/// <summary>
/// public method to construct the bworks cdr from the omc cdr
/// </summary>
/// <param name="ocdr"></param>
/// <returns></returns>
public Bcdr(OmcCdr ocdr)
{
// initialize some params
Init();
this.RecordId = ocdr.SequenceNumber;
if ((ocdr.disc_code.Equals("201")) || (ocdr.disc_code.Equals("202")))
{
if (ocdr.A_Party_Type.Equals("1") || ocdr.A_Party_Type.Equals("0"))
{// MO
this.Direction = CdrDirection.Originating.ToString();
if (ocdr.B_Party_Digits.StartsWith("011"))
{
DialedDigits = ocdr.B_Party_Digits;
CalledNumber = ocdr.B_Party_Digits;
NetworkCallType = "in";
CallCategory = "internat";
}
else
{
DialedDigits = "+1" + ocdr.B_Party_Digits;
CalledNumber = "+1" + ocdr.B_Party_Digits;
}
// create the userid based on cellid here
string uId = m_dbMgr.GetUserIdForCellId(ocdr.CellId);
if (uId.Equals(String.Empty))
// not mapped then we user the MDN
UserNumber = "+1" + ocdr.OriginatingMsisdn;
else
UserNumber = uId; // already with leading +1
UserId = UserNumber;
CallingNumber = "+1" + ocdr.A_Party_Num;
}
else
{ // MT ( not billing On-Waves for mobile termination
this.Direction = CdrDirection.Terminating.ToString();
// not billing mobile termination, don't create the CDR
CreateDefaults();
}
// get cell id to 700 number mapping
// get the calling number
// called number
StartTime = ConvertTheTime(ocdr.SeizeTime);
AnswerTime = ConvertTheTime(ocdr.AnswerTime);
ReleaseTime = ConvertTheTime(ocdr.DisconnectTime);
}
else
{
CreateDefaults();
return;
}
}
/// <summary>
/// this method parses the OMC CDR files that are in the XML format
/// the entire file is parsed so that each CDR is parsed and the OmcCdr object is loaded.
/// The OmcCdr is then passed to create CIBER records if it is one of our roaming partners.
/// </summary>
public List<OmcCdr> ProcessOmcCdrFile(string fileName)
{
XmlTextReader reader = null;
int cdrIndx = 0;
int cdrCnt = 0;
List<OmcCdr> cdrList = new List<OmcCdr>();
// make sure we have not processed this file before
string parsedFileName = this.ParseFileName(fileName);
if (!this.CheckDbBeforeProcessingFile(parsedFileName))
{
try
{
// Load the reader with the data file and ignore
// all white space nodes. this needs the full path name
reader = new XmlTextReader(fileName);
reader.WhitespaceHandling = WhitespaceHandling.None;
OmcCdr cdr = null;
// Parse the file and display each of the nodes.
while (reader.Read())
{
switch (reader.NodeType)
{
case XmlNodeType.Element:
{
switch (reader.Name)
{
case ("CDRecord"):
{
if (cdrIndx == 0)
{
cdr = new OmcCdr();
}
cdrIndx++;
}
break;
case ("version"):
reader.Read();
cdr.version = reader.Value;
break;
case ("seq_num"):
reader.Read();
cdr.seq_num = reader.Value;
break;
case ("record_type"):
reader.Read();
cdr.type = reader.Value;
break;
case ("a_party_num"):
reader.Read();
cdr.a_party_num = reader.Value;
break;
case ("b_party_num"):
reader.Read();
cdr.b_party_num = reader.Value;
break;
case ("a_party_type"):
reader.Read();
cdr.a_party_type = reader.Value;
break;
case ("b_party_type"):
reader.Read();
cdr.b_party_type = reader.Value;
break;
case ("a_party_digits"):
reader.Read();
cdr.a_party_digits = reader.Value;
break;
case ("b_party_digits"):
reader.Read();
cdr.b_party_digits = reader.Value;
break;
case ("a_party_trunk"):
reader.Read();
cdr.a_party_trunk = reader.Value;
break;
case ("b_party_trunk"):
reader.Read();
cdr.b_party_trunk = reader.Value;
break;
case ("a_party_trkgrp"):
reader.Read();
cdr.a_party_trkgrp = reader.Value;
break;
case ("b_party_trkgrp"):
reader.Read();
cdr.b_party_trkgrp = reader.Value;
break;
case ("seize"):
reader.Read();
cdr.seize = reader.Value;
break;
case ("answer"):
reader.Read();
cdr.answer = reader.Value;
break;
case ("disc"):
reader.Read();
cdr.disc = reader.Value;
break;
case ("disc_code"):
reader.Read();
cdr.disc_code = reader.Value;
break;
case ("disc_reason"):
reader.Read();
cdr.disc_reason = reader.Value;
break;
case ("msc_id"):
reader.Read();
cdr.msc_id = reader.Value;
break;
case ("orig_esn"):
reader.Read();
cdr.orig_esn = reader.Value;
break;
case ("term_esn"):
reader.Read();
cdr.TerminatingEsn = reader.Value;
break;
case ("cell_id"):
reader.Read();
cdr.cell_id = reader.Value;
break;
case ("b_cell_id"):
reader.Read();
cdr.b_cell_id = reader.Value;
break;
case ("a_feature_bits"):
reader.Read();
cdr.a_feature_bits = reader.Value;
break;
case ("b_feature_bits"):
reader.Read();
cdr.b_feature_bits = reader.Value;
break;
case ("o_msisdn"):
reader.Read();
cdr.o_msisdn = reader.Value;
break;
case ("t_msisdn"):
reader.Read();
cdr.t_msisdn = reader.Value;
break;
case ("o_exchange"):
reader.Read();
cdr.o_exchange = reader.Value;
break;
case ("t_exchange"):
reader.Read();
cdr.t_exchange = reader.Value;
break;
case ("o_market_id"):
reader.Read();
cdr.o_market_id = reader.Value;
break;
case ("o_swno"):
reader.Read();
cdr.o_swno = reader.Value;
break;
case ("o_bin"):
reader.Read();
cdr.o_bin = reader.Value;
break;
case ("t_market_id"):
reader.Read();
cdr.t_market_id = reader.Value;
break;
case ("t_swno"):
reader.Read();
cdr.t_swno = reader.Value;
break;
case ("t_bin"):
reader.Read();
cdr.t_bin = reader.Value;
break;
case ("o_billdgts"):
reader.Read();
cdr.o_billdgts = reader.Value;
break;
case ("t_billdgts"):
reader.Read();
cdr.t_billdgts = reader.Value;
break;
case ("o_serviceid"):
reader.Read();
cdr.o_serviceid = reader.Value;
break;
case ("t_serviceid"):
reader.Read();
cdr.t_serviceid = reader.Value;
break;
case ("crg_charge_info"):
reader.Read();
cdr.crg_charge_info = reader.Value;
break;
case ("ocpn"):
reader.Read();
cdr.Ocpn = reader.Value;
break;
case ("icprn"):
reader.Read();
cdr.Icprn = reader.Value;
break;
}
}
break;
case XmlNodeType.Text:
break;
case XmlNodeType.CDATA:
break;
case XmlNodeType.ProcessingInstruction:
break;
case XmlNodeType.Comment:
break;
case XmlNodeType.XmlDeclaration:
break;
case XmlNodeType.Document:
break;
case XmlNodeType.DocumentType:
break;
case XmlNodeType.EntityReference:
break;
case XmlNodeType.EndElement:
if (reader.Name.Equals("CDRecord"))
{
// this is the end of the CDR record we are processing
cdrIndx = 0;
// increment the total number of CDRs we are processing for our Record98
cdrCnt++;
// add to the list and then store entire list at once instead of one by one
cdrList.Add(cdr);
}
break;
}//switch
}// while loop
}//try
catch (SystemException ex)
{
WriteToLogFile("OmcCdrHandler::ProcessOmcCdrFile():ECaught:CDR#" + cdrCnt + " \r\n" + ex.Message + ex.StackTrace);
}
finally
{
if (reader != null)
reader.Close();
}
}
return cdrList;
}
}//private void ProcessFileWatcher(object sender, FileSystemEventArgs e)
/// <summary>
/// this method parses the OMC CDR files that are in the XML format
/// the entire file is parsed so that each CDR is parsed and the OmcCdr object is loaded.
/// The OmcCdr is then passed to create CIBER records if it is one of our roaming partners.
/// </summary>
public List <OmcCdr> ProcessOmcCdrFile(string fileName)
{
XmlTextReader reader = null;
int cdrIndx = 0;
int cdrCnt = 0;
List <OmcCdr> cdrList = new List <OmcCdr>();
// make sure we have not processed this file before
string parsedFileName = this.ParseFileName(fileName);
if (!this.CheckDbBeforeProcessingFile(parsedFileName))
{
try
{
// Load the reader with the data file and ignore
// all white space nodes. this needs the full path name
reader = new XmlTextReader(fileName);
reader.WhitespaceHandling = WhitespaceHandling.None;
OmcCdr cdr = null;
// Parse the file and display each of the nodes.
while (reader.Read())
{
switch (reader.NodeType)
{
case XmlNodeType.Element:
{
switch (reader.Name)
{
case ("CDRecord"):
{
if (cdrIndx == 0)
{
cdr = new OmcCdr();
}
cdrIndx++;
}
break;
case ("version"):
reader.Read();
cdr.version = reader.Value;
break;
case ("seq_num"):
reader.Read();
cdr.seq_num = reader.Value;
break;
case ("record_type"):
reader.Read();
cdr.type = reader.Value;
break;
case ("a_party_num"):
reader.Read();
cdr.a_party_num = reader.Value;
break;
case ("b_party_num"):
reader.Read();
cdr.b_party_num = reader.Value;
break;
case ("a_party_type"):
reader.Read();
cdr.a_party_type = reader.Value;
break;
case ("b_party_type"):
reader.Read();
cdr.b_party_type = reader.Value;
break;
case ("a_party_digits"):
reader.Read();
cdr.a_party_digits = reader.Value;
break;
case ("b_party_digits"):
reader.Read();
cdr.b_party_digits = reader.Value;
break;
case ("a_party_trunk"):
reader.Read();
cdr.a_party_trunk = reader.Value;
break;
case ("b_party_trunk"):
reader.Read();
cdr.b_party_trunk = reader.Value;
break;
case ("a_party_trkgrp"):
reader.Read();
cdr.a_party_trkgrp = reader.Value;
break;
case ("b_party_trkgrp"):
reader.Read();
cdr.b_party_trkgrp = reader.Value;
break;
case ("seize"):
reader.Read();
cdr.seize = reader.Value;
break;
case ("answer"):
reader.Read();
cdr.answer = reader.Value;
break;
case ("disc"):
reader.Read();
cdr.disc = reader.Value;
break;
case ("disc_code"):
reader.Read();
cdr.disc_code = reader.Value;
break;
case ("disc_reason"):
reader.Read();
cdr.disc_reason = reader.Value;
break;
case ("msc_id"):
reader.Read();
cdr.msc_id = reader.Value;
break;
case ("orig_esn"):
reader.Read();
cdr.orig_esn = reader.Value;
break;
case ("term_esn"):
reader.Read();
cdr.TerminatingEsn = reader.Value;
break;
case ("cell_id"):
reader.Read();
cdr.cell_id = reader.Value;
break;
case ("b_cell_id"):
reader.Read();
cdr.b_cell_id = reader.Value;
break;
case ("a_feature_bits"):
reader.Read();
cdr.a_feature_bits = reader.Value;
break;
case ("b_feature_bits"):
reader.Read();
cdr.b_feature_bits = reader.Value;
break;
case ("o_msisdn"):
reader.Read();
cdr.o_msisdn = reader.Value;
break;
case ("t_msisdn"):
reader.Read();
cdr.t_msisdn = reader.Value;
break;
case ("o_exchange"):
reader.Read();
cdr.o_exchange = reader.Value;
break;
case ("t_exchange"):
reader.Read();
cdr.t_exchange = reader.Value;
break;
case ("o_market_id"):
reader.Read();
cdr.o_market_id = reader.Value;
break;
case ("o_swno"):
reader.Read();
cdr.o_swno = reader.Value;
break;
case ("o_bin"):
reader.Read();
cdr.o_bin = reader.Value;
break;
case ("t_market_id"):
reader.Read();
cdr.t_market_id = reader.Value;
break;
case ("t_swno"):
reader.Read();
cdr.t_swno = reader.Value;
break;
case ("t_bin"):
reader.Read();
cdr.t_bin = reader.Value;
break;
case ("o_billdgts"):
reader.Read();
cdr.o_billdgts = reader.Value;
break;
case ("t_billdgts"):
reader.Read();
cdr.t_billdgts = reader.Value;
break;
case ("o_serviceid"):
reader.Read();
cdr.o_serviceid = reader.Value;
break;
case ("t_serviceid"):
reader.Read();
cdr.t_serviceid = reader.Value;
break;
case ("crg_charge_info"):
reader.Read();
cdr.crg_charge_info = reader.Value;
break;
case ("ocpn"):
reader.Read();
cdr.Ocpn = reader.Value;
break;
case ("icprn"):
reader.Read();
cdr.Icprn = reader.Value;
break;
}
}
break;
case XmlNodeType.Text:
break;
case XmlNodeType.CDATA:
break;
case XmlNodeType.ProcessingInstruction:
break;
case XmlNodeType.Comment:
break;
case XmlNodeType.XmlDeclaration:
break;
case XmlNodeType.Document:
break;
case XmlNodeType.DocumentType:
break;
case XmlNodeType.EntityReference:
break;
case XmlNodeType.EndElement:
if (reader.Name.Equals("CDRecord"))
{
// this is the end of the CDR record we are processing
cdrIndx = 0;
// increment the total number of CDRs we are processing for our Record98
cdrCnt++;
// add to the list and then store entire list at once instead of one by one
cdrList.Add(cdr);
}
break;
} //switch
} // while loop
} //try
catch (SystemException ex)
{
WriteToLogFile("OmcCdrHandler::ProcessOmcCdrFile():ECaught:CDR#" + cdrCnt + " \r\n" + ex.Message + ex.StackTrace);
}
finally
{
if (reader != null)
{
reader.Close();
}
}
}
return(cdrList);
}// ProcessOmcCdrFile
/// <summary>
/// public method to create a bcdr and add it to the list
/// to be written to the cdr file later
/// </summary>
/// <param name="o"></param>
public void CreateAndAddCdr( OmcCdr o )
{
Bcdr bCdr = new Bcdr( o );
m_cdrMgr.AddCdr(bCdr);
}
/// <summary>
/// method used to create a CDR from an OMC/MSC CDR
/// </summary>
/// <param name="omcCdr"></param>
/// <returns></returns>
public Bcdr CreateCdr( OmcCdr omcCdr )
{
// populate the bworks cdr here and return it
Bcdr bCdr = new Bcdr( omcCdr );
return bCdr;
}
/// <summary>
/// method used to create a CDR based on the MSC/OMC CDR and the
/// CIBER record type 22.
/// </summary>
/// <param name="oCdr"></param>
/// <param name="r22"></param>
/// <returns></returns>
public Bcdr CreateCdr(OmcCdr oCdr, Record22 r22 )
{
// populate the bworks cdr here and return it
Bcdr bCdr = new Bcdr(oCdr);
return bCdr;
}
/// <summary>
/// method to process the SMS OMC CDRs and create a type 32 CIBER record
/// </summary>
/// <param name="cdr"></param>
public void ProcessSmsRecord(OmcCdr cdr)
{
}
/// <summary>
/// method to convert the OMC CDR to a CIBER Type 22 record
/// need to keep track of the total charges and taxes here
/// </summary>
/// <param name="cdr"></param>
public void ProcessCallRecord(OmcCdr cdr )
{
// 22 0 00 000 01151 2 912223280900000 10 912223280900000 1 0610328563400000000 33333 0000000099 0 00000000000000000000000705022220000000000000000010912223280900000000000000000000000000000000000000001 029000000000189900000000000212127000100000051021000000009900000000000000 000J INCOMING CLUSAJACKSON OHUSA00000000000000000000000000000000000000000000000000000000000000000000000000208040784PIKE 0188
// 220000000115129122232809000001091222328090000010610328563400000000333330000000099000000000000000000000000705022220000000000000000010912223280900000000000000000000000000000000000000001
// record type : 22
// return code : 0
// ciber return reason code 2N : 00
// invalidfieldidentifier 3N : 000
// homecarriersidbid 5N : 01151
// msid indicator 1N = 2
// msid 15N : 912223280900000
// MSISDN/MDN length 2N : 10
// MSISDN/MDN 15N : 912223280900000
// ESN/UIMID/EIMIE/MEID indicator 1N :1
// ESN/UIMID/EIMIE/MEID 19N : 0610328563400000000
// ServingCarrierSidBid 5N :33333
// TotalChargesAndTaxes 10N : 0000000099
/// system reserved filler1 1N : BlankFILL
/// total state province taxes 10N
// update our running total
// cri.BatchTotalChargesAndTaxes
// create a CIBER record
// for now it is a type 22 record
Record22 r22 = new Record22();
r22.ReturnCode = "0";
r22.CiberRecordReturnReasonCode = "00";
r22.InvalidFieldIndentifier = "000";
r22.MsidIndicator = "2"; // MIN baby
// if 911 call, don't process it
if (cdr.A_Feature_Bits.Equals("EMERGENCY"))
{
cfw.WriteToLogFile(DateTime.Now.ToShortDateString() + "OmcToCiberCdrConverter::ConvertToCiber():911CallDetectedForCDRSeqNum:" + cdr.SequenceNumber + "\r\n");
return;
}
try
{
// if we have a *good* call, then create the CIBER record and for now if it is *bad* call
// we log it to the log file. Figure out what to do with it, create the CIBER or not.
if ((cdr.disc_code.Equals("201")) || (cdr.disc_code.Equals("202")))
{
r22.CallCompletionIndicator = "2";
r22.CallTerminationIndicator = "2"; // 2 = Normal
}
else
{
// double check this
r22.CallCompletionIndicator = "1";
r22.CallTerminationIndicator = "3"; // 3 = unknown, 4=incomplete call
cfw.WriteToLogFile(DateTime.Now.ToShortDateString()+"OmcToCiberCdrConverter::ConvertToCiber():InvalidDisconnectCode-CallNotTerminatedForCDRSeqNum:" + cdr.SequenceNumber + "\r\n");
return;
}
// look for the mobile party in our scenario we will always have one mobile unit and one
// landline, we always grab mobile unit parameters.
// MO Case:
if (cdr.a_party_type.Equals("1"))
{
// grab the a party mobile params
// MIN
r22.Msid = cdr.a_party_num;
// MDN ** double check this and might change it to be the cdr.ocpn field **
r22.MsisdnMdnLength = cdr.o_msisdn.Length.ToString();
r22.MsisdnMdn = cdr.o_msisdn;
if (cdr.OriginatingEsn.Length == 0)
{ // ESN/UIMID/IMEI/MEID
// If the ESN/IMEI/MEID Indicator equals “0,”
// then the ESN/IMEI/MEID field must be zero filled.
// If the ESN/IMEI/MEID Indicator equals 1, 2, or 3, then the
// ESN/IMEI/MEID field must contain a value within the range of accepted values specified above.
r22.EsnUimidImeiMeidIndicator = "0"; // ESN
r22.EsnUimidImeiMeid = "000000";
}
else
{
r22.EsnUimidImeiMeidIndicator = "1"; // ESN
// add code to convert this according to Appendix B
UInt32 starEsn = Convert.ToUInt32(cdr.OriginatingEsn, 16);
string esn = CalculateEsnValue(starEsn);
r22.EsnUimidImeiMeid = esn;
}
//The value of the Caller ID is dependent on the call direction.
//•For Mobile Originated Calls (Call Direction equals “1”), the Caller ID is equal to the Mobile Directory Number.
// which in our case is the following field in the type 22 record
r22.CallerIdLength = r22.MsisdnMdnLength;
r22.CallerId = r22.MsisdnMdn;
// For Mobile Originated Calls, the Called Number Digits represents the Dialed Digits.
r22.CalledNumberLength = cdr.b_party_digits.Length.ToString();
r22.CalledNumberDigits = cdr.b_party_digits;
// MO no TLDN in our scenario
r22.TldnLength = "0";
r22.Tldn = "0";
// set our call direction : mobile roamer originated = 1, mobile roamer terminated = 2
r22.CallDirection = "1";
}
else
{
// MT Case:
// assume that b party is the mobile party and we grab the b party mobile params
// grab the b party mobile params
// MIN
r22.Msid = cdr.b_party_num;
// MDN
r22.MsisdnMdnLength = cdr.t_msisdn.Length.ToString();
r22.MsisdnMdn = cdr.t_msisdn;
if (cdr.TerminatingEsn.Length == 0)
{ // ESN/UIMID/IMEI/MEID
// If the ESN/IMEI/MEID Indicator equals “0,”
// then the ESN/IMEI/MEID field must be zero filled.
// If the ESN/IMEI/MEID Indicator equals 1, 2, or 3, then the
// ESN/IMEI/MEID field must contain a value within the range of accepted values specified above.
r22.EsnUimidImeiMeidIndicator = "0"; // ESN
r22.EsnUimidImeiMeid = "000000";
}
else
{
r22.EsnUimidImeiMeidIndicator = "1"; // ESN
// add code to convert this according to Appendix B
UInt32 starEsn = Convert.ToUInt32(cdr.TerminatingEsn, 16);
string esn = CalculateEsnValue(starEsn);
r22.EsnUimidImeiMeid = esn;
}
//•For Mobile Terminated Calls (Call Direction equals “2”), the Caller ID is the number of the calling party.
r22.CallerIdLength = cdr.a_party_num.Length.ToString();
r22.CallerId = cdr.a_party_num;
// For Mobile Terminated Calls (Call Direction equals “2”), the Called Number Digits value MUST equal
// the Mobile Directory Number value.
r22.CalledNumberLength = r22.MsisdnMdnLength; //cdr.t_msisdn.Length.ToString();
r22.CalledNumberDigits = r22.MsisdnMdn; // ** when we have Verizon phones it should be :** cdr.t_msisdn;
// landline to Mobile, MT
r22.TldnLength = cdr.a_party_digits.Length.ToString();
r22.Tldn = cdr.A_Party_Digits;
// set our call direction : mobile roamer originated = 1, mobile roamer terminated = 2
r22.CallDirection = "2";
}
// this field is used to indicate the home carrier of the roaming mobile as indicated by the MSID.
// The MSID must be valid for the specified home carrier SID/BID.
// look up the HomeCarrierSIDBID based on the MSID
CarrierInfo ci = GetHomeCarrierSidBid(r22.Msid);
if (ci.SidBid.Equals(TechDataEnums.SIDBID_NOT_FOUND.ToString() ))
{
cfw.WriteToLogFile(DateTime.Now.ToShortDateString() + "OmcToCiberCdrConverter::ProcessCallRecord():SIDBIDNotFoundForMSID: " + r22.Msid);
return;
}
else
{
r22.HomeCarrierSidBid = ci.SidBid;
}
// this is the On-Wave SID/BID, use the same one that is in our header
r22.ServingCarrierSidBid = cri.SendingCarrierSidBid;
// yymmdd
r22.CallDate = cdr.answer.Substring(2, 2) + cdr.answer.Substring(5, 2) + cdr.answer.Substring(8, 2);
// This field is used to record the routing number associated with a ported or pooled MDN.
r22.LocationRoutingNumberLengthIndicator = "0";
r22.LocationRoutingNumber = "0";
r22.CurrencyType = "1";
// original Batch Sequence Number
r22.OriginalBatchSequenceNumber = cri.BatchSequenceNumber;
r22.InitialCellSite = cdr.cell_id;
r22.TimeZoneIndicator = "99"; //=08 Pacific, for this test use the unknown value of "99";
r22.DaylightSavingIndicator = "0";
r22.MessageAccountingDigits = "0";
// This field is used to record the time that the mobile unit successfully connected to a wireless system.
// HHMMSS: HH = 00-23, MM = 00-59, SS = 00-59
r22.AirConnectTime = cdr.answer.Substring(11, 2) + cdr.answer.Substring(14, 2) + cdr.answer.Substring(17, 2);
// fill these in : ( disc time - seize time )
// This field is used to record the billable elapsed time used to calculate air time charges
string ChargeableTime = CalculateAirChargeTime(cdr.DisconnectTime, cdr.SeizeTime);
r22.AirChargeableTime = ChargeableTime; // "0001030"; // contains the billable elapsed time in MMMM=0000-9999, SS=00-59
// This field is used to record the elapsed time associated with a call.
// MMMMSS: MMMM = 0000-9999, SS = 00-59
r22.AirElapsedTime = ChargeableTime; // "000545"; // this should be disconnect - answer
// this needs to be determined
r22.AirRatePeriod = "02";
r22.AirMultiRatePeriod = "1";// 1 = single rate period
// This field is used to record the charges associated with the air time portion of a call.
// This field must not contain any taxes; $$$$$$$$¢¢ format.
string rAirChargeTime = cr.CalculateAirTimeChargeAmount( r22.AirChargeableTime, ci.Carrier );
r22.AirCharge = rAirChargeTime; // "99";
// ** calculate this as well
r22.OtherChargeNumberOneIndicator = "0";
r22.OtherChargeNumberOne = "0";
r22.PrintedCall = "0";
// determine how we determine if it is fraudulent or not
r22.FraudIndicator = "00";
r22.FraudSubIndicator = "0";
// special condition when it is a zero, properties get/set take care of this
r22.SpecialFeaturesUsed = "0";
// ** fix this to the following
// this field contains the service call descriptor, section 8 table 18 OR the geographic name of the
// called place.
// called place depends on the call direction
// for MO, calledDirection=1, the called place is the place that the mobile sub
// is calling
// for MT, calledDirection=2, the called place is the place where the mobile sub answered the call
if ( r22.CallDirection.Equals("2") )
{ // MT CALLs
// Mobile terminated calls all MT calls are airtime only charges Rate = 1.49
r22.CalledPlace = "INCOMING";
r22.CalledStateProvince = "CL";
r22.CalledCountry = "USA"; // **check to see if we are going to make this International
r22.SpecialFeaturesUsed = "J"; // no toll
r22.TollTariffDescriptor = "00"; // na
r22.TollRateClass = "0"; // 0-when no toll associated with this call
// No TOLL CHARGES for MT
r22.TollConnectTime = "000000";
r22.TollElapsedTime = "000000";
r22.TollChargeableTime = r22.TollElapsedTime;
r22.TollRatePeriod = "00"; // not applicable
r22.TollMultiRatePeriod = "0"; // not applicable
r22.TollRatingPointLengthIndicator = "0";
r22.TollRatingPoint = "0";
r22.TollCharge = "00"; //
}
else if ( r22.CallDirection.Equals("1") )
{ // MO CALLs
// check for 411 call ** add others here or in separate function
// see section 8 table 18
if (r22.CalledNumberDigits.Equals("411000000000000"))
{ // MO:411
r22.CalledPlace = "DIR ASST";
r22.CalledStateProvince = "CL";
r22.CalledCountry = "USA";
r22.SpecialFeaturesUsed = "0"; // shows no toll charges applied
r22.PrintedCall = "411";
// rated as local/ld call including toll
r22.TollTariffDescriptor = "02"; // interstate interlata
r22.TollRateClass = "1"; // 0-when no toll associated with this call
r22.TollConnectTime = r22.AirConnectTime;
r22.TollElapsedTime = r22.AirElapsedTime;
r22.TollChargeableTime = r22.AirChargeableTime;
r22.TollRatePeriod = "01";// day, 02=evening, 03=night, 05=latenight, 06 =weekend
r22.TollMultiRatePeriod = "1";
r22.TollRatingPointLengthIndicator = "00";
r22.TollRatingPoint = "0"; // when TollRatingPointLengthIndicator=0, this = 0
string rTollChargeTime = cr.CalculateLocalLdTollChargeAmount(r22.TollChargeableTime);
r22.TollCharge = rTollChargeTime;
}
else if (r22.CalledNumberDigits.StartsWith("8"))
{ // MO:TOLL FREE
r22.CalledPlace = "TOLL FREE";
r22.CalledStateProvince = "CL";
r22.CalledCountry = "USA";
r22.SpecialFeaturesUsed = "J";
r22.PrintedCall = "TOLL FREE";
r22.TollTariffDescriptor = "00"; // interstate interlata
r22.TollRateClass = "0"; // 0-when no toll associated with this call
// *** figure out charges for TOLL FREE
r22.TollConnectTime = "000000";
r22.TollElapsedTime = "000000";
r22.TollChargeableTime = r22.TollElapsedTime;
// no toll
r22.TollRatePeriod = "00"; // not applicable
r22.TollMultiRatePeriod = "0"; // not applicable
r22.TollRatingPointLengthIndicator = "0";
r22.TollRatingPoint = "0"; // when TollRatingPointLengthIndicator=0, this = 0
r22.TollCharge = "00"; // no toll
}
else
{ // MO : International or Local/LD case
// this should map to table 31 State/Province mapping
NpaNxxData n = npaNxxRdr.GetNpaNxxInfo(r22.CalledNumberDigits.Substring(0, 6));
// check International scenario
if (n.NpaNxx.Equals(String.Empty))
{ // MO:International Rate = 1.49 AirTime + 0.80 Toll
// International Call Scenario
// add the international tables mapped to table 32
if (r22.CalledNumberDigits.Contains("0118522810"))
{
r22.CalledPlace = "Hong Kong";
r22.CalledStateProvince = "ZZ";
r22.CalledCountry = "HKG";
r22.SpecialFeaturesUsed = "D"; // International, but not required.
// 01 = International : Originating from a NANP and terminating to Non-NANP
// 15 = International : Originating from a NANP and terminating to NANP
// 17 = International : Originating from a Non-NANP and terminating to NANP
// 18 = International : Originating from and terminating to Non-NANP
r22.TollTariffDescriptor = "01"; // see above
r22.TollRateClass = "1"; // dial station, normal completed, 0-when no toll associated with this call
// toll charges
r22.TollConnectTime = r22.AirConnectTime;
r22.TollElapsedTime = r22.AirElapsedTime;
r22.TollChargeableTime = r22.AirChargeableTime;
r22.TollRatePeriod = "01";// day, 02=evening, 03=night, 05=latenight, 06 =weekend
r22.TollMultiRatePeriod = "1";
r22.TollRatingPointLengthIndicator = "00";
r22.TollRatingPoint = "0"; // when TollRatingPointLengthIndicator=0, this = 0
string rTollChargeTime = cr.CalculateInternationalTollChargeAmount(r22.TollChargeableTime);
r22.TollCharge = rTollChargeTime;
}
else if (r22.CalledNumberDigits.Contains("01181354"))
{
r22.CalledPlace = "Tokyo";
r22.CalledStateProvince = "ZZ";
r22.CalledCountry = "JPN";
r22.SpecialFeaturesUsed = "D"; // International, but not required.
// 01 = International : Originating from a NANP and terminating to Non-NANP
// 15 = International : Originating from a NANP and terminating to NANP
// 17 = International : Originating from a Non-NANP and terminating to NANP
// 18 = International : Originating from and terminating to Non-NANP
r22.TollTariffDescriptor = "01"; // see above
r22.TollRateClass = "1"; // dial station, normal completed, 0-when no toll associated with this call
// toll charges
r22.TollConnectTime = r22.AirConnectTime;
r22.TollElapsedTime = r22.AirElapsedTime;
r22.TollChargeableTime = r22.AirChargeableTime;
r22.TollRatePeriod = "01";// day, 02=evening, 03=night, 05=latenight, 06 =weekend
r22.TollMultiRatePeriod = "1";
r22.TollRatingPointLengthIndicator = "00";
r22.TollRatingPoint = "0"; // when TollRatingPointLengthIndicator=0, this = 0
string rTollChargeTime = cr.CalculateInternationalTollChargeAmount(r22.TollChargeableTime);
r22.TollCharge = rTollChargeTime;
}
else
{
cfw.WriteToLogFile(DateTime.Now.ToShortDateString() + "OmcToCiberCdrConverter::ProcessCallRecord():NPANXXNotFoundFor: " + r22.CalledNumberDigits);
return;
}
}
else
{ // MO:Local/LD case : Rate = 1.49 AirTime + 0.50 Toll
r22.CalledPlace = n.City;
r22.CalledStateProvince = n.State;
r22.CalledCountry = "USA";
r22.SpecialFeaturesUsed = "0"; // none
r22.TollTariffDescriptor = "02"; // interstate interlata
r22.TollRateClass = "1"; // 0-when no toll associated with this call
// toll charges
r22.TollConnectTime = r22.AirConnectTime;
r22.TollElapsedTime = r22.AirElapsedTime;
r22.TollChargeableTime = r22.AirChargeableTime;
r22.TollRatePeriod = "01";// day, 02=evening, 03=night, 05=latenight, 06 =weekend
r22.TollMultiRatePeriod = "1";
r22.TollRatingPointLengthIndicator = "00";
r22.TollRatingPoint = "0"; // when TollRatingPointLengthIndicator=0, this = 0
string rTollChargeTime = cr.CalculateLocalLdTollChargeAmount(r22.TollChargeableTime);
r22.TollCharge = rTollChargeTime;
}
}
}
// description designed by the serving carrier and may range from a city name to a cell site or a trunk/circuit name.
r22.ServingPlace = "Strata8";
// for MO , called direction =1, this is the state that is providing service to the mobile subscriber
// for MT, this is the state/province providing service to the called party
// must contain a value given in section 8 , table 31
r22.ServingStateProvince = "WA";
r22.ServingCountry = "USA";
r22.TollStateProvinceTaxes = "0";
r22.TollLocalTaxes = "0";
r22.TollNetworkCarrierId = "00000"; // this is other ** TBD ** see section 8, table 10, and appendix H
// let's get the total state/province taxes associated with this record
r22.TotalStateProvinceTaxes = r22.TollStateProvinceTaxes;
r22.TotalLocalTaxes = r22.TollLocalTaxes;
// total charges is the sum of all the charge fields and taxes in this ciber record
// r22.TotalChargesAndTaxes = r22.TotalLocalTaxes + r22.TotalStateProvinceTaxes + r22.AirCharge + r22.TollCharge;
// need to convert to an int
int intTotalLocalTaxes = Convert.ToInt32(r22.TotalLocalTaxes);
int intTotalStateProvinceTaxes = Convert.ToInt32(r22.TotalStateProvinceTaxes);
int intAirCharge = Convert.ToInt32(r22.AirCharge);
int intTollCharge = Convert.ToInt32(r22.TollCharge);
int totalChargesAndTaxesThisRecord = intTotalLocalTaxes + intTotalStateProvinceTaxes + intAirCharge + intTollCharge;
// calculate new charges for this file and maintain the total
// cri.BatchTotalChargesAndTaxes = cri.BatchTotalChargesAndTaxes + ... for out trailer
// increment the record count if a valid record
cri.TotalNumberOfRecordsInBatch++;
//cri.BatchTotalChargesAndTaxes = cri.BatchTotalChargesAndTaxes + r22.
cri.BatchTotalChargesAndTaxes = cri.BatchTotalChargesAndTaxes + totalChargesAndTaxesThisRecord;
r22.TotalChargesAndTaxes = totalChargesAndTaxesThisRecord.ToString();
// finally write this cdr to the file
// cfw.WriteToFile(r22.ToCiberStringFormat());
}
catch (ApplicationException ae)
{
cfw.WriteToLogFile(DateTime.Now.ToShortDateString() + ae.Message + "\r\n" + ae.StackTrace);
}
catch (IOException ioe)
{
cfw.WriteToLogFile(DateTime.Now.ToShortDateString() + ioe.Message + "\r\n" + ioe.StackTrace);
}
}
