DBIx-Wrapper-0.09/0040755000076400007640000000000010057545134012010 5ustar dondonDBIx-Wrapper-0.09/lib/0040755000076400007640000000000010057545134012556 5ustar dondonDBIx-Wrapper-0.09/lib/DBIx/0040755000076400007640000000000010057545134013344 5ustar dondonDBIx-Wrapper-0.09/lib/DBIx/Wrapper/0040755000076400007640000000000010057545134014764 5ustar dondonDBIx-Wrapper-0.09/lib/DBIx/Wrapper/Statement.pm0100644000076400007640000000205207641717040017264 0ustar dondon# -*-perl-*- # Creation date: 2003-03-30 15:23:31 # Authors: Don # Change log: # $Id: Statement.pm,v 1.1 2003/03/31 01:47:12 don Exp $ use strict; { package DBIx::Wrapper::Statement; use vars qw($VERSION); $VERSION = do { my @r=(q$Revision: 1.1 $=~/\d+/g); sprintf "%d."."%02d"x$#r,@r }; sub new { my ($proto) = @_; my $self = bless {}, ref($proto) || $proto; return $self; } #################### # getters/setters sub _getSth { my ($self) = @_; return $$self{_sth}; } sub _setSth { my ($self, $sth) = @_; $$self{_sth} = $sth; } sub _getParent { my ($self) = @_; return $$self{_parent}; } sub _setParent { my ($self, $parent) = @_; $$self{_parent} = $parent; } } 1; __END__ =pod =head1 NAME DBIx::Wrapper::Statement - =head1 SYNOPSIS =head1 DESCRIPTION =head1 METHODS =head1 EXAMPLES =head1 BUGS =head1 AUTHOR =head1 VERSION $Id: Statement.pm,v 1.1 2003/03/31 01:47:12 don Exp $ =cut DBIx-Wrapper-0.09/lib/DBIx/Wrapper/SQLCommand.pm0100644000076400007640000000144507642500612017257 0ustar dondon# -*-perl-*- # Creation date: 2003-03-30 16:26:50 # Authors: Don # Change log: # $Id: SQLCommand.pm,v 1.2 2003/04/02 06:22:02 don Exp $ use strict; { package DBIx::Wrapper::SQLCommand; use vars qw($VERSION); $VERSION = do { my @r=(q$Revision: 1.2 $=~/\d+/g); sprintf "%d."."%02d"x$#r,@r }; sub new { my ($proto, $str) = @_; my $self = bless { _str => $str }, ref($proto) || $proto; return $self; } sub asString { my ($self) = @_; return $$self{_str}; } *as_string = \&asString; } 1; __END__ =pod =head1 NAME DBIx::Wrapper::SQLCommand - =head1 SYNOPSIS =head1 DESCRIPTION =head1 METHODS =head1 EXAMPLES =head1 BUGS =head1 AUTHOR =head1 VERSION $Id: SQLCommand.pm,v 1.2 2003/04/02 06:22:02 don Exp $ =cut DBIx-Wrapper-0.09/lib/DBIx/Wrapper/SelectLoop.pm0100644000076400007640000000442010046007001017350 0ustar dondon# -*-perl-*- # Creation date: 2003-03-30 15:25:00 # Authors: Don # Change log: # $Id: SelectLoop.pm,v 1.5 2004/05/04 21:41:21 don Exp $ use strict; { package DBIx::Wrapper::SelectLoop; use vars qw($VERSION); $VERSION = do { my @r=(q$Revision: 1.5 $=~/\d+/g); sprintf "%d."."%02d"x$#r,@r }; use base 'DBIx::Wrapper::Statement'; sub new { my ($proto, $parent, $query, $exec_args) = @_; my $self = { _query => $query, _exec_args => $exec_args, _cur_row_count => 0 }; my $dbh = $parent->_getDatabaseHandle; my $sth = $dbh->prepare($query); unless ($sth) { $parent->_printDbiError("\nQuery was '$query'\n"); return $parent->setErr(0, $DBI::errstr); } unless (scalar(@_) == 4) { $exec_args = []; } $exec_args = [ $exec_args ] unless ref($exec_args); unless ($sth->execute(@$exec_args)) { $parent->_printDbiError("\nQuery was '$query'\n"); return $parent->setErr(1, $DBI::errstr); } bless $self, ref($proto) || $proto; $self->_setSth($sth); $self->_setParent($parent); return $self; } sub next { my ($self) = @_; my $sth = $self->_getSth; $$self{_cur_row_count}++; return $sth->fetchrow_hashref($self->_getParent()->getNameArg); } sub nextWithArrayRef { my ($self) = @_; my $sth = $self->_getSth; $$self{_cur_row_count}++; my $row = $sth->fetchrow_arrayref; return [ @$row ] if $row; return undef; } *nextArrayRef = \&nextWithArrayRef; sub rowCountCurrent { my ($self) = @_; return $$self{_cur_row_count}; } sub rowCountTotal { my ($self) = @_; my $sth = $self->_getSth; return $sth->rows; } *count = \&rowCountTotal; sub DESTROY { my ($self) = @_; my $sth = $self->_getSth; $sth->finish if $sth; } } 1; __END__ =pod =head1 NAME DBIx::Wrapper::SelectLoop - =head1 SYNOPSIS =head1 DESCRIPTION =head1 METHODS =head1 EXAMPLES =head1 BUGS =head1 AUTHOR =head1 VERSION $Id: SelectLoop.pm,v 1.5 2004/05/04 21:41:21 don Exp $ =cut DBIx-Wrapper-0.09/lib/DBIx/Wrapper/SelectExecLoop.pm0100644000076400007640000000327710041551437020202 0ustar dondon# -*-perl-*- # Creation date: 2004-04-21 10:45:30 # Authors: Don # Change log: # $Id: SelectExecLoop.pm,v 1.1 2004/04/21 20:01:35 don Exp $ use strict; { package DBIx::Wrapper::SelectExecLoop; use vars qw($VERSION); $VERSION = do { my @r=(q$Revision: 1.1 $=~/\d+/g); sprintf "%d."."%02d"x$#r,@r }; use base 'DBIx::Wrapper::Statement'; sub new { my ($proto, $parent, $query, $multi) = @_; my $sth = $parent->_getDatabaseHandle()->prepare($query); unless ($sth) { $parent->_printDbiError("\nQuery was '$query'\n"); return $parent->setErr(0, $DBI::errstr); } my $self = bless { _query => $query, _multi => $multi || '' }, ref($proto) || $proto; $self->_setSth($sth); $self->_setParent($parent); return $self; } sub next { my ($self, $exec_args) = @_; my $sth = $self->_getSth; if ($$self{_multi}) { if ($sth->execute(@$exec_args)) { my $rows = []; while (my $row = $sth->fetchrow_hashref) { push @$rows, $row; } return $rows; } } else { if ($sth->execute(@$exec_args)) { return $sth->fetchrow_hashref; } } return undef; } sub DESTROY { my ($self) = @_; my $sth = $self->_getSth; $sth->finish if $sth; } } 1; __END__ =pod =head1 NAME DBIx::Wrapper::SelectExecLoop - =head1 SYNOPSIS =head1 DESCRIPTION =head1 METHODS =head1 EXAMPLES =head1 BUGS =head1 AUTHOR =head1 VERSION $Id: SelectExecLoop.pm,v 1.1 2004/04/21 20:01:35 don Exp $ =cut DBIx-Wrapper-0.09/lib/DBIx/Wrapper/StatementLoop.pm0100644000076400007640000000254410041551365020116 0ustar dondon# -*-perl-*- # Creation date: 2003-03-30 15:24:44 # Authors: Don # Change log: # $Id: StatementLoop.pm,v 1.3 2004/04/21 20:00:53 don Exp $ use strict; { package DBIx::Wrapper::StatementLoop; use vars qw($VERSION); $VERSION = do { my @r=(q$Revision: 1.3 $=~/\d+/g); sprintf "%d."."%02d"x$#r,@r }; use base 'DBIx::Wrapper::Statement'; sub new { my ($proto, $parent, $query) = @_; my $sth = $parent->_getDatabaseHandle()->prepare($query); unless ($sth) { $parent->_printDbiError("\nQuery was '$query'\n"); return $parent->setErr(0, $DBI::errstr); } my $self = bless {}, ref($proto) || $proto; $self->_setSth($sth); return $self; } sub next { my ($self, $exec_args) = @_; if (scalar(@_) == 3) { $exec_args = [ $exec_args ] unless ref($exec_args); } $exec_args = [] unless $exec_args; my $sth = $self->_getSth; $sth->execute(@$exec_args); } sub DESTROY { my ($self) = @_; my $sth = $self->_getSth; $sth->finish if $sth; } } 1; __END__ =pod =head1 NAME DBIx::Wrapper::StatementLoop - =head1 SYNOPSIS =head1 DESCRIPTION =head1 METHODS =head1 EXAMPLES =head1 BUGS =head1 AUTHOR =head1 VERSION $Id: StatementLoop.pm,v 1.3 2004/04/21 20:00:53 don Exp $ =cut DBIx-Wrapper-0.09/lib/DBIx/Wrapper.pm0100644000076400007640000011143010057545000015307 0ustar dondon# -*-perl-*- # Creation date: 2003-03-30 12:17:42 # Authors: Don # Change log: # $Id: Wrapper.pm,v 1.28 2004/06/03 06:49:36 don Exp $ # # Copyright (c) 2003-2004 Don Owens # # All rights reserved. This program is free software; you can # redistribute it and/or modify it under the same terms as Perl # itself. =pod =head1 NAME DBIx::Wrapper - A wrapper around the DBI =head1 SYNOPSIS use DBIx::Wrapper; my $db = DBIx::Wrapper->connect($dsn, $user, $auth, \%attr); my $dbi_obj = DBI->connect(...) my $db = DBIx::Wrapper->newFromDBI($dbi_obj); my $dbi_obj = $db->getDBI; my $rv = $db->insert($table, { id => 5, val => "myval", the_date => \"NOW()" }); my $rv = $db->replace($table, \%data); my $rv = $db->update($table, \%keys, \%data); my $rv = $db->smartUpdate($table, \%keys, \%data); my $row = $db->nativeSelect($query, \@exec_args); my $loop = $db->nativeSelectExecLoop($query); foreach my $val (@vals) { my $row = $loop->next([ $val ]); } my $row = $db->nativeSelectWithArrayRef($query, \@exec_args); my $rows = $db->nativeSelectMulti($query, \@exec_args); my $loop = $db->nativeSelectMultiExecLoop($query) foreach my $val (@vals) { my $rows = $loop->next([ $val ]); } my $rows = $db->nativeSelectMultiWithArrayRef($query, \@exec_args); my $hash = $db->nativeSelectMapping($query, \@exec_args); my $hash = $db->nativeSelectDynaMapping($query, \@cols, \@exec_args); my $hash = $db->nativeSelectRecordMapping($query, \@exec_args); my $hash = $db->nativeSelectRecordDynaMapping($query, $col, \@exec_args); my $row = $db->abstractSelect($table, \@fields, \%where, \@order); my $rows = $db->abstractSelectMulti($table, \@fields, \%where, \@order); my $loop = $db->nativeSelectLoop($query, @exec_args); my $rv = $db->nativeQuery($query, @exec_args); my $loop = $db->nativeQueryLoop("UPDATE my_table SET value=? WHERE id=?"); $loop->next([ 'one', 1]); $loop->next([ 'two', 2]); $db->debugOn(\*FILE_HANDLE); $db->setNameArg($arg) $db->commit(); $db->ping(); $db->err(); =head1 DESCRIPTION DBIx::Wrapper provides a wrapper around the DBI that makes it a bit easier on the programmer. This module allows you to execute a query with a single method call. =head1 METHODS =cut use strict; { package DBIx::Wrapper; # use 5.006; # should have at least Perl 5.6.0 use Carp (); use vars qw($VERSION); BEGIN { $VERSION = '0.09'; # update below in POD as well } use DBI; use DBIx::Wrapper::SQLCommand; use DBIx::Wrapper::Statement; use DBIx::Wrapper::SelectLoop; use DBIx::Wrapper::SelectExecLoop; use DBIx::Wrapper::StatementLoop; sub _new { my ($proto) = @_; my $self = bless {}, ref($proto) || $proto; return $self; } =pod =head2 connect($data_source, $username, $auth, \%attr) Connects to the given database. These are the same parameters you would pass to the connect call when using DBI directly. =head2 new($data_source, $username, $auth, \%attr) An alias for connect(). =cut sub connect { my ($proto, $data_source, $username, $auth, $attr) = @_; my $self = $proto->_new; my $dbh = DBI->connect($data_source, $username, $auth, $attr); unless (ref($attr) eq 'HASH' and defined($$attr{PrintError}) and not $$attr{PrintError}) { # FIXME: make a way to set debug level here # $self->addDebugLevel(2); # print on error } unless ($dbh) { if ($self->_isDebugOn) { $self->_printDebug(Carp::longmess($DBI::errstr)); } else { $self->_printDbiError if not defined($$attr{PrintError}) or $$attr{PrintError}; } return undef; } $self->_setDatabaseHandle($dbh); $self->_setDataSource($data_source); $self->_setUsername($username); $self->_setAuth($auth); $self->_setAttr($attr); $self->_setDisconnect(1); return $self; } *new = \&connect; sub addDebugLevel { my ($self, $level) = @_; $$self{_debug_level} |= $level; } sub getDebugLevel { return shift()->{_debug_level}; } =pod =head2 newFromDBI($dbh) Returns a new DBIx::Wrapper object from a DBI object that has already been created. Note that when created this way, disconnect() will not be called automatically on the underlying DBI object when the DBIx::Wrapper object goes out of scope. =cut sub newFromDBI { my ($proto, $dbh) = @_; my $self = $proto->_new; $self->_setDatabaseHandle($dbh); return $self; } *new_from_dbi = \&newFromDBI; =pod =head2 getDBI() Return the underlying DBI object used to query the database. =cut sub getDBI { my ($self) = @_; return $self->_getDatabaseHandle; } *get_dbi = \&getDBI; *getDbi = \&getDBI; sub _insert_replace { my ($self, $operation, $table, $data) = @_; my @values; my @fields; my @place_holders; while (my ($field, $value) = each %$data) { push @fields, $field; if (UNIVERSAL::isa($value, 'DBIx::Wrapper::SQLCommand')) { push @place_holders, $value->asString; } elsif (ref($value) eq 'SCALAR') { push @place_holders, $$value; } else { $value = '' unless defined($value); push @place_holders, '?'; push @values, $value; } } my $fields = join(",", @fields); my $place_holders = join(",", @place_holders); my $query = qq{$operation INTO $table ($fields) values ($place_holders)}; $self->_printDebug($query); my $dbh = $self->_getDatabaseHandle; my $sth = $dbh->prepare($query); unless ($sth) { if ($self->_isDebugOn) { $self->_printDebug(Carp::longmess($dbh->errstr) . "\nQuery was '$query'\n"); } else { $self->_printDbiError("\nQuery was '$query'\n"); } return $self->setErr(0, $dbh->errstr); } my $rv = $sth->execute(@values); unless ($rv) { if ($self->_isDebugOn) { $self->_printDebug(Carp::longmess($dbh->errstr) . "\nQuery was '$query'\n"); } else { $self->_printDbiError("\nQuery was '$query'\n"); } return $self->setErr(1, $dbh->errstr); } $sth->finish; return $rv; } =pod =head2 insert($table, \%data) Insert the provided row into the database. $table is the name of the table you want to insert into. %data is the data you want to insert -- a hash with key/value pairs representing a row to be insert into the database. =cut sub insert { my ($self, $table, $data) = @_; return $self->_insert_replace('INSERT', $table, $data); } =pod =head2 replace($table, \%data) Same as insert(), except does a REPLACE instead of an INSERT for databases which support it. =cut sub replace { my ($self, $table, $data) = @_; return $self->_insert_replace('REPLACE', $table, $data); } # HERE - In progress sub smartReplace { my ($self, $table, $data, $keys) = @_; if (0 and $keys) { # ignore $keys for now } else { my $dbh = $self->_getDatabaseHandle; my $query = qq{DESCRIBE $table}; my $sth = $self->_getStatementHandleForQuery($query); return $sth unless $sth; my $auto_incr = undef; my $key_list = []; my $info_list = []; while (my $info = $sth->fetchrow_hashref('NAME_lc')) { push @$info_list, $info; push @$key_list, $$info{field} if lc($$info{key}) eq 'pri'; if ($$info{extra} =~ /auto_increment/i) { $auto_incr = $$info{field}; } } # use Data::Dumper; # print Data::Dumper->Dump([ $info_list ], [ 'info_list' ]) . "\n"; # print Data::Dumper->Dump([ $key_list ], [ 'key_list' ]) . "\n"; my $orig_auto_incr = $auto_incr; $auto_incr = lc($auto_incr); my $keys_provided = []; my $key_hash = { map { (lc($_) => 1) } @$key_list }; my $auto_incr_provided = 0; foreach my $key (keys %$data) { push @$keys_provided, $key if exists($$key_hash{lc($key)}); if (lc($key) eq $auto_incr) { $auto_incr_provided = 1; last; } } # use Data::Dumper; # print Data::Dumper->Dump([ $keys_provided ], [ 'keys_provided' ]) . "\n"; # HERE if (@$keys_provided) { # do replace and return the value of this field my $rv = $self->replace($table, $data); return $rv unless $rv; if ($orig_auto_incr eq '') { my %hash = map { ($_ => $$data{$_}) } @$keys_provided; my $row = $self->selectFromHash($table, \%hash); return $row if $row and %$row; return undef; } else { return $$data{$orig_auto_incr}; } } else { # do insert and return last insert id my $rv = $self->insert($table, $data); return $rv unless $rv; if ($orig_auto_incr eq '') { # FIXME: what do we do here? return 1; } else { my $id = $self->getLastInsertId(undef, undef, $table, $orig_auto_incr); return $id; } } } } =pod =head2 update($table, \%keys, \%data), update($table, \@keys, \%data) Update the table using the key/value pairs in %keys to specify the WHERE clause of the query. %data contains the new values for the row(s) in the database. The keys parameter can optionally be an array ref instead of a hashref. E.g., $db->update($table, [ key1 => $val1, key2 => $val2 ], \%data); This is so that the order of the parameters in the WHERE clause are kept in the same order. This is required to use the correct multi field indexes in MySQL. =cut sub update { my ($self, $table, $keys, $data) = @_; my @fields; my @values; my @set; while (my ($field, $value) = each %$data) { push @fields, $field; if (UNIVERSAL::isa($value, 'DBIx::Wrapper::SQLCommand')) { push @set, "$field=" . $value->asString; } elsif (ref($value) eq 'SCALAR') { push @set, "$field=" . $$value; } else { $value = "" unless defined $value; push @set, "$field=?"; push @values, $value; } } my @keys; if (ref($keys) eq 'ARRAY') { # allow this to maintain order in the WHERE clause in # order to use the right indexes my @copy = @$keys; while (my $key = shift @copy) { push @keys, $key; my $val = shift @copy; # shift off the value } $keys = { @$keys }; } else { @keys = keys %$keys; } push @values, @$keys{@keys}; my $set = join(",", @set); my $where = join(" AND ", map { "$_=?" } @keys); my $query = qq{UPDATE $table SET $set WHERE $where}; my $sth = $self->_getStatementHandleForQuery($query, \@values); return $sth unless $sth; $sth->finish; return 1; } # HERE - In progress sub selectFromHash { my ($self, $table, $keys, $extra) = @_; my @keys = keys %$keys; my $where = join(" AND ", map { "$_=?" } @keys); my $query = qq{SELECT * FROM $table WHERE $where}; my $sth = $self->_getStatementHandleForQuery($query, [ @$keys{@keys} ]); my $info = $sth->fetchrow_hashref; my $rv; if ($info and %$info) { $rv = $info; } else { $rv = undef; } $sth->finish; return $rv; } =pod =head2 smartUpdate($table, \%keys, \%data) Same as update(), except that a check is first made to see if there are any rows matching the data in %keys. If so, update() is called, otherwise, insert() is called. =cut sub smartUpdate { my ($self, $table, $keys, $data) = @_; my @keys = keys %$keys; my $where = join(" AND ", map { "$_=?" } @keys); my $query = qq{SELECT * FROM $table WHERE $where}; my $sth = $self->_getDatabaseHandle()->prepare($query); $sth->execute(@$keys{@keys}); my $info = $sth->fetchrow_hashref; if ($info and %$info) { return $self->update($table, $keys, $data); } else { my %new_data = %$data; while (my ($key, $value) = each %$keys) { $new_data{$key} = $value unless exists $new_data{$key}; } return $self->insert($table, \%new_data); } } *smart_update = \&smartUpdate; sub _getStatementHandleForQuery { my ($self, $query, $exec_args) = @_; if (scalar(@_) == 3) { $exec_args = [ $exec_args ] unless ref($exec_args); } $exec_args = [] unless $exec_args; $self->_printDebug($query); my $dbh = $self->_getDatabaseHandle; my $sth = $dbh->prepare($query); unless ($sth) { if ($self->_isDebugOn) { $self->_printDebug(Carp::longmess($dbh->errstr) . "\nQuery was '$query'\n"); } else { $self->_printDbiError("\nQuery was '$query'\n"); } return $self->setErr(0, $dbh->errstr); } my $rv = $sth->execute(@$exec_args); unless ($rv) { if ($self->_isDebugOn) { $self->_printDebug(Carp::longmess($dbh->errstr) . "\nQuery was '$query'\n"); } else { $self->_printDbiError("\nQuery was '$query'\n"); } return $self->setErr(1, $dbh->errstr); } return $sth; } =pod =head2 nativeSelect($query, \@exec_args) Executes the query in $query and returns a single row result (as a hash ref). If there are multiple rows in the result, the rest get silently dropped. @exec_args are the same arguments you would pass to an execute() called on a DBI object. Returns undef on error. =cut sub nativeSelect { my ($self, $query, $exec_args) = @_; my $sth; if (scalar(@_) == 3) { $sth = $self->_getStatementHandleForQuery($query, $exec_args); } else { $sth = $self->_getStatementHandleForQuery($query); } return $sth unless $sth; my $result = $sth->fetchrow_hashref($self->getNameArg); $sth->finish; return $result; } *read = \&nativeSelect; *native_select = \&nativeSelect; =pod =head2 nativeSelectExecLoop($query) Like nativeSelect(), but returns a loop object that can be used to execute the same query over and over with different bind parameters. This does a single DBI prepare() instead of a new prepare() for select. E.g., my $loop = $db->nativeSelectExecLoop("SELECT * FROM mytable WHERE id=?"); foreach my $id (@ids) { my $row = $loop->next([ $id ]); } =cut # added for v 0.08 sub nativeSelectExecLoop { my ($self, $query) = @_; return DBIx::Wrapper::SelectExecLoop->new($self, $query); } *native_select_exec_loop = \&nativeSelectExecLoop; =pod =head2 nativeSelectWithArrayRef($query, \@exec_args) Like nativeSelect(), but return a reference to an array instead of a hash. Returns undef on error. If there are no results from the query, a reference to an empty array is returned. =cut sub nativeSelectWithArrayRef { my ($self, $query, $exec_args) = @_; my $sth; if (scalar(@_) == 3) { $sth = $self->_getStatementHandleForQuery($query, $exec_args); } else { $sth = $self->_getStatementHandleForQuery($query); } return $sth unless $sth; my $result = $sth->fetchrow_arrayref; $sth->finish; return [] unless $result and ref($result) =~ /ARRAY/; # have to make copy because recent version of DBI now # return the same array reference each time return [ @$result ]; } *native_select_with_array_ref = \&nativeSelectArrayWithArrayRef; =pod =head2 nativeSelectMulti($query, \@exec_args) Executes the query in $query and returns an array of rows, where each row is a hash representing a row of the result. Returns undef on error. If there are no results for the query, an empty array ref is returned. =cut sub nativeSelectMulti { my ($self, $query, $exec_args) = @_; my $sth; if (scalar(@_) == 3) { $sth = $self->_getStatementHandleForQuery($query, $exec_args); } else { $sth = $self->_getStatementHandleForQuery($query); } return $sth unless $sth; my $rows = []; while (my $row = $sth->fetchrow_hashref($self->getNameArg)) { push @$rows, $row; } my $col_names = $sth->{$self->getNameArg}; $$self{_last_col_names} = $col_names; $sth->finish; return $rows; } *readArray = \&nativeSelectMulti; *native_select_multi = \&nativeSelectMulti; =pod =head2 nativeSelectMultiExecLoop($query) Like nativeSelectExecLoop(), but returns an array of rows, where each row is a hash representing a row of the result. =cut sub nativeSelectMultiExecLoop { my ($self, $query) = @_; return DBIx::Wrapper::SelectExecLoop->new($self, $query, 1); } *native_select_multi_exec_loop = \&nativeSelectMultiExecLoop; =pod =head2 nativeSelectMultiWithArrayRef($query, \@exec_args) Like nativeSelectMulti(), but return a reference to an array of arrays instead of to an array of hashes. Returns undef on error. =cut sub nativeSelectMultiWithArrayRef { my ($self, $query, $exec_args) = @_; my $sth; if (scalar(@_) == 3) { $sth = $self->_getStatementHandleForQuery($query, $exec_args); } else { $sth = $self->_getStatementHandleForQuery($query); } return $sth unless $sth; my $list = []; while (my $result = $sth->fetchrow_arrayref()) { # have to make copy because recent version of DBI now # return the same array reference each time push @$list, [ @$result ]; } $sth->finish; return $list; } *native_select_multi_with_array_ref = \&nativeSelectMultiWithArrayRef; =pod =head2 nativeSelectMapping($query, \@exec_args) Executes the given query and returns a reference to a hash containing the first and second columns of the results as key/value pairs. =cut sub nativeSelectMapping { my ($self, $query, $exec_args) = @_; if (scalar(@_) == 3) { $self->nativeSelectDynaMapping($query, [ 0, 1 ], $exec_args); } else { $self->nativeSelectDynaMapping($query, [ 0, 1 ]); } } *native_select_mapping = \&nativeSelectMapping; =pod =head2 nativeSelectDynaMapping($query, \@cols, \@exec_args) Similar to nativeSelectMapping() except you specify which columns to use for the key/value pairs in the return hash. If the first element of @cols starts with a digit, then @cols is assumed to contain indexes for the two columns you wish to use. Otherwise, @cols is assumed to contain the field names for the two columns you wish to use. For example, nativeSelectMapping($query, \@exec_args) is equivalent (and in fact calls) to nativeSelectDynaMapping($query, [ 0, 1 ], $exec_args). =cut # FIXME: return undef on error sub nativeSelectDynaMapping { my ($self, $query, $cols, $exec_args) = @_; my ($first, $second) = @$cols; my $map = {}; if ($first =~ /^\d/) { my $rows; if ($exec_args and @$exec_args) { $rows = $self->nativeSelectMultiWithArrayRef($query, $exec_args); } else { $rows = $self->nativeSelectMultiWithArrayRef($query); } foreach my $row (@$rows) { $$map{$$row[$first]} = $$row[$second]; } } else { my $rows; if ($exec_args and @$exec_args) { $rows = $self->nativeSelectMulti($query, $exec_args); } else { $rows = $self->nativeSelectMulti($query); } foreach my $row (@$rows) { $$map{$$row{$first}} = $$row{$second}; } } return $map; } *native_select_dyna_mapping = \&nativeSelectDynaMapping; =pod =head2 nativeSelectRecordMapping($query, \@exec_args) Similar to nativeSelectMapping(), except the values in the hash are references to the corresponding record (as a hash). =cut sub nativeSelectRecordMapping { my ($self, $query, $exec_args) = @_; if ($exec_args and @$exec_args) { return $self->nativeSelectRecordDynaMapping($query, 0, $exec_args); } else { return $self->nativeSelectRecordDynaMapping($query, 0); } } *native_select_record_mapping = \&nativeSelectRecordMapping; =pod =head2 nativeSelectRecordDynaMapping($query, $col, \@exec_args) Similar to nativeSelectRecordMapping(), except you specify which column is the key in each key/value pair in the hash. If $col starts with a digit, then it is assumed to contain the index for the column you wish to use. Otherwise, $col is assumed to contain the field name for the two columns you wish to use. =cut # FIXME: return undef on error sub nativeSelectRecordDynaMapping { my ($self, $query, $col, $exec_args) = @_; my $map = {}; if ($col =~ /^\d/) { my $rows; if ($exec_args and @$exec_args) { $rows = $self->nativeSelectMulti($query, $exec_args); } else { $rows = $self->nativeSelectMulti($query); } my $names = $$self{_last_col_names}; my $col_name = $$names[$col]; foreach my $row (@$rows) { $$map{$$row{$col_name}} = $row; } } else { my $rows; if ($exec_args and @$exec_args) { $rows = $self->nativeSelectMulti($query, $exec_args); } else { $rows = $self->nativeSelectMulti($query); } foreach my $row (@$rows) { $$map{$$row{$col}} = $row; } } return $map; } *native_select_record_dyna_mapping = \&nativeSelectRecordDynaMapping; sub _getSqlObj { # return SQL::Abstract->new(case => 'textbook', cmp => '=', logic => 'and'); require SQL::Abstract; return SQL::Abstract->new(case => 'textbook', cmp => '='); } =pod =head2 abstractSelect($table, \@fields, \%where, \@order) Same as nativeSelect() except uses SQL::Abstract to generate the SQL. See the POD for SQL::Abstract for usage. You must have SQL::Abstract installed for this method to work. =cut sub abstractSelect { my ($self, $table, $fields, $where, $order) = @_; my $sql_obj = $self->_getSqlObj; my ($query, @bind) = $sql_obj->select($table, $fields, $where, $order); if (@bind) { return $self->nativeSelect($query, \@bind); } else { return $self->nativeSelect($query); } } *abstract_select = \&abstractSelect; =pod =head2 abstractSelectMulti($table, \@fields, \%where, \@order) Same as nativeSelectMulti() except uses SQL::Abstract to generate the SQL. See the POD for SQL::Abstract for usage. You must have SQL::Abstract installed for this method to work. =cut sub abstractSelectMulti { my ($self, $table, $fields, $where, $order) = @_; my $sql_obj = $self->_getSqlObj; my ($query, @bind) = $sql_obj->select($table, $fields, $where, $order); if (@bind) { return $self->nativeSelectMulti($query, \@bind); } else { return $self->nativeSelectMulti($query); } } *abstract_select_multi = \&abstractSelectMulti; =pod =head2 nativeSelectLoop($query, @exec_args) Executes the query in $query, then returns an object that allows you to loop through one result at a time, e.g., my $loop = $db->nativeSelectLoop("SELECT * FROM my_table"); while (my $row = $loop->next) { my $id = $$row{id}; } To get the number of rows selected, you can call the rowCountCurrent() method on the loop object, e.g., my $loop = $db->nativeSelectLoop("SELECT * FROM my_table"); my $rows_in_result = $loop->rowCountCurrent; The count() method is an alias for rowCountCurrent(). To get the number of rows returned by next() so far, use the rowCountTotal() method. =cut sub nativeSelectLoop { my ($self, $query, $exec_args) = @_; $self->_printDebug($query); if (scalar(@_) == 3) { return DBIx::Wrapper::SelectLoop->new($self, $query, $exec_args); } else { return DBIx::Wrapper::SelectLoop->new($self, $query); } } *readLoop = \&nativeSelectLoop; *native_select_loop = \&nativeSelectLoop; =pod =head2 nativeQuery($query, @exec_args) Executes the query in $query and returns true if successful. This is typically used for deletes and is a catchall for anything the methods provided by this module don't take into account. =cut sub nativeQuery { my ($self, $query, $exec_args) = @_; my $sth; if (scalar(@_) == 3) { $sth = $self->_getStatementHandleForQuery($query, $exec_args); } else { $sth = $self->_getStatementHandleForQuery($query); } return $sth unless $sth; my $rows = $sth->rows; $sth->finish; return $rows == 0 ? "0E0" : $rows; } *doQuery = \&nativeQuery; *native_query = \&nativeQuery; =pod =head2 nativeQueryLoop($query) A loop on nativeQuery, where any placeholders you have put in your query are bound each time you call next(). E.g., my $loop = $db->nativeQueryLoop("UPDATE my_table SET value=? WHERE id=?"); $loop->next([ 'one', 1]); $loop->next([ 'two', 2]); =cut sub nativeQueryLoop { my ($self, $query) = @_; $self->_printDebug($query); return DBIx::Wrapper::StatementLoop->new($self, $query); } *native_query_loop = \&nativeQueryLoop; =pod =head2 newCommand($cmd) This creates a literal SQL command for use in insert(), update(), and related methods, since if you simply put something like "CUR_DATE()" as a value in the %data parameter passed to insert, the function will get quoted, and so will not work as expected. Instead, do something like this: my $data = { file => 'my_document.txt', the_date => $db->newCommand('CUR_DATE()') }; $db->insert('my_doc_table', $data); This can also be done by passing a reference to a string with the SQL command, e.g., my $data = { file => 'my_document.txt', the_date => \'CUR_DATE()' }; $db->insert('my_doc_table', $data); =cut sub newCommand { my ($self, $contents) = @_; return DBIx::Wrapper::SQLCommand->new($contents); } *new_command = \&newCommand; =pod =head2 debugOn(\*FILE_HANDLE) Turns on debugging output. Debugging information will be printed to the given filehandle. =cut # expects a reference to a filehandle to print debug info to sub debugOn { my ($self, $fh) = @_; $$self{_debug} = 1; $$self{_debug_fh} = $fh; return 1; } *debug_on = \&debugOn; =pod =head2 debugOff() Turns off debugging output. =cut sub debugOff { my ($self) = @_; undef $$self{_debug}; undef $$self{_debug_fh}; return 1; } *debug_off = \&debugOff; sub _isDebugOn { my ($self) = @_; if (($$self{_debug} and $$self{_debug_fh}) or $ENV{'DBIX_WRAPPER_DEBUG'}) { return 1; } return undef; } sub _printDbiError { my ($self, $extra) = @_; return undef unless ($self->getDebugLevel | 2); my $str = Carp::longmess($DBI::errstr); $str .= $extra if defined($extra); my $fh = $$self{_debug_fh}; $fh = \*STDERR unless $fh; my $time = $self->_getCurDateTime; my ($package, $filename, $line, $subroutine, $hasargs, $wantarray, $evaltext, $is_require, $hints, $bitmask); my $frame = 1; my $this_pkg = __PACKAGE__; ($package, $filename, $line, $subroutine, $hasargs, $wantarray, $evaltext, $is_require, $hints, $bitmask) = caller($frame); while ($package eq $this_pkg) { $frame++; ($package, $filename, $line, $subroutine, $hasargs, $wantarray, $evaltext, $is_require, $hints, $bitmask) = caller($frame); # if we get more than 10 something must be wrong last if $frame >= 10; } my @one_more = caller($frame + 1); $subroutine = $one_more[3]; $subroutine = '' unless defined($subroutine); $subroutine .= '()' if $subroutine ne ''; print $fh '*' x 60, "\n", "$time:$filename:$line:$subroutine\n", $str, "\n"; } sub _printDebug { my ($self, $str) = @_; unless ($self->_isDebugOn) { return undef; } my $fh = $$self{_debug_fh}; $fh = \*STDERR unless $fh; my $time = $self->_getCurDateTime; my ($package, $filename, $line, $subroutine, $hasargs, $wantarray, $evaltext, $is_require, $hints, $bitmask); my $frame = 1; my $this_pkg = __PACKAGE__; ($package, $filename, $line, $subroutine, $hasargs, $wantarray, $evaltext, $is_require, $hints, $bitmask) = caller($frame); while ($package eq $this_pkg) { $frame++; ($package, $filename, $line, $subroutine, $hasargs, $wantarray, $evaltext, $is_require, $hints, $bitmask) = caller($frame); # if we get more than 10 something must be wrong last if $frame >= 10; } my @one_more = caller($frame + 1); $subroutine = $one_more[3]; $subroutine = '' unless defined($subroutine); $subroutine .= '()' if $subroutine ne ''; print $fh '*' x 60, "\n", "$time:$filename:$line:$subroutine\n", $str, "\n"; } sub _getCurDateTime { my ($self) = @_; my $time = time(); my ($sec,$min,$hour,$mday,$mon,$year,$wday,$yday,$isdst) = localtime($time); $mon += 1; $year += 1900; my $date = sprintf "%04d-%02d-%02d %02d:%02d:%02d", $year, $mon, $mday, $hour, $min, $sec; return $date; } sub escapeString { my ($self, $value) = @_; $value = "" unless defined($value); $value =~ s|\\|\\\\|g; $value =~ s|\'|''|g; $value =~ s|\?|\\\?|g; $value =~ s|\000|\\0|g; $value =~ s|\"|""|g; $value =~ s|\n|\\n|g; $value =~ s|\r|\\r|g; $value =~ s|\t|\\t|g; return $value; } *escape_string = \&escapeString; sub _moduleHasSub { my ($self, $module, $sub_name) = @_; } sub DESTROY { my ($self) = @_; return undef unless $self->_getDisconnect; my $dbh = $self->_getDatabaseHandle; $dbh->disconnect if $dbh; } ################# # getters/setters sub getNameArg { my ($self) = @_; my $arg = $$self{_name_arg}; $arg = 'NAME_lc' unless defined($arg) and $arg ne ''; return $arg; } =pod =head2 setNameArg($arg) This is the argument to pass to the fetchrow_hashref() call on the underlying DBI object. By default, this is 'NAME_lc', so that all field names returned are all lowercase to provide for portable code. If you want to make all the field names return be uppercase, call $db->setNameArg('NAME_uc') after the connect() call. And if you really want the case of the field names to be what the underlying database driveer returns them as, call $db->setNameArg('NAME'). =cut sub setNameArg { my ($self, $arg) = @_; $$self{_name_arg} = $arg; } sub setErr { my ($self, $num, $str) = @_; $$self{_err_num} = $num; $$self{_err_str} = $str; return undef; } sub getErrorString { my ($self) = @_; return $$self{_err_str}; } sub getErrorNum { my ($self) = @_; return $$self{_err_num}; } =pod =head2 err() Calls err() on the underlying DBI object, which returns the native database engine error code from the last driver method called. =cut sub err { my ($self) = @_; my $dbh = $self->_getDatabaseHandle; return $dbh->err if $dbh; return 0; } sub _getAttr { my ($self) = @_; return $$self{_attr}; } sub _setAttr { my ($self, $attr) = @_; $$self{_attr} = $attr; } sub _getAuth { my ($self) = @_; return $$self{_auth}; } sub _setAuth { my ($self, $auth) = @_; return $$self{_auth}; } sub _getUsername { my ($self) = @_; return $$self{_username}; } sub _setUsername { my ($self, $username) = @_; $$self{_username} = $username; } sub _getDatabaseHandle { my ($self) = @_; return $$self{_dbh}; } sub _setDatabaseHandle { my ($self, $dbh) = @_; $$self{_dbh} = $dbh; } sub _getDataSource { my ($self) = @_; return $$self{_data_source}; } sub _setDataSource { my ($self, $data_source) = @_; $$self{_data_source} = $data_source; } sub _getDisconnect { my ($self) = @_; return $$self{_should_disconnect}; } # whether or not to disconnect when the Wrapper object is # DESTROYed sub _setDisconnect { my ($self, $val) = @_; $$self{_should_disconnect} = 1; } =pod =head2 commit() Calls commit() on the underlying DBI object to commit your transactions. =cut sub commit { my ($self) = @_; my $dbh = $self->_getDatabaseHandle; if ($dbh) { return $dbh->commit; } return undef; } =pod =head2 ping() Calls ping() on the underlying DBI object to see if the database connection is still up. =cut sub ping { my ($self) =@_; my $dbh = $self->_getDatabaseHandle; return undef unless $dbh; return $dbh->ping; } # =pod # =head2 getLastInsertId($catalog, $schema, $table, $field, \%attr) # Returns a value identifying the row just inserted, if possible. # If using DBI version 1.38 or later, this method calls # last_insert_id() on the underlying DBI object. Otherwise, does a # "SELECT LAST_INSERT_ID()", which is MySQL specific. The # parameters passed to this method are driver-specific. See the # documentation on DBI for details. # get_last_insert_id() and last_insert_id() are aliases for this # method. # =cut # bah, DBI's last_insert_id is not working for me, so for # now this will be MySQL only sub getLastInsertId { my ($self, $catalog, $schema, $table, $field, $attr) = @_; if (0 and DBI->VERSION >= 1.38) { my $dbh = $self->_getDatabaseHandle; return $dbh->last_insert_id($catalog, $schema, $table, $field, $attr); } else { my $query = qq{SELECT LAST_INSERT_ID() AS id}; my $row = $self->nativeSelect($query); if ($row and %$row) { return $$row{id}; } return undef; } } *get_last_insert_id = \&getLastInsertId; *last_insert_id = \&getLastInsertId; } 1; __END__ =pod =head2 There are also underscore_separated versions of these methods. E.g., nativeSelectLoop() becomes native_select_loop() =head1 TODO =over 4 =item More logging/debugging options =item Allow prepare() and execute() for easier integration into existing code. =back =head1 ACKNOWLEDGEMENTS People who have contributed ideas and/or code for this module: Kevin Wilson Mark Stosberg =head1 AUTHOR Don Owens =head1 COPYRIGHT Copyright (c) 2003-2004 Don Owens All rights reserved. This program is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 VERSION 0.09 =cut DBIx-Wrapper-0.09/README0100644000076400007640000002556210057545034012676 0ustar dondonNAME DBIx::Wrapper - A wrapper around the DBI SYNOPSIS use DBIx::Wrapper; my $db = DBIx::Wrapper->connect($dsn, $user, $auth, \%attr); my $dbi_obj = DBI->connect(...) my $db = DBIx::Wrapper->newFromDBI($dbi_obj); my $dbi_obj = $db->getDBI; my $rv = $db->insert($table, { id => 5, val => "myval", the_date => \"NOW()" }); my $rv = $db->replace($table, \%data); my $rv = $db->update($table, \%keys, \%data); my $rv = $db->smartUpdate($table, \%keys, \%data); my $row = $db->nativeSelect($query, \@exec_args); my $loop = $db->nativeSelectExecLoop($query); foreach my $val (@vals) { my $row = $loop->next([ $val ]); } my $row = $db->nativeSelectWithArrayRef($query, \@exec_args); my $rows = $db->nativeSelectMulti($query, \@exec_args); my $loop = $db->nativeSelectMultiExecLoop($query) foreach my $val (@vals) { my $rows = $loop->next([ $val ]); } my $rows = $db->nativeSelectMultiWithArrayRef($query, \@exec_args); my $hash = $db->nativeSelectMapping($query, \@exec_args); my $hash = $db->nativeSelectDynaMapping($query, \@cols, \@exec_args); my $hash = $db->nativeSelectRecordMapping($query, \@exec_args); my $hash = $db->nativeSelectRecordDynaMapping($query, $col, \@exec_args); my $row = $db->abstractSelect($table, \@fields, \%where, \@order); my $rows = $db->abstractSelectMulti($table, \@fields, \%where, \@order); my $loop = $db->nativeSelectLoop($query, @exec_args); my $rv = $db->nativeQuery($query, @exec_args); my $loop = $db->nativeQueryLoop("UPDATE my_table SET value=? WHERE id=?"); $loop->next([ 'one', 1]); $loop->next([ 'two', 2]); $db->debugOn(\*FILE_HANDLE); $db->setNameArg($arg) $db->commit(); $db->ping(); $db->err(); DESCRIPTION DBIx::Wrapper provides a wrapper around the DBI that makes it a bit easier on the programmer. This module allows you to execute a query with a single method call. METHODS connect($data_source, $username, $auth, \%attr) Connects to the given database. These are the same parameters you would pass to the connect call when using DBI directly. new($data_source, $username, $auth, \%attr) An alias for connect(). newFromDBI($dbh) Returns a new DBIx::Wrapper object from a DBI object that has already been created. Note that when created this way, disconnect() will not be called automatically on the underlying DBI object when the DBIx::Wrapper object goes out of scope. getDBI() Return the underlying DBI object used to query the database. insert($table, \%data) Insert the provided row into the database. $table is the name of the table you want to insert into. %data is the data you want to insert -- a hash with key/value pairs representing a row to be insert into the database. replace($table, \%data) Same as insert(), except does a REPLACE instead of an INSERT for databases which support it. update($table, \%keys, \%data), update($table, \@keys, \%data) Update the table using the key/value pairs in %keys to specify the WHERE clause of the query. %data contains the new values for the row(s) in the database. The keys parameter can optionally be an array ref instead of a hashref. E.g., $db->update($table, [ key1 => $val1, key2 => $val2 ], \%data); This is so that the order of the parameters in the WHERE clause are kept in the same order. This is required to use the correct multi field indexes in MySQL. smartUpdate($table, \%keys, \%data) Same as update(), except that a check is first made to see if there are any rows matching the data in %keys. If so, update() is called, otherwise, insert() is called. nativeSelect($query, \@exec_args) Executes the query in $query and returns a single row result (as a hash ref). If there are multiple rows in the result, the rest get silently dropped. @exec_args are the same arguments you would pass to an execute() called on a DBI object. Returns undef on error. nativeSelectExecLoop($query) Like nativeSelect(), but returns a loop object that can be used to execute the same query over and over with different bind parameters. This does a single DBI prepare() instead of a new prepare() for select. E.g., my $loop = $db->nativeSelectExecLoop("SELECT * FROM mytable WHERE id=?"); foreach my $id (@ids) { my $row = $loop->next([ $id ]); } nativeSelectWithArrayRef($query, \@exec_args) Like nativeSelect(), but return a reference to an array instead of a hash. Returns undef on error. If there are no results from the query, a reference to an empty array is returned. nativeSelectMulti($query, \@exec_args) Executes the query in $query and returns an array of rows, where each row is a hash representing a row of the result. Returns undef on error. If there are no results for the query, an empty array ref is returned. nativeSelectMultiExecLoop($query) Like nativeSelectExecLoop(), but returns an array of rows, where each row is a hash representing a row of the result. nativeSelectMultiWithArrayRef($query, \@exec_args) Like nativeSelectMulti(), but return a reference to an array of arrays instead of to an array of hashes. Returns undef on error. nativeSelectMapping($query, \@exec_args) Executes the given query and returns a reference to a hash containing the first and second columns of the results as key/value pairs. nativeSelectDynaMapping($query, \@cols, \@exec_args) Similar to nativeSelectMapping() except you specify which columns to use for the key/value pairs in the return hash. If the first element of @cols starts with a digit, then @cols is assumed to contain indexes for the two columns you wish to use. Otherwise, @cols is assumed to contain the field names for the two columns you wish to use. For example, nativeSelectMapping($query, \@exec_args) is equivalent (and in fact calls) to nativeSelectDynaMapping($query, [ 0, 1 ], $exec_args). nativeSelectRecordMapping($query, \@exec_args) Similar to nativeSelectMapping(), except the values in the hash are references to the corresponding record (as a hash). nativeSelectRecordDynaMapping($query, $col, \@exec_args) Similar to nativeSelectRecordMapping(), except you specify which column is the key in each key/value pair in the hash. If $col starts with a digit, then it is assumed to contain the index for the column you wish to use. Otherwise, $col is assumed to contain the field name for the two columns you wish to use. abstractSelect($table, \@fields, \%where, \@order) Same as nativeSelect() except uses SQL::Abstract to generate the SQL. See the POD for SQL::Abstract for usage. You must have SQL::Abstract installed for this method to work. abstractSelectMulti($table, \@fields, \%where, \@order) Same as nativeSelectMulti() except uses SQL::Abstract to generate the SQL. See the POD for SQL::Abstract for usage. You must have SQL::Abstract installed for this method to work. nativeSelectLoop($query, @exec_args) Executes the query in $query, then returns an object that allows you to loop through one result at a time, e.g., my $loop = $db->nativeSelectLoop("SELECT * FROM my_table"); while (my $row = $loop->next) { my $id = $$row{id}; } To get the number of rows selected, you can call the rowCountCurrent() method on the loop object, e.g., my $loop = $db->nativeSelectLoop("SELECT * FROM my_table"); my $rows_in_result = $loop->rowCountCurrent; The count() method is an alias for rowCountCurrent(). To get the number of rows returned by next() so far, use the rowCountTotal() method. nativeQuery($query, @exec_args) Executes the query in $query and returns true if successful. This is typically used for deletes and is a catchall for anything the methods provided by this module don't take into account. nativeQueryLoop($query) A loop on nativeQuery, where any placeholders you have put in your query are bound each time you call next(). E.g., my $loop = $db->nativeQueryLoop("UPDATE my_table SET value=? WHERE id=?"); $loop->next([ 'one', 1]); $loop->next([ 'two', 2]); newCommand($cmd) This creates a literal SQL command for use in insert(), update(), and related methods, since if you simply put something like "CUR_DATE()" as a value in the %data parameter passed to insert, the function will get quoted, and so will not work as expected. Instead, do something like this: my $data = { file => 'my_document.txt', the_date => $db->newCommand('CUR_DATE()') }; $db->insert('my_doc_table', $data); This can also be done by passing a reference to a string with the SQL command, e.g., my $data = { file => 'my_document.txt', the_date => \'CUR_DATE()' }; $db->insert('my_doc_table', $data); debugOn(\*FILE_HANDLE) Turns on debugging output. Debugging information will be printed to the given filehandle. debugOff() Turns off debugging output. setNameArg($arg) This is the argument to pass to the fetchrow_hashref() call on the underlying DBI object. By default, this is 'NAME_lc', so that all field names returned are all lowercase to provide for portable code. If you want to make all the field names return be uppercase, call $db->setNameArg('NAME_uc') after the connect() call. And if you really want the case of the field names to be what the underlying database driveer returns them as, call $db->setNameArg('NAME'). err() Calls err() on the underlying DBI object, which returns the native database engine error code from the last driver method called. commit() Calls commit() on the underlying DBI object to commit your transactions. ping() Calls ping() on the underlying DBI object to see if the database connection is still up. There are also underscore_separated versions of these methods. E.g., nativeSelectLoop() becomes native_select_loop() TODO More logging/debugging options Allow prepare() and execute() for easier integration into existing code. ACKNOWLEDGEMENTS People who have contributed ideas and/or code for this module: Kevin Wilson Mark Stosberg AUTHOR Don Owens COPYRIGHT Copyright (c) 2003-2004 Don Owens All rights reserved. This program is free software; you can redistribute it and/or modify it under the same terms as Perl itself. VERSION 0.09 DBIx-Wrapper-0.09/Makefile.PL0100755000076400007640000000276610046062553013772 0ustar dondon#!/usr/bin/env perl # Creation date: 2003-03-30 17:52:14 # Authors: Don # Change log: # $Id: Makefile.PL,v 1.9 2004/05/05 03:54:19 don Exp $ use strict; use Carp; # main { use ExtUtils::MakeMaker; WriteMakefile( NAME => 'DBIx::Wrapper', DISTNAME => 'DBIx-Wrapper', VERSION_FROM => 'lib/DBIx/Wrapper.pm', ABSTRACT => 'Wrapper Module for the DBI', AUTHOR => 'DON OWENS ', PM => { 'lib/DBIx/Wrapper.pm' => '$(INST_LIBDIR)/Wrapper.pm', 'lib/DBIx/Wrapper/SelectLoop.pm' => '$(INST_LIBDIR)/Wrapper/SelectLoop.pm', 'lib/DBIx/Wrapper/SelectExecLoop.pm' => '$(INST_LIBDIR)/Wrapper/SelectExecLoop.pm', 'lib/DBIx/Wrapper/SQLCommand.pm' => '$(INST_LIBDIR)/Wrapper/SQLCommand.pm', 'lib/DBIx/Wrapper/StatementLoop.pm' => '$(INST_LIBDIR)/Wrapper/StatementLoop.pm', 'lib/DBIx/Wrapper/Statement.pm' => '$(INST_LIBDIR)/Wrapper/Statement.pm', }, dist => { COMPRESS => 'gzip -9f', SUFFIX => 'gz' }, DIR => [], EXE_FILES => [], PREREQ_PM => { Carp => 0, DBI => 0, # 'SQL::Abstract' => 0 }, ); } exit 0; ############################################################################### # Subroutines DBIx-Wrapper-0.09/MANIFEST0100644000076400007640000000046210046062614013133 0ustar dondonMANIFEST README INSTALL Makefile.PL lib/DBIx/Wrapper.pm lib/DBIx/Wrapper/SelectLoop.pm lib/DBIx/Wrapper/SelectExecLoop.pm lib/DBIx/Wrapper/SQLCommand.pm lib/DBIx/Wrapper/StatementLoop.pm lib/DBIx/Wrapper/Statement.pm t/00use.t META.yml Module meta-data (added by MakeMaker) DBIx-Wrapper-0.09/INSTALL0100644000076400007640000000025107643222747013045 0ustar dondonCopyright (c) 2003 Don Owens See the COPYRIGHT section in Wrapper.pm for usage and distribution rights. INSTALLATION perl Makefile.PL make make test make install DBIx-Wrapper-0.09/META.yml0100644000076400007640000000057610057545134013266 0ustar dondon# http://module-build.sourceforge.net/META-spec.html #XXXXXXX This is a prototype!!! It will change in the future!!! XXXXX# name: DBIx-Wrapper version: 0.09 version_from: lib/DBIx/Wrapper.pm installdirs: site requires: Carp: 0 DBI: 0 distribution_type: module generated_by: ExtUtils::MakeMaker version 6.17 DBIx-Wrapper-0.09/t/0040755000076400007640000000000010057545134012253 5ustar dondonDBIx-Wrapper-0.09/t/00use.t0100755000076400007640000000055707641720060013401 0ustar dondon#!/usr/bin/env perl -w # Creation date: 2003-03-05 07:42:25 # Authors: Don # Change log: # $Id: 00use.t,v 1.1 2003/03/31 01:56:00 don Exp $ use strict; # main { use strict; use Test; BEGIN { plan tests => 1 } use DBIx::Wrapper; ok(1); } exit 0; ############################################################################### # Subroutines