reinvite option (TODO: remove after user switches to delayed reinvite option).
Match immediateReinviteMatch = Regex.Match(options, @"ir=\w+");
if (immediateReinviteMatch.Success)
{
ReinviteDelay = DEFAULT_REINVITE_DELAY;
}
}
}
public void ParseCallOptions(string options)
{
if (!options.IsNullOrBlank())
{
options = options.Trim('[', ']');
// Parse delay time option.
Match delayCallMatch = Regex.Match(options, DELAY_CALL_OPTION_KEY + @"=(?<delaytime>\d+)");
if (delayCallMatch.Success)
{
Int32.TryParse(delayCallMatch.Result("${delaytime}"), out DelaySeconds);
}
// Parse redirect mode option.
Match redirectModeMatch = Regex.Match(options, REDIRECT_MODE_OPTION_KEY + @"=(?<redirectmode>\w)");
if (redirectModeMatch.Success)
{
string redirectMode = redirectModeMatch.Result("${redirectmode}");
if (redirectMode == "a" || redirectMode == "A")
{
RedirectMode = SIPCallRedirectModesEnum.Add;
}
else if (redirectMode == "r" || redirectMode == "R")
{
RedirectMode = SIPCallRedirectModesEnum.Replace;
}
}
// Parse call duration limit option.
Match callDurationMatch = Regex.Match(options, CALL_DURATION_OPTION_KEY + @"=(?<callduration>\d+)");
if (callDurationMatch.Success)
{
Int32.TryParse(callDurationMatch.Result("${callduration}"), out CallDurationLimit);
}
// Parse the mangle option.
Match mangleMatch = Regex.Match(options, MANGLE_MODE_OPTION_KEY + @"=(?<mangle>\w+)");
if (mangleMatch.Success)
{
Boolean.TryParse(mangleMatch.Result("${mangle}"), out MangleResponseSDP);
}
// Parse the From header display name option.
Match fromDisplayNameMatch = Regex.Match(options, FROM_DISPLAY_NAME_KEY + @"=(?<displayname>.+?)(,|$)");
if (fromDisplayNameMatch.Success)
{
FromDisplayName = fromDisplayNameMatch.Result("${displayname}").Trim();
}
// Parse the From header URI username option.
Match fromUsernameNameMatch = Regex.Match(options, FROM_USERNAME_KEY + @"=(?<username>.+?)(,|$)");
if (fromUsernameNameMatch.Success)
{
FromURIUsername = fromUsernameNameMatch.Result("${username}").Trim();
}
// Parse the From header URI host option.
Match fromURIHostMatch = Regex.Match(options, FROM_HOST_KEY + @"=(?<host>.+?)(,|$)");
if (fromURIHostMatch.Success)
{
FromURIHost = fromURIHostMatch.Result("${host}").Trim();
}
// Parse the Transfer behaviour option.
Match transferMatch = Regex.Match(options, TRANSFER_MODE_OPTION_KEY + @"=(?<transfermode>.+?)(,|$)");
if (transferMatch.Success)
{
string transferMode = transferMatch.Result("${transfermode}");
if (transferMode == "n" || transferMode == "N")
{
TransferMode = SIPDialogueTransferModesEnum.NotAllowed;
}
else if (transferMode == "p" || transferMode == "P")
{
TransferMode = SIPDialogueTransferModesEnum.PassThru;
}
else if (transferMode == "c" || transferMode == "C")
{
TransferMode = SIPDialogueTransferModesEnum.BlindPlaceCall;
}
/*else if (transferMode == "o" || transferMode == "O")
{
TransferMode = SIPCallTransferModesEnum.Caller;
}
else if (transferMode == "d" || transferMode == "D")
{
TransferMode = SIPCallTransferModesEnum.Callee;
}
else if (transferMode == "b" || transferMode == "B")
{
TransferMode = SIPCallTransferModesEnum.Both;
}*/
}
// Parse the switchboard description value.
Match switchboardDescriptionMatch = Regex.Match(options, SWITCHBOARD_CALL_DESCRIPTION_KEY + @"=(?<description>.+?)(,|$)");
if (switchboardDescriptionMatch.Success)
{
SwitchboardHeaders.SwitchboardDescription = switchboardDescriptionMatch.Result("${description}").Trim();
}
// Parse the switchboard dialogue description value.
Match switchboardDialogueDescriptionMatch = Regex.Match(options, SWITCHBOARD_DIALOGUE_DESCRIPTION_KEY + @"=(?<description>.+?)(,|$)");
if (switchboardDialogueDescriptionMatch.Success)
{
SwitchboardHeaders.SwitchboardDialogueDescription = switchboardDialogueDescriptionMatch.Result("${description}").Trim();
}
// Parse the switchboard CallID value.
Match switchboardCallIDMatch = Regex.Match(options, SWITCHBOARD_CALLID_KEY + @"=(?<callid>.+?)(,|$)");
if (switchboardCallIDMatch.Success)
{
SwitchboardHeaders.SwitchboardCallID = switchboardCallIDMatch.Result("${callid}").Trim();
}
// Parse the switchboard owner value.
Match switchboardOwnerMatch = Regex.Match(options, SWITCHBOARD_OWNER_KEY + @"=(?<owner>.+?)(,|$)");
if (switchboardOwnerMatch.Success)
{
SwitchboardHeaders.SwitchboardOwner = switchboardOwnerMatch.Result("${owner}").Trim();
}
// Parse the request caller details option.
Match callerDetailsMatch = Regex.Match(options,REQUEST_CALLER_DETAILS + @"=(?<callerdetails>\w+)");
if (callerDetailsMatch.Success)
{
Boolean.TryParse(callerDetailsMatch.Result("${callerdetails}"), out RequestCallerDetails);
}
}
}
