my %upload_targets;
+tie our %parsing_rules, 'Tie::IxHash', (
+ 'no_street_suffix' => 'Avoid street suffix',
+ 'no_postdir' => 'Avoid post directional',
+ # add others as we learn about them
+);
+
tie %options, 'Tie::IxHash', (
'company_name' => { label => 'Company name for header record',
- type => 'text'
+ type => 'text',
},
'company_id' => { label => 'NENA company ID',
type => 'text',
},
'debug' => { label => 'Enable debugging',
type => 'checkbox' },
+ 'parsing_rules' => { label => 'Address parsing rules',
+ type => 'title' },
+
+ map({ $_ => { label => $parsing_rules{$_}, type => 'checkbox' } }
+ keys %parsing_rules
+ ),
);
+
%info = (
'svc' => 'svc_phone',
'desc' => 'Export a NENA 2 E911 data file',
);
sub immediate {
- local $@;
- eval "use Geo::StreetAddress::US";
- if ($@) {
- if ($@ =~ /^Can't locate/) {
- return "Geo::StreetAddress::US must be installed to use the NENA2 export.";
- } else {
- die $@;
- }
- }
# validate some things
my ($self, $action, $svc) = @_;
}
sub data {
+ local $@;
+ eval "use Geo::StreetAddress::US";
+ if ($@) {
+ if ($@ =~ /^Can't locate/) {
+ return "Geo::StreetAddress::US must be installed to use the NENA2 export.";
+ } else {
+ die $@;
+ }
+ }
# generate the entire record here. reconciliation of multiple updates to
# the same service can be done at process time.
my $self = shift;
my %hash = map { $_ => '' } @{ $item_format->names };
$hash{function_code} = $function_code{$action};
-
+
# Add default area code if phonenum is 7 digits
- if ($self->option('area_code') =~ /^\d{3}/ && $svc->phonenum =~ /^\d{7}/ ){
- $svc->phonenum = $self->option('area_code'). $svc->phonenum
+ my $phonenum = $svc->phonenum;
+ if ($self->option('area_code') =~ /^\d{3}$/ && $phonenum =~ /^\d{7}$/ ){
+ $phonenum = $self->option('area_code'). $svc->phonenum;
}
# phone number
-
- $svc->phonenum =~ /^(\d{3})(\d*)$/;
+ $phonenum =~ /^(\d{3})(\d*)$/;
$hash{npa} = $1;
$hash{calling_number} = $2;
# street address
+ # some cleanup:
+ my $full_address = $cust_location->address1;
+ my $address2 = $cust_location->address2;
+ if (length($address2)) {
+ # correct 'Sp', 'Sp.', 'sp ', etc. to the word SPACE for convenience
+ $address2 =~ s/^sp\b\.? ?/SPACE /i;
+ # and join it to $full_address with a space, not a comma
+ $full_address .= ' ' . $address2;
+ }
+
+ Geo::StreetAddress::US->avoid_redundant_street_type(1);
+
my $location_hash = Geo::StreetAddress::US->parse_address(
- uc( join(', ', $cust_location->address1,
- $cust_location->address2,
- $cust_location->city,
- $cust_location->state,
- $cust_location->zip
+ uc( join(', ', $full_address,
+ $cust_location->city,
+ $cust_location->state,
+ $cust_location->zip
) )
);
- $hash{house_number} = $location_hash->{number};
- $hash{house_number_suffix} = ''; # we don't support this, do we?
- $hash{prefix_directional} = $location_hash->{prefix};
- $hash{street_name} = $location_hash->{street};
- $hash{street_suffix} = $location_hash->{type};
- $hash{post_directional} = $location_hash->{suffix};
- $hash{community_name} = $location_hash->{city};
- $hash{state} = $location_hash->{state};
- if ($location_hash->{sec_unit_type}) {
- $hash{location} = $location_hash->{sec_unit_type} . ' ' .
- $location_hash->{sec_unit_num};
+ if ( length($address2) ) {
+ # be careful how we handle this
+ if ( !defined $location_hash ) {
+ # then it did successfully parse. BUT.
+ # if there's no sec_unit_type, then the address2 was parsed as part
+ # of the street name, which is wrong. Then reparse.
+ if ( !$location_hash->{sec_unit_type} ) {
+ undef $location_hash;
+ }
+ }
+ # then parsing failed. Try again without the address2.
+ $location_hash = Geo::StreetAddress::US->parse_address(
+ uc( join(', ',
+ $cust_location->address1,
+ $cust_location->city,
+ $cust_location->state,
+ $cust_location->zip
+ ) )
+ );
+ # this should not produce an address with sec_unit_type,
+ # so 'location' will be set to address2
+ }
+ if ( $location_hash ) {
+ # then store it
+ $hash{house_number} = $location_hash->{number};
+ $hash{house_number_suffix} = ''; # we don't support this, do we?
+ $hash{prefix_directional} = $location_hash->{prefix};
+ $hash{street_name} = $location_hash->{street};
+ $hash{community_name} = $location_hash->{city};
+ $hash{state} = $location_hash->{state};
+
+ if ($location_hash->{sec_unit_type}) {
+ $hash{location} = $location_hash->{sec_unit_type} . ' ' .
+ $location_hash->{sec_unit_num};
+ } else {
+ # if sec_unit_type was not set, then put address2 in 'location'
+ $hash{location} = $address2;
+ }
+
+ if ( $self->option('no_street_suffix') and $location_hash->{type} ) {
+ my $type = $location_hash->{type};
+ $hash{street_name} .= ' ' . uc($location_hash->{type});
+ } else {
+ $hash{street_suffix} = uc($location_hash->{type});
+ }
+
+ if ( $self->option('no_postdir') and $location_hash->{suffix} ) {
+ $hash{street_name} .= ' ' . $location_hash->{suffix};
+ } else {
+ $hash{post_directional} = $location_hash->{suffix};
+ }
+
} else {
- $hash{location} = $cust_location->address2;
+ # then it still wouldn't parse; happens when the address has no house
+ # number (which is allowed in NENA 2 format). so just put all the
+ # information we have into the record. (Parse::FixedLength will trim
+ # it to fit if necessary.)
+ $hash{street_name} = uc($cust_location->address1);
+ $hash{location} = uc($address2);
+ $hash{community_name} = uc($cust_location->city);
+ $hash{state} = uc($cust_location->state);
}
- $hash{location} = $location_hash->{address2};
# customer name and class
$hash{customer_name} = $svc->phone_name_or_cust;
$hash{class_of_service} = $svc->e911_class;
+ if (!$hash{class_of_service}) {
+ # then guess
+ my $cust_main = $svc->cust_main;
+ if ($cust_main->company) {
+ $hash{class_of_service} = '2';
+ } else {
+ $hash{class_of_service} = '1';
+ }
+ }
$hash{type_of_service} = $svc->e911_type || '0';
$hash{exchange} = '';