package FS::cdr; use strict; use vars qw( @ISA @EXPORT_OK $DEBUG $me $conf $cdr_prerate %cdr_prerate_cdrtypenums $use_lrn $support_key ); use Exporter; use List::Util qw(first min); use Tie::IxHash; use Date::Parse; use Date::Format; use Time::Local; use List::Util qw( first min ); use Text::CSV_XS; use FS::UID qw( dbh ); use FS::Conf; use FS::Record qw( qsearch qsearchs ); use FS::cdr_type; use FS::cdr_calltype; use FS::cdr_carrier; use FS::cdr_batch; use FS::cdr_termination; use FS::rate; use FS::rate_prefix; use FS::rate_detail; # LRN lookup use LWP::UserAgent; use HTTP::Request::Common qw(POST); use IO::Socket::SSL; use Cpanel::JSON::XS qw(decode_json); @ISA = qw(FS::Record); @EXPORT_OK = qw( _cdr_date_parser_maker _cdr_min_parser_maker _cdr_date_parse ); $DEBUG = 0; $me = '[FS::cdr]'; #ask FS::UID to run this stuff for us later FS::UID->install_callback( sub { $conf = new FS::Conf; my @cdr_prerate_cdrtypenums; $cdr_prerate = $conf->exists('cdr-prerate'); @cdr_prerate_cdrtypenums = $conf->config('cdr-prerate-cdrtypenums') if $cdr_prerate; %cdr_prerate_cdrtypenums = map { $_=>1 } @cdr_prerate_cdrtypenums; $support_key = $conf->config('support-key'); $use_lrn = $conf->exists('cdr-lrn_lookup'); }); =head1 NAME FS::cdr - Object methods for cdr records =head1 SYNOPSIS use FS::cdr; $record = new FS::cdr \%hash; $record = new FS::cdr { 'column' => 'value' }; $error = $record->insert; $error = $new_record->replace($old_record); $error = $record->delete; $error = $record->check; =head1 DESCRIPTION An FS::cdr object represents an Call Data Record, typically from a telephony system or provider of some sort. FS::cdr inherits from FS::Record. The following fields are currently supported: =over 4 =item acctid - primary key =item calldate - Call timestamp (SQL timestamp) =item clid - Caller*ID with text =item src - Caller*ID number / Source number =item dst - Destination extension =item dcontext - Destination context =item channel - Channel used =item dstchannel - Destination channel if appropriate =item lastapp - Last application if appropriate =item lastdata - Last application data =item src_ip_addr - Source IP address (dotted quad, zero-filled) =item dst_ip_addr - Destination IP address (same) =item dst_term - Terminating destination number (if different from dst) =item startdate - Start of call (UNIX-style integer timestamp) =item answerdate - Answer time of call (UNIX-style integer timestamp) =item enddate - End time of call (UNIX-style integer timestamp) =item duration - Total time in system, in seconds =item billsec - Total time call is up, in seconds =item disposition - What happened to the call: ANSWERED, NO ANSWER, BUSY =item amaflags - What flags to use: BILL, IGNORE etc, specified on a per channel basis like accountcode. =cut #ignore the "omit" and "documentation" AMAs?? #AMA = Automated Message Accounting. #default: Sets the system default. #omit: Do not record calls. #billing: Mark the entry for billing #documentation: Mark the entry for documentation. =item accountcode - CDR account number to use: account =item uniqueid - Unique channel identifier (Unitel/RSLCOM Event ID) =item userfield - CDR user-defined field =item cdr_type - CDR type - see L (Usage = 1, S&E = 7, OC&C = 8) =item charged_party - Service number to be billed =item upstream_currency - Wholesale currency from upstream =item upstream_price - Wholesale price from upstream =item upstream_rateplanid - Upstream rate plan ID =item rated_price - Rated (or re-rated) price =item distance - km (need units field?) =item islocal - Local - 1, Non Local = 0 =item calltypenum - Type of call - see L =item description - Description (cdr_type 7&8 only) (used for cust_bill_pkg.itemdesc) =item quantity - Number of items (cdr_type 7&8 only) =item carrierid - Upstream Carrier ID (see L) =cut #Telstra =1, Optus = 2, RSL COM = 3 =item upstream_rateid - Upstream Rate ID =item svcnum - Link to customer service (see L) =item freesidestatus - NULL, processing-tiered, rated, done, skipped, no-charge, failed =item freesiderewritestatus - NULL, done, skipped =item cdrbatch =item detailnum - Link to invoice detail (L) =back =head1 METHODS =over 4 =item new HASHREF Creates a new CDR. To add the CDR to the database, see L<"insert">. Note that this stores the hash reference, not a distinct copy of the hash it points to. You can ask the object for a copy with the I method. =cut # the new method can be inherited from FS::Record, if a table method is defined sub table { 'cdr'; } sub table_info { { 'fields' => { #XXX fill in some (more) nice names #'acctid' => '', 'calldate' => 'Call date', 'clid' => 'Caller ID', 'src' => 'Source', 'dst' => 'Destination', 'dcontext' => 'Dest. context', 'channel' => 'Channel', 'dstchannel' => 'Destination channel', #'lastapp' => '', #'lastdata' => '', 'src_ip_addr' => 'Source IP', 'dst_ip_addr' => 'Dest. IP', 'dst_term' => 'Termination dest.', 'startdate' => 'Start date', 'answerdate' => 'Answer date', 'enddate' => 'End date', 'duration' => 'Duration', 'billsec' => 'Billable seconds', 'disposition' => 'Disposition', 'amaflags' => 'AMA flags', 'accountcode' => 'Account code', #'uniqueid' => '', 'userfield' => 'User field', #'cdrtypenum' => '', 'charged_party' => 'Charged party', #'upstream_currency' => '', 'upstream_price' => 'Upstream price', #'upstream_rateplanid' => '', #'ratedetailnum' => '', 'src_lrn' => 'Source LRN', 'dst_lrn' => 'Dest. LRN', 'rated_price' => 'Rated price', 'rated_cost' => 'Rated cost', #'distance' => '', #'islocal' => '', #'calltypenum' => '', #'description' => '', #'quantity' => '', 'carrierid' => 'Carrier ID', #'upstream_rateid' => '', 'svcnum' => 'Freeside service', 'freesidestatus' => 'Freeside status', 'freesiderewritestatus' => 'Freeside rewrite status', 'cdrbatch' => 'Legacy batch', 'cdrbatchnum' => 'Batch', 'detailnum' => 'Freeside invoice detail line', }, }; } =item insert Adds this record to the database. If there is an error, returns the error, otherwise returns false. =cut # the insert method can be inherited from FS::Record =item delete Delete this record from the database. =cut # the delete method can be inherited from FS::Record =item replace OLD_RECORD Replaces the OLD_RECORD with this one in the database. If there is an error, returns the error, otherwise returns false. =cut # the replace method can be inherited from FS::Record =item check Checks all fields to make sure this is a valid CDR. If there is an error, returns the error, otherwise returns false. Called by the insert and replace methods. Note: Unlike most types of records, we don't want to "reject" a CDR and we want to process them as quickly as possible, so we allow the database to check most of the data. =cut sub check { my $self = shift; # we don't want to "reject" a CDR like other sorts of input... # my $error = # $self->ut_numbern('acctid') ## || $self->ut_('calldate') # || $self->ut_text('clid') # || $self->ut_text('src') # || $self->ut_text('dst') # || $self->ut_text('dcontext') # || $self->ut_text('channel') # || $self->ut_text('dstchannel') # || $self->ut_text('lastapp') # || $self->ut_text('lastdata') # || $self->ut_numbern('startdate') # || $self->ut_numbern('answerdate') # || $self->ut_numbern('enddate') # || $self->ut_number('duration') # || $self->ut_number('billsec') # || $self->ut_text('disposition') # || $self->ut_number('amaflags') # || $self->ut_text('accountcode') # || $self->ut_text('uniqueid') # || $self->ut_text('userfield') # || $self->ut_numbern('cdrtypenum') # || $self->ut_textn('charged_party') ## || $self->ut_n('upstream_currency') ## || $self->ut_n('upstream_price') # || $self->ut_numbern('upstream_rateplanid') ## || $self->ut_n('distance') # || $self->ut_numbern('islocal') # || $self->ut_numbern('calltypenum') # || $self->ut_textn('description') # || $self->ut_numbern('quantity') # || $self->ut_numbern('carrierid') # || $self->ut_numbern('upstream_rateid') # || $self->ut_numbern('svcnum') # || $self->ut_textn('freesidestatus') # || $self->ut_textn('freesiderewritestatus') # ; # return $error if $error; for my $f ( grep { $self->$_ =~ /\D/ } qw(startdate answerdate enddate)){ $self->$f( str2time($self->$f) ); } $self->calldate( $self->startdate_sql ) if !$self->calldate && $self->startdate; #was just for $format eq 'taqua' but can't see the harm... add something to #disable if it becomes a problem if ( $self->duration eq '' && $self->enddate && $self->startdate ) { $self->duration( $self->enddate - $self->startdate ); } if ( $self->billsec eq '' && $self->enddate && $self->answerdate ) { $self->billsec( $self->enddate - $self->answerdate ); } if ( ! $self->enddate && $self->startdate && $self->duration ) { $self->enddate( $self->startdate + $self->duration ); } $self->set_charged_party; #check the foreign keys even? #do we want to outright *reject* the CDR? my $error = $self->ut_numbern('acctid'); return $error if $error; if ( $self->freesidestatus ne 'done' ) { $self->set('detailnum', ''); # can't have this on an unbilled call } #add a config option to turn these back on if someone needs 'em # # #Usage = 1, S&E = 7, OC&C = 8 # || $self->ut_foreign_keyn('cdrtypenum', 'cdr_type', 'cdrtypenum' ) # # #the big list in appendix 2 # || $self->ut_foreign_keyn('calltypenum', 'cdr_calltype', 'calltypenum' ) # # # Telstra =1, Optus = 2, RSL COM = 3 # || $self->ut_foreign_keyn('carrierid', 'cdr_carrier', 'carrierid' ) $self->SUPER::check; } =item is_tollfree [ COLUMN ] Returns true when the cdr represents a toll free number and false otherwise. By default, inspects the dst field, but an optional column name can be passed to inspect other field. =cut sub is_tollfree { my $self = shift; my $field = scalar(@_) ? shift : 'dst'; my $country = $conf->config('tollfree-country') || ''; if ( $country eq 'AU' ) { ( $self->$field() =~ /^(\+?61)?(1800|1300)/ ) ? 1 : 0; } elsif ( $country eq 'NZ' ) { ( $self->$field() =~ /^(\+?64)?(800|508)/ ) ? 1 : 0; } else { #NANPA (US/Canaada) ( $self->$field() =~ /^(\+?1)?8(8|([02-7])\3)/ ) ? 1 : 0; } } =item set_charged_party If the charged_party field is already set, does nothing. Otherwise: If the cdr-charged_party-accountcode config option is enabled, sets the charged_party to the accountcode. Otherwise sets the charged_party normally: to the src field in most cases, or to the dst field if it is a toll free number. =cut sub set_charged_party { my $self = shift; my $conf = new FS::Conf; unless ( $self->charged_party ) { if ( $conf->exists('cdr-charged_party-accountcode') && $self->accountcode ){ my $charged_party = $self->accountcode; $charged_party =~ s/^0+// if $conf->exists('cdr-charged_party-accountcode-trim_leading_0s'); $self->charged_party( $charged_party ); } elsif ( $conf->exists('cdr-charged_party-field') ) { my $field = $conf->config('cdr-charged_party-field'); $self->charged_party( $self->$field() ); } else { if ( $self->is_tollfree ) { $self->charged_party($self->dst); } else { $self->charged_party($self->src); } } } # my $prefix = $conf->config('cdr-charged_party-truncate_prefix'); # my $prefix_len = length($prefix); # my $trunc_len = $conf->config('cdr-charged_party-truncate_length'); # # $self->charged_party( substr($self->charged_party, 0, $trunc_len) ) # if $prefix_len && $trunc_len # && substr($self->charged_party, 0, $prefix_len) eq $prefix; } =item set_status STATUS Sets the status to the provided string. If there is an error, returns the error, otherwise returns false. If status is being changed from 'rated' to some other status, also removes any usage allocations to this CDR. =cut sub set_status { my($self, $status) = @_; my $old_status = $self->freesidestatus; $self->freesidestatus($status); my $error = $self->replace; if ( $old_status eq 'rated' and $status ne 'done' ) { # deallocate any usage foreach (qsearch('cdr_cust_pkg_usage', {acctid => $self->acctid})) { my $cust_pkg_usage = $_->cust_pkg_usage; $cust_pkg_usage->set('minutes', $cust_pkg_usage->minutes + $_->minutes); $error ||= $cust_pkg_usage->replace || $_->delete; } } $error; } =item set_status_and_rated_price STATUS RATED_PRICE [ SVCNUM [ OPTION => VALUE ... ] ] Sets the status and rated price. Available options are: inbound, rated_pretty_dst, rated_regionname, rated_seconds, rated_minutes, rated_granularity, rated_ratedetailnum, rated_classnum, rated_ratename. If rated_ratedetailnum is provided, will also set a recalculated L in the rated_cost field after the other fields are set (does not work with inbound.) If there is an error, returns the error, otherwise returns false. =cut sub set_status_and_rated_price { my($self, $status, $rated_price, $svcnum, %opt) = @_; if ($opt{'inbound'}) { my $term = $self->cdr_termination( 1 ); #1: inbound my $error; if ( $term ) { warn "replacing existing cdr status (".$self->acctid.")\n" if $term; $error = $term->delete; return $error if $error; } $term = FS::cdr_termination->new({ acctid => $self->acctid, termpart => 1, rated_price => $rated_price, status => $status, }); foreach (qw(rated_seconds rated_minutes rated_granularity)) { $term->set($_, $opt{$_}) if exists($opt{$_}); } $term->svcnum($svcnum) if $svcnum; return $term->insert; } else { $self->freesidestatus($status); $self->rated_price($rated_price); $self->$_($opt{$_}) foreach grep exists($opt{$_}), map "rated_$_", qw( pretty_dst regionname seconds minutes granularity ratedetailnum classnum ratename ); $self->svcnum($svcnum) if $svcnum; $self->rated_cost($self->rate_cost) if $opt{'rated_ratedetailnum'}; return $self->replace(); } } =item parse_number [ OPTION => VALUE ... ] Returns two scalars, the countrycode and the rest of the number. Options are passed as name-value pairs. Currently available options are: =over 4 =item column The column containing the number to be parsed. Defaults to dst. =item international_prefix The digits for international dialing. Defaults to '011' The value '+' is always recognized. =item domestic_prefix The digits for domestic long distance dialing. Defaults to '1' =back =cut sub parse_number { my ($self, %options) = @_; my $field = $options{column} || 'dst'; my $intl = $options{international_prefix} || '011'; # Still, don't break anyone's CDR rating if they have an empty string in # there. Require an explicit statement that there's no prefix. $intl = '' if lc($intl) eq 'none'; my $countrycode = ''; my $number = $self->$field(); my $to_or_from = 'concerning'; $to_or_from = 'from' if $field eq 'src'; $to_or_from = 'to' if $field eq 'dst'; warn "parsing call $to_or_from $number\n" if $DEBUG; #remove non-phone# stuff and whitespace $number =~ s/\s//g; # my $proto = ''; # $dest =~ s/^(\w+):// and $proto = $1; #sip: # my $siphost = ''; # $dest =~ s/\@(.*)$// and $siphost = $1; # @10.54.32.1, @sip.example.com if ( $number =~ /^$intl(((\d)(\d))(\d))(\d+)$/ || $number =~ /^\+(((\d)(\d))(\d))(\d+)$/ ) { my( $three, $two, $one, $u1, $u2, $rest ) = ( $1,$2,$3,$4,$5,$6 ); #first look for 1 digit country code if ( qsearch('rate_prefix', { 'countrycode' => $one } ) ) { $countrycode = $one; $number = $u1.$u2.$rest; } elsif ( qsearch('rate_prefix', { 'countrycode' => $two } ) ) { #or 2 $countrycode = $two; $number = $u2.$rest; } else { #3 digit country code $countrycode = $three; $number = $rest; } } else { my $domestic_prefix = exists($options{domestic_prefix}) ? $options{domestic_prefix} : ''; $countrycode = length($domestic_prefix) ? $domestic_prefix : '1'; $number =~ s/^$countrycode//;# if length($number) > 10; } return($countrycode, $number); } =item rate [ OPTION => VALUE ... ] Rates this CDR according and sets the status to 'rated'. Available options are: part_pkg, svcnum, plan_included_min, detail_included_min_hashref. part_pkg is required. If svcnum is specified, will also associate this CDR with the specified svcnum. plan_included_min should be set to a scalar reference of the number of included minutes and will be decremented by the rated minutes of this CDR. detail_included_min_hashref should be set to an empty hashref at the start of a month's rating and then preserved across CDRs. =cut sub rate { my( $self, %opt ) = @_; my $part_pkg = $opt{'part_pkg'} or return "No part_pkg specified"; if ( $DEBUG > 1 ) { warn "rating CDR $self\n". join('', map { " $_ => ". $self->{$_}. "\n" } keys %$self ); } my $rating_method = $part_pkg->option_cacheable('rating_method') || 'prefix'; my $method = "rate_$rating_method"; $self->$method(%opt); } #here? our %interval_cache = (); # for timed rates sub rate_prefix { my( $self, %opt ) = @_; my $part_pkg = $opt{'part_pkg'} or return "No part_pkg specified"; my $cust_pkg = $opt{'cust_pkg'}; my $da_rewrote = 0; # this will result in those CDRs being marked as done... is that # what we want? my @dirass = (); if ( $part_pkg->option_cacheable('411_rewrite') ) { my $dirass = $part_pkg->option_cacheable('411_rewrite'); $dirass =~ s/\s//g; @dirass = split(',', $dirass); } if ( length($self->dst) && grep { $self->dst eq $_ } @dirass ) { $self->dst('411'); $da_rewrote = 1; } my $reason = $part_pkg->check_chargable( $self, 'da_rewrote' => $da_rewrote, ); if ( $reason ) { warn "not charging for CDR ($reason)\n" if $DEBUG; return $self->set_status_and_rated_price( 'skipped', 0, $opt{'svcnum'}, ); } if ( $part_pkg->option_cacheable('skip_same_customer') and ! $self->is_tollfree ) { my ($dst_countrycode, $dst_number) = $self->parse_number( column => 'dst', international_prefix => $part_pkg->option_cacheable('international_prefix'), domestic_prefix => $part_pkg->option_cacheable('domestic_prefix'), ); my $dst_same_cust = FS::Record->scalar_sql( 'SELECT COUNT(svc_phone.svcnum) AS count '. 'FROM cust_pkg ' . 'JOIN cust_svc USING (pkgnum) ' . 'JOIN svc_phone USING (svcnum) ' . 'WHERE svc_phone.countrycode = ' . dbh->quote($dst_countrycode) . ' AND svc_phone.phonenum = ' . dbh->quote($dst_number) . ' AND cust_pkg.custnum = ' . $cust_pkg->custnum, ); if ( $dst_same_cust > 0 ) { warn "not charging for CDR (same source and destination customer)\n" if $DEBUG; return $self->set_status_and_rated_price( 'skipped', 0, $opt{'svcnum'}, ); } } ### # look up rate details based on called station id # (or calling station id for toll free calls) ### my $eff_ratenum = $self->is_tollfree('accountcode') ? $part_pkg->option_cacheable('accountcode_tollfree_ratenum') : ''; my( $to_or_from, $column ); if( ( $self->is_tollfree && ! $part_pkg->option_cacheable('disable_tollfree') ) or ( $eff_ratenum && $part_pkg->option_cacheable('accountcode_tollfree_field') eq 'src' ) ) { #tollfree call $to_or_from = 'from'; $column = 'src'; } else { #regular call $to_or_from = 'to'; $column = 'dst'; } #determine the country code my ($countrycode, $number) = $self->parse_number( column => $column, international_prefix => $part_pkg->option_cacheable('international_prefix'), domestic_prefix => $part_pkg->option_cacheable('domestic_prefix'), ); my $ratename = ''; my $intrastate_ratenum = $part_pkg->option_cacheable('intrastate_ratenum'); if ( $use_lrn and $countrycode eq '1' ) { # then ask about the number foreach my $field ('src', 'dst') { $self->get_lrn($field); if ( $field eq $column ) { # then we are rating on this number $number = $self->get($field.'_lrn'); $number =~ s/^1//; # is this ever meaningful? can the LRN be outside NANP space? } } # foreach $field } warn "rating call $to_or_from +$countrycode $number\n" if $DEBUG; my $pretty_dst = "+$countrycode $number"; #asterisks here causes inserting the detail to barf, so: $pretty_dst =~ s/\*//g; # should check $countrycode eq '1' here? if ( $intrastate_ratenum && !$self->is_tollfree ) { $ratename = 'Interstate'; #until proven otherwise # this is relatively easy only because: # -assume all numbers are valid NANP numbers NOT in a fully-qualified format # -disregard toll-free # -disregard private or unknown numbers # -there is exactly one record in rate_prefix for a given NPANXX # -default to interstate if we can't find one or both of the prefixes my $dst_col = $use_lrn ? 'dst_lrn' : 'dst'; my $src_col = $use_lrn ? 'src_lrn' : 'src'; my (undef, $dstprefix) = $self->parse_number( column => $dst_col, international_prefix => $part_pkg->option_cacheable('international_prefix'), domestic_prefix => $part_pkg->option_cacheable('domestic_prefix'), ); $dstprefix =~ /^(\d{6})/; $dstprefix = qsearchs('rate_prefix', { 'countrycode' => '1', 'npa' => $1, }) || ''; my (undef, $srcprefix) = $self->parse_number( column => $src_col, international_prefix => $part_pkg->option_cacheable('international_prefix'), domestic_prefix => $part_pkg->option_cacheable('domestic_prefix'), ); $srcprefix =~ /^(\d{6})/; $srcprefix = qsearchs('rate_prefix', { 'countrycode' => '1', 'npa' => $1, }) || ''; if ($srcprefix && $dstprefix && $srcprefix->state && $dstprefix->state && $srcprefix->state eq $dstprefix->state) { $eff_ratenum = $intrastate_ratenum; $ratename = 'Intrastate'; # XXX possibly just use the ratename? } } $eff_ratenum ||= $part_pkg->option_cacheable('ratenum'); my $rate = qsearchs('rate', { 'ratenum' => $eff_ratenum }) or die "ratenum $eff_ratenum not found!"; my @ltime = localtime($self->startdate); my $weektime = $ltime[0] + $ltime[1]*60 + #minutes $ltime[2]*3600 + #hours $ltime[6]*86400; #days since sunday # if there's no timed rate_detail for this time/region combination, # dest_detail returns the default. There may still be a timed rate # that applies after the starttime of the call, so be careful... my $rate_detail = $rate->dest_detail({ 'countrycode' => $countrycode, 'phonenum' => $number, 'weektime' => $weektime, 'cdrtypenum' => $self->cdrtypenum, }); unless ( $rate_detail ) { if ( $part_pkg->option_cacheable('ignore_unrateable') ) { if ( $part_pkg->option_cacheable('ignore_unrateable') == 2 ) { # mark the CDR as unrateable return $self->set_status_and_rated_price( 'failed', '', $opt{'svcnum'}, ); } elsif ( $part_pkg->option_cacheable('ignore_unrateable') == 1 ) { # warn and continue warn "no rate_detail found for CDR.acctid: ". $self->acctid. "; skipping\n"; return ''; } else { die "unknown ignore_unrateable, pkgpart ". $part_pkg->pkgpart; } } else { die "FATAL: no rate_detail found in ". $rate->ratenum. ":". $rate->ratename. " rate plan ". "for +$countrycode $number (CDR acctid ". $self->acctid. "); ". "add a rate or set ignore_unrateable flag on the package def\n"; } } my $regionnum = $rate_detail->dest_regionnum; my $rate_region = $rate_detail->dest_region; warn " found rate for regionnum $regionnum ". "and rate detail $rate_detail\n" if $DEBUG; if ( !exists($interval_cache{$regionnum}) ) { my @intervals = ( sort { $a->stime <=> $b->stime } map { $_->rate_time->intervals } qsearch({ 'table' => 'rate_detail', 'hashref' => { 'ratenum' => $rate->ratenum }, 'extra_sql' => 'AND ratetimenum IS NOT NULL', }) ); $interval_cache{$regionnum} = \@intervals; warn " cached ".scalar(@intervals)." interval(s)\n" if $DEBUG; } ### # find the price and add detail to the invoice ### # About this section: # We don't round _anything_ (except granularizing) # until the final $charge = sprintf("%.2f"...). my $rated_seconds = $part_pkg->option_cacheable('use_duration') ? $self->duration : $self->billsec; my $seconds_left = $rated_seconds; #no, do this later so it respects (group) included minutes # # charge for the first (conn_sec) seconds # my $seconds = min($seconds_left, $rate_detail->conn_sec); # $seconds_left -= $seconds; # $weektime += $seconds; # my $charge = $rate_detail->conn_charge; #my $seconds = 0; my $charge = 0; my $connection_charged = 0; # before doing anything else, if there's an upstream multiplier and # an upstream price, add that to the charge. (usually the rate detail # will then have a minute charge of zero, but not necessarily.) $charge += ($self->upstream_price || 0) * $rate_detail->upstream_mult_charge; my $etime; while($seconds_left) { my $ratetimenum = $rate_detail->ratetimenum; # may be empty # find the end of the current rate interval if(@{ $interval_cache{$regionnum} } == 0) { # There are no timed rates in this group, so just stay # in the default rate_detail for the entire duration. # Set an "end" of 1 past the end of the current call. $etime = $weektime + $seconds_left + 1; } elsif($ratetimenum) { # This is a timed rate, so go to the etime of this interval. # If it's followed by another timed rate, the stime of that # interval should match the etime of this one. my $interval = $rate_detail->rate_time->contains($weektime); $etime = $interval->etime; } else { # This is a default rate, so use the stime of the next # interval in the sequence. my $next_int = first { $_->stime > $weektime } @{ $interval_cache{$regionnum} }; if ($next_int) { $etime = $next_int->stime; } else { # weektime is near the end of the week, so decrement # it by a full week and use the stime of the first # interval. $weektime -= (3600*24*7); $etime = $interval_cache{$regionnum}->[0]->stime; } } my $charge_sec = min($seconds_left, $etime - $weektime); $seconds_left -= $charge_sec; my $granularity = $rate_detail->sec_granularity; my $minutes; if ( $granularity ) { # charge per minute # Round up to the nearest $granularity if ( $charge_sec and $charge_sec % $granularity ) { $charge_sec += $granularity - ($charge_sec % $granularity); } $minutes = $charge_sec / 60; #don't round this } else { # per call $minutes = 1; $seconds_left = 0; } #$seconds += $charge_sec; if ( $rate_detail->min_included ) { # the old, kind of deprecated way to do this: # # The rate detail itself has included minutes. We MUST have a place # to track them. my $included_min = $opt{'detail_included_min_hashref'} or return "unable to rate CDR: rate detail has included minutes, but ". "no detail_included_min_hashref provided.\n"; # by default, set the included minutes for this region/time to # what's in the rate_detail if (!exists( $included_min->{$regionnum}{$ratetimenum} )) { $included_min->{$regionnum}{$ratetimenum} = ($rate_detail->min_included * $cust_pkg->quantity || 1); } if ( $included_min->{$regionnum}{$ratetimenum} >= $minutes ) { $charge_sec = 0; $included_min->{$regionnum}{$ratetimenum} -= $minutes; } else { $charge_sec -= ($included_min->{$regionnum}{$ratetimenum} * 60); $included_min->{$regionnum}{$ratetimenum} = 0; } } elsif ( $opt{plan_included_min} && ${ $opt{plan_included_min} } > 0 ) { # The package definition has included minutes, but only for in-group # rate details. Decrement them if this is an in-group call. if ( $rate_detail->region_group ) { if ( ${ $opt{'plan_included_min'} } >= $minutes ) { $charge_sec = 0; ${ $opt{'plan_included_min'} } -= $minutes; } else { $charge_sec -= (${ $opt{'plan_included_min'} } * 60); ${ $opt{'plan_included_min'} } = 0; } } } else { # the new way! my $applied_min = $cust_pkg->apply_usage( 'cdr' => $self, 'rate_detail' => $rate_detail, 'minutes' => $minutes ); # for now, usage pools deal only in whole minutes $charge_sec -= $applied_min * 60; } if ( $charge_sec > 0 ) { #NOW do connection charges here... right? #my $conn_seconds = min($seconds_left, $rate_detail->conn_sec); my $conn_seconds = 0; unless ( $connection_charged++ ) { #only one connection charge $conn_seconds = min($charge_sec, $rate_detail->conn_sec); $seconds_left -= $conn_seconds; $weektime += $conn_seconds; $charge += $rate_detail->conn_charge; } #should preserve (display?) this if ( $granularity == 0 ) { # per call rate $charge += $rate_detail->min_charge; } else { my $charge_min = ( $charge_sec - $conn_seconds ) / 60; $charge += ($rate_detail->min_charge * $charge_min) if $charge_min > 0; #still not rounded } } # choose next rate_detail $rate_detail = $rate->dest_detail({ 'countrycode' => $countrycode, 'phonenum' => $number, 'weektime' => $etime, 'cdrtypenum' => $self->cdrtypenum }) if($seconds_left); # we have now moved forward to $etime $weektime = $etime; } #while $seconds_left # this is why we need regionnum/rate_region.... warn " (rate region $rate_region)\n" if $DEBUG; # NOW round it. my $rounding = $part_pkg->option_cacheable('rounding') || 2; my $sprintformat = '%.'. $rounding. 'f'; my $roundup = 10**(-3-$rounding); my $price = sprintf($sprintformat, $charge + $roundup); $self->set_status_and_rated_price( 'rated', $price, $opt{'svcnum'}, 'rated_pretty_dst' => $pretty_dst, 'rated_regionname' => ($rate_region ? $rate_region->regionname : ''), 'rated_seconds' => $rated_seconds, #$seconds, 'rated_granularity' => $rate_detail->sec_granularity, #$granularity 'rated_ratedetailnum' => $rate_detail->ratedetailnum, 'rated_classnum' => $rate_detail->classnum, #rated_ratedetailnum? 'rated_ratename' => $ratename, #not rate_detail - Intrastate/Interstate ); } sub rate_upstream_simple { my( $self, %opt ) = @_; $self->set_status_and_rated_price( 'rated', sprintf('%.3f', $self->upstream_price), $opt{'svcnum'}, 'rated_classnum' => $self->calltypenum, 'rated_seconds' => $self->billsec, # others? upstream_*_regionname => rated_regionname is possible ); } sub rate_single_price { my( $self, %opt ) = @_; my $part_pkg = $opt{'part_pkg'} or return "No part_pkg specified"; # a little false laziness w/abov # $rate_detail = new FS::rate_detail({sec_granularity => ... }) ? my $granularity = length($part_pkg->option_cacheable('sec_granularity')) ? $part_pkg->option_cacheable('sec_granularity') : 60; my $seconds = $part_pkg->option_cacheable('use_duration') ? $self->duration : $self->billsec; $seconds += $granularity - ( $seconds % $granularity ) if $seconds # don't granular-ize 0 billsec calls (bills them) && $granularity # 0 is per call && $seconds % $granularity; my $minutes = $granularity ? ($seconds / 60) : 1; my $charge_min = $minutes; ${$opt{plan_included_min}} -= $minutes; if ( ${$opt{plan_included_min}} > 0 ) { $charge_min = 0; } else { $charge_min = 0 - ${$opt{plan_included_min}}; ${$opt{plan_included_min}} = 0; } my $charge = sprintf('%.4f', ( $part_pkg->option_cacheable('min_charge') * $charge_min ) + 0.0000000001 ); #so 1.00005 rounds to 1.0001 $self->set_status_and_rated_price( 'rated', $charge, $opt{'svcnum'}, 'rated_granularity' => $granularity, 'rated_seconds' => $seconds, ); } =item rate_cost Rates an already-rated CDR according to the cost fields from the rate plan. Returns the amount. =cut sub rate_cost { my $self = shift; return 0 unless $self->rated_ratedetailnum; my $rate_detail = qsearchs('rate_detail', { 'ratedetailnum' => $self->rated_ratedetailnum } ); my $charge = 0; $charge += ($self->upstream_price || 0) * ($rate_detail->upstream_mult_cost); if ( $self->rated_granularity == 0 ) { $charge += $rate_detail->min_cost; } else { my $minutes = $self->rated_seconds / 60; $charge += $rate_detail->conn_cost + $minutes * $rate_detail->min_cost; } sprintf('%.2f', $charge + .00001 ); } =item cdr_termination [ TERMPART ] =cut sub cdr_termination { my $self = shift; if ( scalar(@_) && $_[0] ) { my $termpart = shift; qsearchs('cdr_termination', { acctid => $self->acctid, termpart => $termpart, } ); } else { qsearch('cdr_termination', { acctid => $self->acctid, } ); } } =item calldate_unix Parses the calldate in SQL string format and returns a UNIX timestamp. =cut sub calldate_unix { str2time(shift->calldate); } =item startdate_sql Parses the startdate in UNIX timestamp format and returns a string in SQL format. =cut sub startdate_sql { my($sec,$min,$hour,$mday,$mon,$year) = localtime(shift->startdate); $mon++; $year += 1900; "$year-$mon-$mday $hour:$min:$sec"; } =item cdr_carrier Returns the FS::cdr_carrier object associated with this CDR, or false if no carrierid is defined. =cut my %carrier_cache = (); sub cdr_carrier { my $self = shift; return '' unless $self->carrierid; $carrier_cache{$self->carrierid} ||= qsearchs('cdr_carrier', { 'carrierid' => $self->carrierid } ); } =item carriername Returns the carrier name (see L), or the empty string if no FS::cdr_carrier object is assocated with this CDR. =cut sub carriername { my $self = shift; my $cdr_carrier = $self->cdr_carrier; $cdr_carrier ? $cdr_carrier->carriername : ''; } =item cdr_calltype Returns the FS::cdr_calltype object associated with this CDR, or false if no calltypenum is defined. =cut my %calltype_cache = (); sub cdr_calltype { my $self = shift; return '' unless $self->calltypenum; $calltype_cache{$self->calltypenum} ||= qsearchs('cdr_calltype', { 'calltypenum' => $self->calltypenum } ); } =item calltypename Returns the call type name (see L), or the empty string if no FS::cdr_calltype object is assocated with this CDR. =cut sub calltypename { my $self = shift; my $cdr_calltype = $self->cdr_calltype; $cdr_calltype ? $cdr_calltype->calltypename : ''; } =item downstream_csv [ OPTION => VALUE, ... ] =cut # in the future, load this dynamically from detail_format classes my %export_names = ( 'simple' => { 'name' => 'Simple', 'invoice_header' => "Date,Time,Name,Destination,Duration,Price", }, 'simple2' => { 'name' => 'Simple with source', 'invoice_header' => "Date,Time,Called From,Destination,Duration,Price", #"Date,Time,Name,Called From,Destination,Duration,Price", }, 'accountcode_simple' => { 'name' => 'Simple with accountcode', 'invoice_header' => "Date,Time,Called From,Account,Duration,Price", }, 'basic' => { 'name' => 'Basic', 'invoice_header' => "Date/Time,Called Number,Min/Sec,Price", }, 'basic_upstream_dst_regionname' => { 'name' => 'Basic with upstream destination name', 'invoice_header' => "Date/Time,Called Number,Destination,Min/Sec,Price", }, 'default' => { 'name' => 'Default', 'invoice_header' => 'Date,Time,Number,Destination,Duration,Price', }, 'source_default' => { 'name' => 'Default with source', 'invoice_header' => 'Caller,Date,Time,Number,Destination,Duration,Price', }, 'accountcode_default' => { 'name' => 'Default plus accountcode', 'invoice_header' => 'Date,Time,Account,Number,Destination,Duration,Price', }, 'description_default' => { 'name' => 'Default with description field as destination', 'invoice_header' => 'Caller,Date,Time,Number,Destination,Duration,Price', }, 'sum_duration' => { 'name' => 'Summary, one line per service', 'invoice_header' => 'Caller,Rate,Calls,Minutes,Price', }, 'sum_count' => { 'name' => 'Number of calls, one line per service', 'invoice_header' => 'Caller,Rate,Messages,Price', }, 'sum_duration' => { 'name' => 'Summary, one line per service', 'invoice_header' => 'Caller,Rate,Calls,Minutes,Price', }, 'sum_duration_prefix' => { 'name' => 'Summary, one line per destination prefix', 'invoice_header' => 'Caller,Rate,Calls,Minutes,Price', }, 'sum_count_class' => { 'name' => 'Summary, one line per usage class', 'invoice_header' => 'Caller,Class,Calls,Price', }, 'sum_duration_accountcode' => { 'name' => 'Summary, one line per accountcode', 'invoice_header' => 'Caller,Rate,Calls,Minutes,Price', }, ); my %export_formats = (); sub export_formats { #my $self = shift; return %export_formats if keys %export_formats; my $conf = new FS::Conf; my $date_format = $conf->config('date_format') || '%m/%d/%Y'; # call duration in the largest units that accurately reflect the granularity my $duration_sub = sub { my($cdr, %opt) = @_; my $sec = $opt{seconds} || $cdr->billsec; if ( defined $opt{granularity} && $opt{granularity} == 0 ) { #per call return '1 call'; } elsif ( defined $opt{granularity} && $opt{granularity} == 60 ) {#full minutes my $min = int($sec/60); $min++ if $sec%60; return $min.'m'; } else { #anything else return sprintf("%dm %ds", $sec/60, $sec%60); } }; my $price_sub = sub { my ($cdr, %opt) = @_; my $price; if ( defined($opt{charge}) ) { $price = $opt{charge}; } elsif ( $opt{inbound} ) { my $term = $cdr->cdr_termination(1); # 1 = inbound $price = $term->rated_price if defined $term; } else { $price = $cdr->rated_price; } length($price) ? ($opt{money_char} . $price) : ''; }; my $src_sub = sub { $_[0]->clid || $_[0]->src }; %export_formats = ( 'simple' => [ sub { time2str($date_format, shift->calldate_unix ) }, #DATE sub { time2str('%r', shift->calldate_unix ) }, #TIME 'userfield', #USER 'dst', #NUMBER_DIALED $duration_sub, #DURATION #sub { sprintf('%.3f', shift->upstream_price ) }, #PRICE $price_sub, ], 'simple2' => [ sub { time2str($date_format, shift->calldate_unix ) }, #DATE sub { time2str('%r', shift->calldate_unix ) }, #TIME #'userfield', #USER $src_sub, #called from 'dst', #NUMBER_DIALED $duration_sub, #DURATION #sub { sprintf('%.3f', shift->upstream_price ) }, #PRICE $price_sub, ], 'accountcode_simple' => [ sub { time2str($date_format, shift->calldate_unix ) }, #DATE sub { time2str('%r', shift->calldate_unix ) }, #TIME $src_sub, #called from 'accountcode', #NUMBER_DIALED $duration_sub, #DURATION $price_sub, ], 'sum_duration' => [ # for summary formats, the CDR is a fictitious object containing the # total billsec and the phone number of the service $src_sub, sub { my($cdr, %opt) = @_; $opt{ratename} }, sub { my($cdr, %opt) = @_; $opt{count} }, sub { my($cdr, %opt) = @_; int($opt{seconds}/60).'m' }, $price_sub, ], 'sum_count' => [ $src_sub, sub { my($cdr, %opt) = @_; $opt{ratename} }, sub { my($cdr, %opt) = @_; $opt{count} }, $price_sub, ], 'basic' => [ sub { time2str('%d %b - %I:%M %p', shift->calldate_unix) }, 'dst', $duration_sub, $price_sub, ], 'default' => [ #DATE sub { time2str($date_format, shift->calldate_unix ) }, # #time2str("%Y %b %d - %r", $cdr->calldate_unix ), #TIME sub { time2str('%r', shift->calldate_unix ) }, # time2str("%c", $cdr->calldate_unix), #XXX this should probably be a config option dropdown so they can select US vs- rest of world dates or whatnot #DEST ("Number") sub { my($cdr, %opt) = @_; $opt{pretty_dst} || $cdr->dst; }, #REGIONNAME ("Destination") sub { my($cdr, %opt) = @_; $opt{dst_regionname}; }, #DURATION $duration_sub, #PRICE $price_sub, ], ); $export_formats{'source_default'} = [ $src_sub, @{ $export_formats{'default'} }, ]; $export_formats{'accountcode_default'} = [ @{ $export_formats{'default'} }[0,1], 'accountcode', @{ $export_formats{'default'} }[2..5], ]; my @default = @{ $export_formats{'default'} }; $export_formats{'description_default'} = [ $src_sub, @default[0..2], sub { my($cdr, %opt) = @_; $cdr->description }, @default[4,5] ]; return %export_formats; } =item downstream_csv OPTION => VALUE ... Returns a string of formatted call details for display on an invoice. Options: format charge - override the 'rated_price' field of the CDR seconds - override the 'billsec' field of the CDR count - number of usage events included in this record, for summary formats ratename - name of the rate table used to rate this call granularity =cut sub downstream_csv { my( $self, %opt ) = @_; my $format = $opt{'format'}; my %formats = $self->export_formats; return "Unknown format $format" unless exists $formats{$format}; #my $conf = new FS::Conf; #$opt{'money_char'} ||= $conf->config('money_char') || '$'; $opt{'money_char'} ||= FS::Conf->new->config('money_char') || '$'; my $csv = new Text::CSV_XS; my @columns = map { ref($_) ? &{$_}($self, %opt) : $self->$_(); } @{ $formats{$format} }; return @columns if defined $opt{'keeparray'}; my $status = $csv->combine(@columns); die "FS::CDR: error combining ". $csv->error_input(). "into downstream CSV" unless $status; $csv->string; } sub get_lrn { my $self = shift; my $field = shift; my $ua = LWP::UserAgent->new( 'ssl_opts' => { verify_hostname => 0, SSL_verify_mode => IO::Socket::SSL::SSL_VERIFY_NONE, }, ); my $url = 'https://ws.freeside.biz/get_lrn'; my %content = ( 'support-key' => $support_key, 'tn' => $self->get($field), ); my $response = $ua->request( POST $url, \%content ); die "LRN service error: ". $response->message. "\n" unless $response->is_success; local $@; my $data = eval { decode_json($response->content) }; die "LRN service JSON error : $@\n" if $@; if ($data->{error}) { die "acctid ".$self->acctid." $field LRN lookup failed:\n$data->{error}"; # for testing; later we should respect ignore_unrateable } elsif ($data->{lrn}) { # normal case $self->set($field.'_lrn', $data->{lrn}); } else { die "acctid ".$self->acctid." $field LRN lookup returned no number.\n"; } return $data; # in case it's interesting somehow } =back =head1 CLASS METHODS =over 4 =item invoice_formats Returns an ordered list of key value pairs containing invoice format names as keys (for use with part_pkg::voip_cdr) and "pretty" format names as values. =cut # in the future, load this dynamically from detail_format classes sub invoice_formats { map { ($_ => $export_names{$_}->{'name'}) } grep { $export_names{$_}->{'invoice_header'} } sort keys %export_names; } =item invoice_header FORMAT Returns a scalar containing the CSV column header for invoice format FORMAT. =cut sub invoice_header { my $format = shift; $export_names{$format}->{'invoice_header'}; } =item clear_status Clears cdr and any associated cdr_termination statuses - used for CDR reprocessing. =cut sub clear_status { my $self = shift; my %opt = @_; local $SIG{HUP} = 'IGNORE'; local $SIG{INT} = 'IGNORE'; local $SIG{QUIT} = 'IGNORE'; local $SIG{TERM} = 'IGNORE'; local $SIG{TSTP} = 'IGNORE'; local $SIG{PIPE} = 'IGNORE'; my $oldAutoCommit = $FS::UID::AutoCommit; local $FS::UID::AutoCommit = 0; my $dbh = dbh; if ( $cdr_prerate && $cdr_prerate_cdrtypenums{$self->cdrtypenum} && $self->rated_ratedetailnum #avoid putting old CDRs back in "rated" && $self->freesidestatus eq 'done' && ! $opt{'rerate'} ) { #special case $self->freesidestatus('rated'); } else { $self->freesidestatus(''); } my $error = $self->replace; if ( $error ) { $dbh->rollback if $oldAutoCommit; return $error; } foreach my $cdr_termination ( $self->cdr_termination ) { #$cdr_termination->status(''); #$error = $cdr_termination->replace; $error = $cdr_termination->delete; if ( $error ) { $dbh->rollback if $oldAutoCommit; return $error; } } $dbh->commit or die $dbh->errstr if $oldAutoCommit; ''; } =item import_formats Returns an ordered list of key value pairs containing import format names as keys (for use with batch_import) and "pretty" format names as values. =cut #false laziness w/part_pkg & part_export my %cdr_info; foreach my $INC ( @INC ) { warn "globbing $INC/FS/cdr/[a-z]*.pm\n" if $DEBUG; foreach my $file ( glob("$INC/FS/cdr/[a-z]*.pm") ) { warn "attempting to load CDR format info from $file\n" if $DEBUG; $file =~ /\/(\w+)\.pm$/ or do { warn "unrecognized file in $INC/FS/cdr/: $file\n"; next; }; my $mod = $1; my $info = eval "use FS::cdr::$mod; ". "\\%FS::cdr::$mod\::info;"; if ( $@ ) { die "error using FS::cdr::$mod (skipping): $@\n" if $@; next; } unless ( keys %$info ) { warn "no %info hash found in FS::cdr::$mod, skipping\n"; next; } warn "got CDR format info from FS::cdr::$mod: $info\n" if $DEBUG; if ( exists($info->{'disabled'}) && $info->{'disabled'} ) { warn "skipping disabled CDR format FS::cdr::$mod" if $DEBUG; next; } $cdr_info{$mod} = $info; } } tie my %import_formats, 'Tie::IxHash', map { $_ => $cdr_info{$_}->{'name'} } sort { $cdr_info{$a}->{'weight'} <=> $cdr_info{$b}->{'weight'} } grep { exists($cdr_info{$_}->{'import_fields'}) } keys %cdr_info; sub import_formats { %import_formats; } sub _cdr_min_parser_maker { my $field = shift; my @fields = ref($field) ? @$field : ($field); @fields = qw( billsec duration ) unless scalar(@fields) && $fields[0]; return sub { my( $cdr, $min ) = @_; my $sec = eval { _cdr_min_parse($min) }; die "error parsing seconds for @fields from $min minutes: $@\n" if $@; $cdr->$_($sec) foreach @fields; }; } sub _cdr_min_parse { my $min = shift; sprintf('%.0f', $min * 60 ); } sub _cdr_date_parser_maker { my $field = shift; my %options = @_; my @fields = ref($field) ? @$field : ($field); return sub { my( $cdr, $datestring ) = @_; my $unixdate = eval { _cdr_date_parse($datestring, %options) }; die "error parsing date for @fields from $datestring: $@\n" if $@; $cdr->$_($unixdate) foreach @fields; }; } sub _cdr_date_parse { my $date = shift; my %options = @_; return '' unless length($date); #that's okay, it becomes NULL return '' if $date eq 'NA'; #sansay if ( $date =~ /^([a-z]{3})\s+([a-z]{3})\s+(\d{1,2})\s+(\d{1,2}):(\d{1,2}):(\d{1,2})\s+(\d{4})$/i && $7 > 1970 ) { my $time = str2time($date); return $time if $time > 100000; #just in case } my($year, $mon, $day, $hour, $min, $sec); #$date =~ /^\s*(\d{4})[\-\/]\(\d{1,2})[\-\/](\d{1,2})\s+(\d{1,2}):(\d{1,2}):(\d{1,2})\s*$/ #taqua #2007-10-31 08:57:24.113000000 if ( $date =~ /^\s*(\d{4})\D(\d{1,2})\D(\d{1,2})\D+(\d{1,2})\D(\d{1,2})\D(\d{1,2})(\D|$)/ ) { ($year, $mon, $day, $hour, $min, $sec) = ( $1, $2, $3, $4, $5, $6 ); } elsif ( $date =~ /^\s*(\d{1,2})\D(\d{1,2})\D(\d{4})\s+(\d{1,2})\D(\d{1,2})(?:\D(\d{1,2}))?(\D|$)/ ) { # 8/26/2010 12:20:01 # optionally without seconds ($mon, $day, $year, $hour, $min, $sec) = ( $1, $2, $3, $4, $5, $6 ); $sec = 0 if !defined($sec); } elsif ( $date =~ /^\s*(\d{4})(\d{2})(\d{2})(\d{2})(\d{2})(\d{2})(\.\d+)$/ ) { # broadsoft: 20081223201938.314 ($year, $mon, $day, $hour, $min, $sec) = ( $1, $2, $3, $4, $5, $6 ); } elsif ( $date =~ /^\s*(\d{4})(\d{2})(\d{2})(\d{2})(\d{2})(\d{2})\d+(\D|$)/ ) { # Taqua OM: 20050422203450943 ($year, $mon, $day, $hour, $min, $sec) = ( $1, $2, $3, $4, $5, $6 ); } elsif ( $date =~ /^\s*(\d{4})(\d{2})(\d{2})(\d{2})(\d{2})(\d{2})$/ ) { # WIP: 20100329121420 ($year, $mon, $day, $hour, $min, $sec) = ( $1, $2, $3, $4, $5, $6 ); } elsif ( $date =~ /^(\d{4})-(\d{2})-(\d{2})T(\d{2}):(\d{2}):(\d{2})Z$/) { # Telos 2014-10-10T05:30:33Z ($year, $mon, $day, $hour, $min, $sec) = ( $1, $2, $3, $4, $5, $6 ); $options{gmt} = 1; } else { die "unparsable date: $date"; #maybe we shouldn't die... } return '' if ( $year == 1900 || $year == 1970 ) && $mon == 1 && $day == 1 && $hour == 0 && $min == 0 && $sec == 0; if ($options{gmt}) { timegm($sec, $min, $hour, $day, $mon-1, $year); } else { timelocal($sec, $min, $hour, $day, $mon-1, $year); } } =item batch_import HASHREF Imports CDR records. Available options are: =over 4 =item file Filename =item format =item params Hash reference of preset fields, typically cdrbatch =item empty_ok Set true to prevent throwing an error on empty imports =back =cut my %import_options = ( 'table' => 'cdr', 'batch_keycol' => 'cdrbatchnum', 'batch_table' => 'cdr_batch', 'batch_namecol' => 'cdrbatch', 'formats' => { map { $_ => $cdr_info{$_}->{'import_fields'}; } keys %cdr_info }, #drop the || 'csv' to allow auto xls for csv types? 'format_types' => { map { $_ => lc($cdr_info{$_}->{'type'} || 'csv'); } keys %cdr_info }, 'format_headers' => { map { $_ => ( $cdr_info{$_}->{'header'} || 0 ); } keys %cdr_info }, 'format_sep_chars' => { map { $_ => $cdr_info{$_}->{'sep_char'}; } keys %cdr_info }, 'format_fixedlength_formats' => { map { $_ => $cdr_info{$_}->{'fixedlength_format'}; } keys %cdr_info }, 'format_xml_formats' => { map { $_ => $cdr_info{$_}->{'xml_format'}; } keys %cdr_info }, 'format_asn_formats' => { map { $_ => $cdr_info{$_}->{'asn_format'}; } keys %cdr_info }, 'format_row_callbacks' => { map { $_ => $cdr_info{$_}->{'row_callback'}; } keys %cdr_info }, 'format_parser_opts' => { map { $_ => $cdr_info{$_}->{'parser_opt'}; } keys %cdr_info }, ); sub _import_options { \%import_options; } sub batch_import { my $opt = shift; my $iopt = _import_options; $opt->{$_} = $iopt->{$_} foreach keys %$iopt; if ( defined $opt->{'cdrtypenum'} ) { $opt->{'preinsert_callback'} = sub { my($record,$param) = (shift,shift); $record->cdrtypenum($opt->{'cdrtypenum'}); ''; }; } FS::Record::batch_import( $opt ); } =item process_batch_import =cut sub process_batch_import { my $job = shift; my $opt = _import_options; # $opt->{'params'} = [ 'format', 'cdrbatch' ]; FS::Record::process_batch_import( $job, $opt, @_ ); } # if ( $format eq 'simple' ) { #should be a callback or opt in FS::cdr::simple # @columns = map { s/^ +//; $_; } @columns; # } # _ upgrade_data # # Used by FS::Upgrade to migrate to a new database. sub _upgrade_data { my ($class, %opts) = @_; warn "$me upgrading $class\n" if $DEBUG; my $sth = dbh->prepare( 'SELECT DISTINCT(cdrbatch) FROM cdr WHERE cdrbatch IS NOT NULL' ) or die dbh->errstr; $sth->execute or die $sth->errstr; my %cdrbatchnum = (); while (my $row = $sth->fetchrow_arrayref) { my $cdr_batch = qsearchs( 'cdr_batch', { 'cdrbatch' => $row->[0] } ); unless ( $cdr_batch ) { $cdr_batch = new FS::cdr_batch { 'cdrbatch' => $row->[0] }; my $error = $cdr_batch->insert; die $error if $error; } $cdrbatchnum{$row->[0]} = $cdr_batch->cdrbatchnum; } $sth = dbh->prepare('UPDATE cdr SET cdrbatch = NULL, cdrbatchnum = ? WHERE cdrbatch IS NOT NULL AND cdrbatch = ?') or die dbh->errstr; foreach my $cdrbatch (keys %cdrbatchnum) { $sth->execute($cdrbatchnum{$cdrbatch}, $cdrbatch) or die $sth->errstr; } } =item ip_addr_sql FIELD RANGE Returns an SQL condition to search for CDRs with an IP address within RANGE. FIELD is either 'src_ip_addr' or 'dst_ip_addr'. RANGE should be in the form "a.b.c.d-e.f.g.h' (dotted quads), where any of the leftmost octets of the second address can be omitted if they're the same as the first address. =cut sub ip_addr_sql { my $class = shift; my ($field, $range) = @_; $range =~ /^[\d\.-]+$/ or die "bad ip address range '$range'"; my @r = split('-', $range); my @saddr = split('\.', $r[0] || ''); my @eaddr = split('\.', $r[1] || ''); unshift @eaddr, (undef) x (4 - scalar @eaddr); for(0..3) { $eaddr[$_] = $saddr[$_] if !defined $eaddr[$_]; } "$field >= '".sprintf('%03d.%03d.%03d.%03d', @saddr) . "' AND ". "$field <= '".sprintf('%03d.%03d.%03d.%03d', @eaddr) . "'"; } =back =head1 BUGS =head1 SEE ALSO L, schema.html from the base documentation. =cut 1;