Commit | Line | Data |
16dc9970 |
1 | package SQL::Translator; |
2 | |
b346d8f1 |
3 | # ---------------------------------------------------------------------- |
29efc9fd |
4 | # $Id: Translator.pm,v 1.32 2003-06-18 17:15:38 kycl4rk Exp $ |
b346d8f1 |
5 | # ---------------------------------------------------------------------- |
abfa405a |
6 | # Copyright (C) 2003 Ken Y. Clark <kclark@cpan.org>, |
7 | # darren chamberlain <darren@cpan.org>, |
8 | # Chris Mungall <cjm@fruitfly.org> |
1fd8c91f |
9 | # |
077ebf34 |
10 | # This program is free software; you can redistribute it and/or |
11 | # modify it under the terms of the GNU General Public License as |
12 | # published by the Free Software Foundation; version 2. |
ca10f295 |
13 | # |
077ebf34 |
14 | # This program is distributed in the hope that it will be useful, but |
15 | # WITHOUT ANY WARRANTY; without even the implied warranty of |
16 | # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU |
17 | # General Public License for more details. |
ca10f295 |
18 | # |
077ebf34 |
19 | # You should have received a copy of the GNU General Public License |
20 | # along with this program; if not, write to the Free Software |
21 | # Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA |
22 | # 02111-1307 USA |
ca10f295 |
23 | # ------------------------------------------------------------------- |
24 | |
16dc9970 |
25 | use strict; |
d529894e |
26 | use vars qw( $VERSION $REVISION $DEFAULT_SUB $DEBUG $ERROR ); |
49e1eb70 |
27 | use base 'Class::Base'; |
c2d3a526 |
28 | |
389b318c |
29 | $VERSION = '0.02'; |
29efc9fd |
30 | $REVISION = sprintf "%d.%02d", q$Revision: 1.32 $ =~ /(\d+)\.(\d+)/; |
d529894e |
31 | $DEBUG = 0 unless defined $DEBUG; |
32 | $ERROR = ""; |
c2d3a526 |
33 | |
34 | use Carp qw(carp); |
16dc9970 |
35 | |
c0c4aef9 |
36 | use File::Spec::Functions qw(catfile); |
37 | use File::Basename qw(dirname); |
38 | use IO::Dir; |
45ee6be0 |
39 | use SQL::Translator::Schema; |
c0c4aef9 |
40 | |
b346d8f1 |
41 | # ---------------------------------------------------------------------- |
42 | # The default behavior is to "pass through" values (note that the |
43 | # SQL::Translator instance is the first value ($_[0]), and the stuff |
44 | # to be parsed is the second value ($_[1]) |
45 | # ---------------------------------------------------------------------- |
46 | $DEFAULT_SUB = sub { $_[1] } unless defined $DEFAULT_SUB; |
16dc9970 |
47 | |
b346d8f1 |
48 | # ---------------------------------------------------------------------- |
c2d3a526 |
49 | # init([ARGS]) |
b346d8f1 |
50 | # The constructor. |
dfb4c915 |
51 | # |
b346d8f1 |
52 | # new takes an optional hash of arguments. These arguments may |
53 | # include a parser, specified with the keys "parser" or "from", |
54 | # and a producer, specified with the keys "producer" or "to". |
dfb4c915 |
55 | # |
b346d8f1 |
56 | # The values that can be passed as the parser or producer are |
57 | # given directly to the parser or producer methods, respectively. |
58 | # See the appropriate method description below for details about |
59 | # what each expects/accepts. |
b346d8f1 |
60 | # ---------------------------------------------------------------------- |
c2d3a526 |
61 | sub init { |
49e1eb70 |
62 | my ( $self, $config ) = @_; |
1fd8c91f |
63 | |
49e1eb70 |
64 | # |
b346d8f1 |
65 | # Set the parser and producer. |
ca10f295 |
66 | # |
b346d8f1 |
67 | # If a 'parser' or 'from' parameter is passed in, use that as the |
68 | # parser; if a 'producer' or 'to' parameter is passed in, use that |
69 | # as the producer; both default to $DEFAULT_SUB. |
49e1eb70 |
70 | # |
71 | $self->parser ($config->{'parser'} || $config->{'from'} || $DEFAULT_SUB); |
c2d3a526 |
72 | $self->producer($config->{'producer'} || $config->{'to'} || $DEFAULT_SUB); |
ca10f295 |
73 | |
7d5bcab8 |
74 | # |
75 | # Set up callbacks for formatting of pk,fk,table,package names in producer |
76 | # |
77 | $self->format_table_name($config->{'format_table_name'}); |
78 | $self->format_package_name($config->{'format_package_name'}); |
79 | $self->format_fk_name($config->{'format_fk_name'}); |
80 | $self->format_pk_name($config->{'format_pk_name'}); |
81 | |
49e1eb70 |
82 | # |
e2158c40 |
83 | # Set the parser_args and producer_args |
49e1eb70 |
84 | # |
85 | for my $pargs ( qw[ parser_args producer_args ] ) { |
86 | $self->$pargs( $config->{$pargs} ) if defined $config->{ $pargs }; |
e2158c40 |
87 | } |
88 | |
49e1eb70 |
89 | # |
9398955f |
90 | # Set the data source, if 'filename' or 'file' is provided. |
49e1eb70 |
91 | # |
c2d3a526 |
92 | $config->{'filename'} ||= $config->{'file'} || ""; |
49e1eb70 |
93 | $self->filename( $config->{'filename'} ) if $config->{'filename'}; |
9398955f |
94 | |
49e1eb70 |
95 | # |
96 | # Finally, if there is a 'data' parameter, use that in |
97 | # preference to filename and file |
98 | # |
99 | if ( my $data = $config->{'data'} ) { |
100 | $self->data( $data ); |
9398955f |
101 | } |
102 | |
d529894e |
103 | # |
104 | # Set various other options. |
105 | # |
49e1eb70 |
106 | $self->{'debug'} = defined $config->{'debug'} ? $config->{'debug'} : $DEBUG; |
ca10f295 |
107 | |
96844cae |
108 | $self->add_drop_table( $config->{'add_drop_table'} ); |
d529894e |
109 | |
d529894e |
110 | $self->no_comments( $config->{'no_comments'} ); |
111 | |
96844cae |
112 | $self->show_warnings( $config->{'show_warnings'} ); |
113 | |
114 | $self->trace( $config->{'trace'} ); |
115 | |
3f4af30d |
116 | $self->validate( $config->{'validate'} ); |
117 | |
ca10f295 |
118 | return $self; |
dfb4c915 |
119 | } |
1fd8c91f |
120 | |
0f3778d0 |
121 | # ---------------------------------------------------------------------- |
122 | # add_drop_table([$bool]) |
123 | # ---------------------------------------------------------------------- |
96844cae |
124 | sub add_drop_table { |
125 | my $self = shift; |
126 | if ( defined (my $arg = shift) ) { |
127 | $self->{'add_drop_table'} = $arg ? 1 : 0; |
128 | } |
129 | return $self->{'add_drop_table'} || 0; |
130 | } |
131 | |
0f3778d0 |
132 | # ---------------------------------------------------------------------- |
133 | # no_comments([$bool]) |
134 | # ---------------------------------------------------------------------- |
d529894e |
135 | sub no_comments { |
136 | my $self = shift; |
137 | my $arg = shift; |
138 | if ( defined $arg ) { |
139 | $self->{'no_comments'} = $arg ? 1 : 0; |
140 | } |
141 | return $self->{'no_comments'} || 0; |
142 | } |
143 | |
e2158c40 |
144 | |
0f3778d0 |
145 | # ---------------------------------------------------------------------- |
146 | # producer([$producer_spec]) |
147 | # |
148 | # Get or set the producer for the current translator. |
149 | # ---------------------------------------------------------------------- |
ca10f295 |
150 | sub producer { |
1fd8c91f |
151 | my $self = shift; |
b346d8f1 |
152 | |
7a8e1f51 |
153 | # producer as a mutator |
ca10f295 |
154 | if (@_) { |
155 | my $producer = shift; |
b346d8f1 |
156 | |
7a8e1f51 |
157 | # Passed a module name (string containing "::") |
ca10f295 |
158 | if ($producer =~ /::/) { |
077ebf34 |
159 | my $func_name; |
b346d8f1 |
160 | |
7a8e1f51 |
161 | # Module name was passed directly |
b346d8f1 |
162 | # We try to load the name; if it doesn't load, there's |
163 | # a possibility that it has a function name attached to |
164 | # it. |
077ebf34 |
165 | if (load($producer)) { |
166 | $func_name = "produce"; |
7a8e1f51 |
167 | } |
b346d8f1 |
168 | |
7a8e1f51 |
169 | # Module::function was passed |
b346d8f1 |
170 | else { |
171 | # Passed Module::Name::function; try to recover |
077ebf34 |
172 | my @func_parts = split /::/, $producer; |
173 | $func_name = pop @func_parts; |
174 | $producer = join "::", @func_parts; |
b346d8f1 |
175 | |
176 | # If this doesn't work, then we have a legitimate |
177 | # problem. |
077ebf34 |
178 | load($producer) or die "Can't load $producer: $@"; |
7a8e1f51 |
179 | } |
077ebf34 |
180 | |
7a8e1f51 |
181 | # get code reference and assign |
077ebf34 |
182 | $self->{'producer'} = \&{ "$producer\::$func_name" }; |
183 | $self->{'producer_type'} = $producer; |
49e1eb70 |
184 | $self->debug("Got producer: $producer\::$func_name\n"); |
7a8e1f51 |
185 | } |
b346d8f1 |
186 | |
7a8e1f51 |
187 | # passed an anonymous subroutine reference |
b346d8f1 |
188 | elsif (isa($producer, 'CODE')) { |
ca10f295 |
189 | $self->{'producer'} = $producer; |
077ebf34 |
190 | $self->{'producer_type'} = "CODE"; |
49e1eb70 |
191 | $self->debug("Got producer: code ref\n"); |
7a8e1f51 |
192 | } |
b346d8f1 |
193 | |
7a8e1f51 |
194 | # passed a string containing no "::"; relative package name |
b346d8f1 |
195 | else { |
ca10f295 |
196 | my $Pp = sprintf "SQL::Translator::Producer::$producer"; |
197 | load($Pp) or die "Can't load $Pp: $@"; |
077ebf34 |
198 | $self->{'producer'} = \&{ "$Pp\::produce" }; |
199 | $self->{'producer_type'} = $Pp; |
49e1eb70 |
200 | $self->debug("Got producer: $Pp\n"); |
7a8e1f51 |
201 | } |
b346d8f1 |
202 | |
ca10f295 |
203 | # At this point, $self->{'producer'} contains a subroutine |
b346d8f1 |
204 | # reference that is ready to run |
e2158c40 |
205 | |
7a8e1f51 |
206 | # Anything left? If so, it's producer_args |
207 | $self->producer_args(@_) if (@_); |
208 | } |
b346d8f1 |
209 | |
ca10f295 |
210 | return $self->{'producer'}; |
211 | }; |
077ebf34 |
212 | |
7a8e1f51 |
213 | # ---------------------------------------------------------------------- |
0f3778d0 |
214 | # producer_type() |
7a8e1f51 |
215 | # |
e2158c40 |
216 | # producer_type is an accessor that allows producer subs to get |
217 | # information about their origin. This is poptentially important; |
ca251f03 |
218 | # since all producer subs are called as subroutine references, there is |
e2158c40 |
219 | # no way for a producer to find out which package the sub lives in |
220 | # originally, for example. |
7a8e1f51 |
221 | # ---------------------------------------------------------------------- |
222 | sub producer_type { $_[0]->{'producer_type'} } |
e2158c40 |
223 | |
7a8e1f51 |
224 | # ---------------------------------------------------------------------- |
0f3778d0 |
225 | # producer_args([\%args]) |
7a8e1f51 |
226 | # |
e2158c40 |
227 | # Arbitrary name => value pairs of paramters can be passed to a |
228 | # producer using this method. |
52b828e8 |
229 | # |
0f3778d0 |
230 | # If the first argument passed in is undef, then the hash of arguments |
231 | # is cleared; all subsequent elements are added to the hash of name, |
232 | # value pairs stored as producer_args. |
7a8e1f51 |
233 | # ---------------------------------------------------------------------- |
e2158c40 |
234 | sub producer_args { |
235 | my $self = shift; |
0f3778d0 |
236 | return $self->_args("producer", @_); |
7a8e1f51 |
237 | } |
ca10f295 |
238 | |
0f3778d0 |
239 | # ---------------------------------------------------------------------- |
240 | # parser([$parser_spec]) |
241 | # ---------------------------------------------------------------------- |
ca10f295 |
242 | sub parser { |
243 | my $self = shift; |
b346d8f1 |
244 | |
7a8e1f51 |
245 | # parser as a mutator |
ca10f295 |
246 | if (@_) { |
247 | my $parser = shift; |
b346d8f1 |
248 | |
7a8e1f51 |
249 | # Passed a module name (string containing "::") |
ca10f295 |
250 | if ($parser =~ /::/) { |
b346d8f1 |
251 | my $func_name; |
252 | |
7a8e1f51 |
253 | # Module name was passed directly |
b346d8f1 |
254 | # We try to load the name; if it doesn't load, there's |
255 | # a possibility that it has a function name attached to |
256 | # it. |
257 | if (load($parser)) { |
258 | $func_name = "parse"; |
7a8e1f51 |
259 | } |
b346d8f1 |
260 | |
7a8e1f51 |
261 | # Module::function was passed |
b346d8f1 |
262 | else { |
263 | # Passed Module::Name::function; try to recover |
264 | my @func_parts = split /::/, $parser; |
265 | $func_name = pop @func_parts; |
266 | $parser = join "::", @func_parts; |
267 | |
268 | # If this doesn't work, then we have a legitimate |
269 | # problem. |
270 | load($parser) or die "Can't load $parser: $@"; |
7a8e1f51 |
271 | } |
b346d8f1 |
272 | |
7a8e1f51 |
273 | # get code reference and assign |
b346d8f1 |
274 | $self->{'parser'} = \&{ "$parser\::$func_name" }; |
077ebf34 |
275 | $self->{'parser_type'} = $parser; |
49e1eb70 |
276 | $self->debug("Got parser: $parser\::$func_name\n"); |
7a8e1f51 |
277 | } |
b346d8f1 |
278 | |
7a8e1f51 |
279 | # passed an anonymous subroutine reference |
49e1eb70 |
280 | elsif ( isa( $parser, 'CODE' ) ) { |
281 | $self->{'parser'} = $parser; |
077ebf34 |
282 | $self->{'parser_type'} = "CODE"; |
49e1eb70 |
283 | $self->debug("Got parser: code ref\n"); |
7a8e1f51 |
284 | } |
b346d8f1 |
285 | |
7a8e1f51 |
286 | # passed a string containing no "::"; relative package name |
b346d8f1 |
287 | else { |
49e1eb70 |
288 | my $Pp = "SQL::Translator::Parser::$parser"; |
289 | load( $Pp ) or die "Can't load $Pp: $@"; |
290 | $self->{'parser'} = \&{ "$Pp\::parse" }; |
077ebf34 |
291 | $self->{'parser_type'} = $Pp; |
49e1eb70 |
292 | $self->debug("Got parser: $Pp\n"); |
7a8e1f51 |
293 | } |
b346d8f1 |
294 | |
49e1eb70 |
295 | # |
b346d8f1 |
296 | # At this point, $self->{'parser'} contains a subroutine |
297 | # reference that is ready to run |
49e1eb70 |
298 | # |
299 | $self->parser_args( @_ ) if (@_); |
7a8e1f51 |
300 | } |
b346d8f1 |
301 | |
ca10f295 |
302 | return $self->{'parser'}; |
16dc9970 |
303 | } |
1fd8c91f |
304 | |
d529894e |
305 | # ---------------------------------------------------------------------- |
077ebf34 |
306 | sub parser_type { $_[0]->{'parser_type'} } |
e2158c40 |
307 | |
e2158c40 |
308 | sub parser_args { |
309 | my $self = shift; |
0f3778d0 |
310 | return $self->_args("parser", @_); |
311 | } |
96844cae |
312 | |
313 | sub show_warnings { |
314 | my $self = shift; |
315 | my $arg = shift; |
316 | if ( defined $arg ) { |
317 | $self->{'show_warnings'} = $arg ? 1 : 0; |
318 | } |
319 | return $self->{'show_warnings'} || 0; |
320 | } |
321 | |
ca10f295 |
322 | |
0f3778d0 |
323 | # filename - get or set the filename |
324 | sub filename { |
325 | my $self = shift; |
326 | if (@_) { |
327 | my $filename = shift; |
328 | if (-d $filename) { |
329 | my $msg = "Cannot use directory '$filename' as input source"; |
330 | return $self->error($msg); |
95a2cfb6 |
331 | } elsif (ref($filename) eq 'ARRAY') { |
332 | $self->{'filename'} = $filename; |
333 | $self->debug("Got array of files: ".join(', ',@$filename)."\n"); |
0f3778d0 |
334 | } elsif (-f _ && -r _) { |
335 | $self->{'filename'} = $filename; |
336 | $self->debug("Got filename: '$self->{'filename'}'\n"); |
337 | } else { |
338 | my $msg = "Cannot use '$filename' as input source: ". |
339 | "file does not exist or is not readable."; |
340 | return $self->error($msg); |
341 | } |
342 | } |
ca10f295 |
343 | |
0f3778d0 |
344 | $self->{'filename'}; |
345 | } |
ca10f295 |
346 | |
0f3778d0 |
347 | # ---------------------------------------------------------------------- |
348 | # data([$data]) |
349 | # |
350 | # if $self->{'data'} is not set, but $self->{'filename'} is, then |
351 | # $self->{'filename'} is opened and read, with the results put into |
352 | # $self->{'data'}. |
353 | # ---------------------------------------------------------------------- |
354 | sub data { |
355 | my $self = shift; |
ca10f295 |
356 | |
0f3778d0 |
357 | # Set $self->{'data'} based on what was passed in. We will |
358 | # accept a number of things; do our best to get it right. |
359 | if (@_) { |
360 | my $data = shift; |
361 | if (isa($data, "SCALAR")) { |
362 | $self->{'data'} = $data; |
363 | } |
364 | else { |
365 | if (isa($data, 'ARRAY')) { |
366 | $data = join '', @$data; |
367 | } |
368 | elsif (isa($data, 'GLOB')) { |
369 | local $/; |
370 | $data = <$data>; |
371 | } |
372 | elsif (! ref $data && @_) { |
373 | $data = join '', $data, @_; |
374 | } |
375 | $self->{'data'} = \$data; |
376 | } |
377 | } |
9398955f |
378 | |
7a8e1f51 |
379 | # If we have a filename but no data yet, populate. |
9398955f |
380 | if (not $self->{'data'} and my $filename = $self->filename) { |
49e1eb70 |
381 | $self->debug("Opening '$filename' to get contents.\n"); |
9398955f |
382 | local *FH; |
383 | local $/; |
384 | my $data; |
385 | |
95a2cfb6 |
386 | my @files = ref($filename) eq 'ARRAY' ? @$filename : ($filename); |
9398955f |
387 | |
95a2cfb6 |
388 | foreach my $file (@files) { |
389 | unless (open FH, $file) { |
390 | return $self->error("Can't read file '$file': $!"); |
391 | } |
9398955f |
392 | |
95a2cfb6 |
393 | $data .= <FH>; |
394 | |
395 | unless (close FH) { |
396 | return $self->error("Can't close file '$file': $!"); |
397 | } |
398 | } |
399 | |
400 | $self->{'data'} = \$data; |
9398955f |
401 | } |
9398955f |
402 | |
403 | return $self->{'data'}; |
7a8e1f51 |
404 | } |
9398955f |
405 | |
45ee6be0 |
406 | # ---------------------------------------------------------------------- |
407 | sub schema { |
408 | # |
409 | # Returns the SQL::Translator::Schema object |
410 | # |
411 | my $self = shift; |
412 | |
413 | unless ( defined $self->{'schema'} ) { |
414 | $self->{'schema'} = SQL::Translator::Schema->new; |
415 | } |
d529894e |
416 | |
45ee6be0 |
417 | return $self->{'schema'}; |
418 | } |
419 | |
420 | # ---------------------------------------------------------------------- |
d529894e |
421 | sub trace { |
422 | my $self = shift; |
423 | my $arg = shift; |
424 | if ( defined $arg ) { |
425 | $self->{'trace'} = $arg ? 1 : 0; |
426 | } |
427 | return $self->{'trace'} || 0; |
428 | } |
429 | |
430 | # ---------------------------------------------------------------------- |
0f3778d0 |
431 | # translate([source], [\%args]) |
432 | # |
433 | # translate does the actual translation. The main argument is the |
434 | # source of the data to be translated, which can be a filename, scalar |
435 | # reference, or glob reference. |
436 | # |
437 | # Alternatively, translate takes optional arguements, which are passed |
438 | # to the appropriate places. Most notable of these arguments are |
439 | # parser and producer, which can be used to set the parser and |
440 | # producer, respectively. This is the applications last chance to set |
441 | # these. |
442 | # |
443 | # translate returns a string. |
444 | # ---------------------------------------------------------------------- |
ca251f03 |
445 | sub translate { |
446 | my $self = shift; |
447 | my ($args, $parser, $parser_type, $producer, $producer_type); |
448 | my ($parser_output, $producer_output); |
ca10f295 |
449 | |
7a8e1f51 |
450 | # Parse arguments |
9398955f |
451 | if (@_ == 1) { |
7a8e1f51 |
452 | # Passed a reference to a hash? |
ca10f295 |
453 | if (isa($_[0], 'HASH')) { |
7a8e1f51 |
454 | # yep, a hashref |
49e1eb70 |
455 | $self->debug("translate: Got a hashref\n"); |
ca10f295 |
456 | $args = $_[0]; |
457 | } |
9398955f |
458 | |
0f3778d0 |
459 | # Passed a GLOB reference, i.e., filehandle |
460 | elsif (isa($_[0], 'GLOB')) { |
461 | $self->debug("translate: Got a GLOB reference\n"); |
462 | $self->data($_[0]); |
463 | } |
464 | |
7a8e1f51 |
465 | # Passed a reference to a string containing the data |
ca10f295 |
466 | elsif (isa($_[0], 'SCALAR')) { |
9398955f |
467 | # passed a ref to a string |
49e1eb70 |
468 | $self->debug("translate: Got a SCALAR reference (string)\n"); |
9398955f |
469 | $self->data($_[0]); |
ca10f295 |
470 | } |
9398955f |
471 | |
7a8e1f51 |
472 | # Not a reference; treat it as a filename |
b346d8f1 |
473 | elsif (! ref $_[0]) { |
ca10f295 |
474 | # Not a ref, it's a filename |
49e1eb70 |
475 | $self->debug("translate: Got a filename\n"); |
9398955f |
476 | $self->filename($_[0]); |
ca10f295 |
477 | } |
9398955f |
478 | |
7a8e1f51 |
479 | # Passed something else entirely. |
b346d8f1 |
480 | else { |
481 | # We're not impressed. Take your empty string and leave. |
38254289 |
482 | # return ""; |
483 | |
7a8e1f51 |
484 | # Actually, if data, parser, and producer are set, then we |
485 | # can continue. Too bad, because I like my comment |
486 | # (above)... |
38254289 |
487 | return "" unless ($self->data && |
488 | $self->producer && |
489 | $self->parser); |
b346d8f1 |
490 | } |
16dc9970 |
491 | } |
492 | else { |
b346d8f1 |
493 | # You must pass in a hash, or you get nothing. |
494 | return "" if @_ % 2; |
ca10f295 |
495 | $args = { @_ }; |
7a8e1f51 |
496 | } |
16dc9970 |
497 | |
9398955f |
498 | # ---------------------------------------------------------------------- |
499 | # Can specify the data to be transformed using "filename", "file", |
7a8e1f51 |
500 | # "data", or "datasource". |
9398955f |
501 | # ---------------------------------------------------------------------- |
7a8e1f51 |
502 | if (my $filename = ($args->{'filename'} || $args->{'file'})) { |
9398955f |
503 | $self->filename($filename); |
504 | } |
ca10f295 |
505 | |
422298aa |
506 | if (my $data = ($args->{'data'} || $args->{'datasource'})) { |
9398955f |
507 | $self->data($data); |
16dc9970 |
508 | } |
ca10f295 |
509 | |
9398955f |
510 | # ---------------------------------------------------------------- |
511 | # Get the data. |
512 | # ---------------------------------------------------------------- |
513 | my $data = $self->data; |
5457eaf0 |
514 | unless (ref($data) eq 'SCALAR' and length $$data) { |
c2d3a526 |
515 | return $self->error("Empty data file!"); |
9398955f |
516 | } |
077ebf34 |
517 | |
9398955f |
518 | # ---------------------------------------------------------------- |
ca10f295 |
519 | # Local reference to the parser subroutine |
9398955f |
520 | # ---------------------------------------------------------------- |
ca10f295 |
521 | if ($parser = ($args->{'parser'} || $args->{'from'})) { |
522 | $self->parser($parser); |
16dc9970 |
523 | } |
7a8e1f51 |
524 | $parser = $self->parser; |
525 | $parser_type = $self->parser_type; |
16dc9970 |
526 | |
9398955f |
527 | # ---------------------------------------------------------------- |
ca10f295 |
528 | # Local reference to the producer subroutine |
9398955f |
529 | # ---------------------------------------------------------------- |
ca10f295 |
530 | if ($producer = ($args->{'producer'} || $args->{'to'})) { |
531 | $self->producer($producer); |
16dc9970 |
532 | } |
7a8e1f51 |
533 | $producer = $self->producer; |
534 | $producer_type = $self->producer_type; |
16dc9970 |
535 | |
9398955f |
536 | # ---------------------------------------------------------------- |
7a8e1f51 |
537 | # Execute the parser, then execute the producer with that output. |
538 | # Allowances are made for each piece to die, or fail to compile, |
539 | # since the referenced subroutines could be almost anything. In |
540 | # the future, each of these might happen in a Safe environment, |
541 | # depending on how paranoid we want to be. |
9398955f |
542 | # ---------------------------------------------------------------- |
dbe45b7c |
543 | eval { $parser_output = $parser->($self, $$data) }; |
7a8e1f51 |
544 | if ($@ || ! $parser_output) { |
545 | my $msg = sprintf "translate: Error with parser '%s': %s", |
546 | $parser_type, ($@) ? $@ : " no results"; |
c2d3a526 |
547 | return $self->error($msg); |
7a8e1f51 |
548 | } |
549 | |
3f4af30d |
550 | if ( $self->validate ) { |
551 | my $schema = $self->schema; |
552 | return $self->error('Invalid schema') unless $schema->is_valid; |
553 | } |
554 | |
555 | eval { $producer_output = $producer->($self) }; |
7a8e1f51 |
556 | if ($@ || ! $producer_output) { |
557 | my $msg = sprintf "translate: Error with producer '%s': %s", |
558 | $producer_type, ($@) ? $@ : " no results"; |
c2d3a526 |
559 | return $self->error($msg); |
7a8e1f51 |
560 | } |
561 | |
562 | return $producer_output; |
16dc9970 |
563 | } |
ca10f295 |
564 | |
d529894e |
565 | # ---------------------------------------------------------------------- |
0f3778d0 |
566 | # list_parsers() |
567 | # |
568 | # Hacky sort of method to list all available parsers. This has |
569 | # several problems: |
570 | # |
571 | # - Only finds things in the SQL::Translator::Parser namespace |
572 | # |
573 | # - Only finds things that are located in the same directory |
574 | # as SQL::Translator::Parser. Yeck. |
575 | # |
576 | # This method will fail in several very likely cases: |
577 | # |
578 | # - Parser modules in different namespaces |
579 | # |
580 | # - Parser modules in the SQL::Translator::Parser namespace that |
581 | # have any XS componenets will be installed in |
582 | # arch_lib/SQL/Translator. |
583 | # |
584 | # ---------------------------------------------------------------------- |
585 | sub list_parsers { |
ca1f2237 |
586 | return shift->_list("parser"); |
0f3778d0 |
587 | } |
588 | |
589 | # ---------------------------------------------------------------------- |
590 | # list_producers() |
591 | # |
592 | # See notes for list_parsers(), above; all the problems apply to |
593 | # list_producers as well. |
594 | # ---------------------------------------------------------------------- |
c0c4aef9 |
595 | sub list_producers { |
ca1f2237 |
596 | return shift->_list("producer"); |
0f3778d0 |
597 | } |
598 | |
c0c4aef9 |
599 | |
0f3778d0 |
600 | # ====================================================================== |
601 | # Private Methods |
602 | # ====================================================================== |
c0c4aef9 |
603 | |
0f3778d0 |
604 | # ---------------------------------------------------------------------- |
605 | # _args($type, \%args); |
606 | # |
607 | # Gets or sets ${type}_args. Called by parser_args and producer_args. |
608 | # ---------------------------------------------------------------------- |
609 | sub _args { |
610 | my $self = shift; |
611 | my $type = shift; |
612 | $type = "${type}_args" unless $type =~ /_args$/; |
613 | |
614 | unless (defined $self->{$type} && isa($self->{$type}, 'HASH')) { |
615 | $self->{$type} = { }; |
616 | } |
617 | |
618 | if (@_) { |
619 | # If the first argument is an explicit undef (remember, we |
620 | # don't get here unless there is stuff in @_), then we clear |
621 | # out the producer_args hash. |
622 | if (! defined $_[0]) { |
623 | shift @_; |
624 | %{$self->{$type}} = (); |
625 | } |
626 | |
627 | my $args = isa($_[0], 'HASH') ? shift : { @_ }; |
628 | %{$self->{$type}} = (%{$self->{$type}}, %$args); |
629 | } |
630 | |
631 | $self->{$type}; |
c0c4aef9 |
632 | } |
633 | |
d529894e |
634 | # ---------------------------------------------------------------------- |
0f3778d0 |
635 | # _list($type) |
636 | # ---------------------------------------------------------------------- |
637 | sub _list { |
ca1f2237 |
638 | my $self = shift; |
639 | my $type = shift || return (); |
640 | my $uctype = ucfirst lc $type; |
641 | my %found; |
642 | |
643 | load("SQL::Translator::$uctype") or return (); |
644 | my $path = catfile "SQL", "Translator", $uctype; |
645 | for (@INC) { |
646 | my $dir = catfile $_, $path; |
647 | $self->debug("_list_${type}s searching $dir"); |
648 | next unless -d $dir; |
649 | |
650 | my $dh = IO::Dir->new($dir); |
651 | for (grep /\.pm$/, $dh->read) { |
652 | s/\.pm$//; |
653 | $found{ join "::", "SQL::Translator::$uctype", $_ } = 1; |
654 | } |
655 | } |
c0c4aef9 |
656 | |
ca1f2237 |
657 | return keys %found; |
c0c4aef9 |
658 | } |
659 | |
d529894e |
660 | # ---------------------------------------------------------------------- |
0f3778d0 |
661 | # load($module) |
662 | # |
663 | # Loads a Perl module. Short circuits if a module is already loaded. |
664 | # ---------------------------------------------------------------------- |
ca10f295 |
665 | sub load { |
666 | my $module = do { my $m = shift; $m =~ s[::][/]g; "$m.pm" }; |
667 | return 1 if $INC{$module}; |
ca1f2237 |
668 | |
5760246d |
669 | eval { |
670 | require $module; |
671 | $module->import(@_); |
672 | }; |
ca1f2237 |
673 | |
674 | return __PACKAGE__->error($@) if ($@); |
ca10f295 |
675 | return 1; |
1fd8c91f |
676 | } |
16dc9970 |
677 | |
67e5ff53 |
678 | # ---------------------------------------------------------------------- |
7d5bcab8 |
679 | sub format_table_name { |
f9a0c3b5 |
680 | my $self = shift; |
681 | my $sub = shift; |
682 | $self->{'_format_table_name'} = $sub if ref $sub eq 'CODE'; |
683 | return $self->{'_format_table_name'}->( $sub, @_ ) |
684 | if defined $self->{'_format_table_name'}; |
685 | return $sub; |
7d5bcab8 |
686 | } |
687 | |
67e5ff53 |
688 | # ---------------------------------------------------------------------- |
7d5bcab8 |
689 | sub format_package_name { |
f9a0c3b5 |
690 | my $self = shift; |
691 | my $sub = shift; |
692 | $self->{'_format_package_name'} = $sub if ref $sub eq 'CODE'; |
693 | return $self->{'_format_package_name'}->( $sub, @_ ) |
694 | if defined $self->{'_format_package_name'}; |
695 | return $sub; |
7d5bcab8 |
696 | } |
697 | |
67e5ff53 |
698 | # ---------------------------------------------------------------------- |
7d5bcab8 |
699 | sub format_fk_name { |
f9a0c3b5 |
700 | my $self = shift; |
701 | my $sub = shift; |
702 | $self->{'_format_fk_name'} = $sub if ref $sub eq 'CODE'; |
703 | return $self->{'_format_fk_name'}->( $sub, @_ ) |
704 | if defined $self->{'_format_fk_name'}; |
705 | return $sub; |
7d5bcab8 |
706 | } |
707 | |
67e5ff53 |
708 | # ---------------------------------------------------------------------- |
7d5bcab8 |
709 | sub format_pk_name { |
f9a0c3b5 |
710 | my $self = shift; |
711 | my $sub = shift; |
712 | $self->{'_format_pk_name'} = $sub if ref $sub eq 'CODE'; |
713 | return $self->{'_format_pk_name'}->( $sub, @_ ) |
714 | if defined $self->{'_format_pk_name'}; |
715 | return $sub; |
7d5bcab8 |
716 | } |
717 | |
d529894e |
718 | # ---------------------------------------------------------------------- |
0f3778d0 |
719 | # isa($ref, $type) |
720 | # |
721 | # Calls UNIVERSAL::isa($ref, $type). I think UNIVERSAL::isa is ugly, |
722 | # but I like function overhead. |
723 | # ---------------------------------------------------------------------- |
724 | sub isa($$) { |
725 | my ($ref, $type) = @_; |
726 | return UNIVERSAL::isa($ref, $type); |
727 | } |
c2d3a526 |
728 | |
3f4af30d |
729 | # ---------------------------------------------------------------------- |
730 | sub validate { |
3f4af30d |
731 | my ( $self, $arg ) = @_; |
732 | if ( defined $arg ) { |
733 | $self->{'validate'} = $arg ? 1 : 0; |
734 | } |
735 | return $self->{'validate'} || 0; |
736 | } |
737 | |
16dc9970 |
738 | 1; |
16dc9970 |
739 | |
389b318c |
740 | # ---------------------------------------------------------------------- |
741 | # Who killed the pork chops? |
742 | # What price bananas? |
743 | # Are you my Angel? |
744 | # Allen Ginsberg |
745 | # ---------------------------------------------------------------------- |
746 | |
747 | =pod |
0f3778d0 |
748 | |
749 | =head1 NAME |
750 | |
954f31f1 |
751 | SQL::Translator - manipulate structured data definitions (SQL and more) |
0f3778d0 |
752 | |
753 | =head1 SYNOPSIS |
754 | |
755 | use SQL::Translator; |
756 | |
67e5ff53 |
757 | my $translator = SQL::Translator->new( |
758 | # Print debug info |
759 | debug => 1, |
760 | # Print Parse::RecDescent trace |
761 | trace => 0, |
762 | # Don't include comments in output |
763 | no_comments => 0, |
764 | # Print name mutations, conflicts |
765 | show_warnings => 0, |
766 | # Add "drop table" statements |
767 | add_drop_table => 1, |
768 | # Validate schema object |
769 | validate => 1, |
f9a0c3b5 |
770 | # Make all table names CAPS in producers which support this option |
67e5ff53 |
771 | format_table_name => sub {my $tablename = shift; return uc($tablename)}, |
f9a0c3b5 |
772 | # Null-op formatting, only here for documentation's sake |
7d5bcab8 |
773 | format_package_name => sub {return shift}, |
774 | format_fk_name => sub {return shift}, |
775 | format_pk_name => sub {return shift}, |
0f3778d0 |
776 | ); |
777 | |
778 | my $output = $translator->translate( |
389b318c |
779 | from => 'MySQL', |
780 | to => 'Oracle', |
f9a0c3b5 |
781 | # Or an arrayref of filenames, i.e. [ $file1, $file2, $file3 ] |
782 | filename => $file, |
0f3778d0 |
783 | ) or die $translator->error; |
784 | |
785 | print $output; |
786 | |
787 | =head1 DESCRIPTION |
788 | |
29efc9fd |
789 | SQL::Translator is a group of Perl modules that converts |
790 | vendor-specific SQL table definitions into other formats, such as |
791 | other vendor-specific SQL, ER diagrams, documentation (POD and HTML), |
792 | XML, and Class::DBI classes. The main focus of SQL::Translator is |
793 | SQL, but parsers exist for other structured data formats, including |
794 | Excel spreadsheets and arbitrarily delimited text files. Through the |
795 | separation of the code into parsers and producers with an object model |
796 | in between, it's possible to combine any parser with any producer, to |
797 | plug in custom parsers or producers, or to manipulate the parsed data |
798 | via the built-in object model. Presently only the definition parts of |
799 | SQL are handled (CREATE, ALTER), not the manipulation of data (INSERT, |
800 | UPDATE, DELETE). |
0f3778d0 |
801 | |
802 | =head1 CONSTRUCTOR |
803 | |
5760246d |
804 | The constructor is called C<new>, and accepts a optional hash of options. |
0f3778d0 |
805 | Valid options are: |
806 | |
807 | =over 4 |
808 | |
ca251f03 |
809 | =item * |
810 | |
811 | parser / from |
812 | |
813 | =item * |
814 | |
815 | parser_args |
0f3778d0 |
816 | |
ca251f03 |
817 | =item * |
0f3778d0 |
818 | |
ca251f03 |
819 | producer / to |
0f3778d0 |
820 | |
ca251f03 |
821 | =item * |
0f3778d0 |
822 | |
ca251f03 |
823 | producer_args |
0f3778d0 |
824 | |
ca251f03 |
825 | =item * |
826 | |
827 | filename / file |
828 | |
829 | =item * |
830 | |
831 | data |
832 | |
833 | =item * |
0f3778d0 |
834 | |
ca251f03 |
835 | debug |
0f3778d0 |
836 | |
389b318c |
837 | =item * |
838 | |
839 | add_drop_table |
840 | |
841 | =item * |
842 | |
843 | no_comments |
844 | |
845 | =item * |
846 | |
847 | trace |
848 | |
849 | =item * |
850 | |
851 | validate |
852 | |
0f3778d0 |
853 | =back |
854 | |
855 | All options are, well, optional; these attributes can be set via |
856 | instance methods. Internally, they are; no (non-syntactical) |
857 | advantage is gained by passing options to the constructor. |
858 | |
859 | =head1 METHODS |
860 | |
5760246d |
861 | =head2 add_drop_table |
0f3778d0 |
862 | |
863 | Toggles whether or not to add "DROP TABLE" statements just before the |
864 | create definitions. |
865 | |
5760246d |
866 | =head2 no_comments |
0f3778d0 |
867 | |
868 | Toggles whether to print comments in the output. Accepts a true or false |
869 | value, returns the current value. |
870 | |
5760246d |
871 | =head2 producer |
0f3778d0 |
872 | |
5760246d |
873 | The C<producer> method is an accessor/mutator, used to retrieve or |
0f3778d0 |
874 | define what subroutine is called to produce the output. A subroutine |
875 | defined as a producer will be invoked as a function (I<not a method>) |
ca251f03 |
876 | and passed 2 parameters: its container C<SQL::Translator> instance and a |
0f3778d0 |
877 | data structure. It is expected that the function transform the data |
ca251f03 |
878 | structure to a string. The C<SQL::Transformer> instance is provided for |
0f3778d0 |
879 | informational purposes; for example, the type of the parser can be |
5760246d |
880 | retrieved using the C<parser_type> method, and the C<error> and |
881 | C<debug> methods can be called when needed. |
0f3778d0 |
882 | |
ca251f03 |
883 | When defining a producer, one of several things can be passed in: A |
5760246d |
884 | module name (e.g., C<My::Groovy::Producer>), a module name relative to |
885 | the C<SQL::Translator::Producer> namespace (e.g., C<MySQL>), a module |
ca251f03 |
886 | name and function combination (C<My::Groovy::Producer::transmogrify>), |
0f3778d0 |
887 | or a reference to an anonymous subroutine. If a full module name is |
888 | passed in (for the purposes of this method, a string containing "::" |
889 | is considered to be a module name), it is treated as a package, and a |
ca251f03 |
890 | function called "produce" will be invoked: C<$modulename::produce>. |
891 | If $modulename cannot be loaded, the final portion is stripped off and |
0f3778d0 |
892 | treated as a function. In other words, if there is no file named |
ca251f03 |
893 | F<My/Groovy/Producer/transmogrify.pm>, C<SQL::Translator> will attempt |
5760246d |
894 | to load F<My/Groovy/Producer.pm> and use C<transmogrify> as the name of |
895 | the function, instead of the default C<produce>. |
0f3778d0 |
896 | |
897 | my $tr = SQL::Translator->new; |
898 | |
899 | # This will invoke My::Groovy::Producer::produce($tr, $data) |
900 | $tr->producer("My::Groovy::Producer"); |
901 | |
902 | # This will invoke SQL::Translator::Producer::Sybase::produce($tr, $data) |
903 | $tr->producer("Sybase"); |
904 | |
905 | # This will invoke My::Groovy::Producer::transmogrify($tr, $data), |
906 | # assuming that My::Groovy::Producer::transmogrify is not a module |
907 | # on disk. |
908 | $tr->producer("My::Groovy::Producer::transmogrify"); |
909 | |
910 | # This will invoke the referenced subroutine directly, as |
911 | # $subref->($tr, $data); |
912 | $tr->producer(\&my_producer); |
913 | |
5760246d |
914 | There is also a method named C<producer_type>, which is a string |
915 | containing the classname to which the above C<produce> function |
0f3778d0 |
916 | belongs. In the case of anonymous subroutines, this method returns |
917 | the string "CODE". |
918 | |
5760246d |
919 | Finally, there is a method named C<producer_args>, which is both an |
0f3778d0 |
920 | accessor and a mutator. Arbitrary data may be stored in name => value |
921 | pairs for the producer subroutine to access: |
922 | |
923 | sub My::Random::producer { |
924 | my ($tr, $data) = @_; |
925 | my $pr_args = $tr->producer_args(); |
926 | |
927 | # $pr_args is a hashref. |
928 | |
5760246d |
929 | Extra data passed to the C<producer> method is passed to |
930 | C<producer_args>: |
0f3778d0 |
931 | |
932 | $tr->producer("xSV", delimiter => ',\s*'); |
933 | |
934 | # In SQL::Translator::Producer::xSV: |
935 | my $args = $tr->producer_args; |
936 | my $delimiter = $args->{'delimiter'}; # value is ,\s* |
937 | |
5760246d |
938 | =head2 parser |
0f3778d0 |
939 | |
5760246d |
940 | The C<parser> method defines or retrieves a subroutine that will be |
0f3778d0 |
941 | called to perform the parsing. The basic idea is the same as that of |
5760246d |
942 | C<producer> (see above), except the default subroutine name is |
ca251f03 |
943 | "parse", and will be invoked as C<$module_name::parse($tr, $data)>. |
0f3778d0 |
944 | Also, the parser subroutine will be passed a string containing the |
945 | entirety of the data to be parsed. |
946 | |
947 | # Invokes SQL::Translator::Parser::MySQL::parse() |
948 | $tr->parser("MySQL"); |
949 | |
950 | # Invokes My::Groovy::Parser::parse() |
951 | $tr->parser("My::Groovy::Parser"); |
952 | |
953 | # Invoke an anonymous subroutine directly |
954 | $tr->parser(sub { |
955 | my $dumper = Data::Dumper->new([ $_[1] ], [ "SQL" ]); |
956 | $dumper->Purity(1)->Terse(1)->Deepcopy(1); |
957 | return $dumper->Dump; |
958 | }); |
959 | |
5760246d |
960 | There is also C<parser_type> and C<parser_args>, which perform |
961 | analogously to C<producer_type> and C<producer_args> |
0f3778d0 |
962 | |
5760246d |
963 | =head2 show_warnings |
0f3778d0 |
964 | |
965 | Toggles whether to print warnings of name conflicts, identifier |
966 | mutations, etc. Probably only generated by producers to let the user |
967 | know when something won't translate very smoothly (e.g., MySQL "enum" |
968 | fields into Oracle). Accepts a true or false value, returns the |
969 | current value. |
970 | |
5760246d |
971 | =head2 translate |
0f3778d0 |
972 | |
5760246d |
973 | The C<translate> method calls the subroutines referenced by the |
974 | C<parser> and C<producer> data members (described above). It accepts |
0f3778d0 |
975 | as arguments a number of things, in key => value format, including |
976 | (potentially) a parser and a producer (they are passed directly to the |
5760246d |
977 | C<parser> and C<producer> methods). |
0f3778d0 |
978 | |
5760246d |
979 | Here is how the parameter list to C<translate> is parsed: |
0f3778d0 |
980 | |
981 | =over |
982 | |
983 | =item * |
984 | |
985 | 1 argument means it's the data to be parsed; which could be a string |
ca251f03 |
986 | (filename) or a reference to a scalar (a string stored in memory), or a |
0f3778d0 |
987 | reference to a hash, which is parsed as being more than one argument |
988 | (see next section). |
989 | |
990 | # Parse the file /path/to/datafile |
991 | my $output = $tr->translate("/path/to/datafile"); |
992 | |
993 | # Parse the data contained in the string $data |
994 | my $output = $tr->translate(\$data); |
995 | |
996 | =item * |
997 | |
998 | More than 1 argument means its a hash of things, and it might be |
999 | setting a parser, producer, or datasource (this key is named |
1000 | "filename" or "file" if it's a file, or "data" for a SCALAR reference. |
1001 | |
1002 | # As above, parse /path/to/datafile, but with different producers |
1003 | for my $prod ("MySQL", "XML", "Sybase") { |
1004 | print $tr->translate( |
1005 | producer => $prod, |
1006 | filename => "/path/to/datafile", |
1007 | ); |
1008 | } |
1009 | |
1010 | # The filename hash key could also be: |
1011 | datasource => \$data, |
1012 | |
1013 | You get the idea. |
1014 | |
1015 | =back |
1016 | |
5760246d |
1017 | =head2 filename, data |
0f3778d0 |
1018 | |
5760246d |
1019 | Using the C<filename> method, the filename of the data to be parsed |
1020 | can be set. This method can be used in conjunction with the C<data> |
1021 | method, below. If both the C<filename> and C<data> methods are |
1022 | invoked as mutators, the data set in the C<data> method is used. |
0f3778d0 |
1023 | |
1024 | $tr->filename("/my/data/files/create.sql"); |
1025 | |
1026 | or: |
1027 | |
1028 | my $create_script = do { |
1029 | local $/; |
1030 | open CREATE, "/my/data/files/create.sql" or die $!; |
1031 | <CREATE>; |
1032 | }; |
1033 | $tr->data(\$create_script); |
1034 | |
5760246d |
1035 | C<filename> takes a string, which is interpreted as a filename. |
1036 | C<data> takes a reference to a string, which is used as the data to be |
0f3778d0 |
1037 | parsed. If a filename is set, then that file is opened and read when |
5760246d |
1038 | the C<translate> method is called, as long as the data instance |
0f3778d0 |
1039 | variable is not set. |
1040 | |
45ee6be0 |
1041 | =head2 schema |
1042 | |
1043 | Returns the SQL::Translator::Schema object. |
1044 | |
5760246d |
1045 | =head2 trace |
0f3778d0 |
1046 | |
1047 | Turns on/off the tracing option of Parse::RecDescent. |
1048 | |
389b318c |
1049 | =head2 validate |
1050 | |
1051 | Whether or not to validate the schema object after parsing and before |
1052 | producing. |
1053 | |
7a8e1f51 |
1054 | =head1 AUTHORS |
16dc9970 |
1055 | |
ca251f03 |
1056 | Ken Y. Clark, E<lt>kclark@cpan.orgE<gt>, |
1057 | darren chamberlain E<lt>darren@cpan.orgE<gt>, |
1058 | Chris Mungall E<lt>cjm@fruitfly.orgE<gt>, |
389b318c |
1059 | Allen Day E<lt>allenday@users.sourceforge.netE<gt>, |
1060 | Sam Angiuoli E<lt>angiuoli@users.sourceforge.netE<gt>, |
1061 | Ying Zhang E<lt>zyolive@yahoo.comE<gt>, |
1062 | Mike Mellilo <mmelillo@users.sourceforge.net>. |
dfb4c915 |
1063 | |
ca10f295 |
1064 | =head1 COPYRIGHT |
16dc9970 |
1065 | |
ca10f295 |
1066 | This program is free software; you can redistribute it and/or modify |
1067 | it under the terms of the GNU General Public License as published by |
1068 | the Free Software Foundation; version 2. |
dfb4c915 |
1069 | |
ca10f295 |
1070 | This program is distributed in the hope that it will be useful, but |
1071 | WITHOUT ANY WARRANTY; without even the implied warranty of |
1072 | MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU |
1073 | General Public License for more details. |
16dc9970 |
1074 | |
ca10f295 |
1075 | You should have received a copy of the GNU General Public License |
1076 | along with this program; if not, write to the Free Software |
1077 | Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 |
1078 | USA |
16dc9970 |
1079 | |
87bf8a3a |
1080 | =head1 BUGS |
1081 | |
1082 | Please use http://rt.cpan.org/ for reporting bugs. |
1083 | |
16dc9970 |
1084 | =head1 SEE ALSO |
1085 | |
abfa405a |
1086 | L<perl>, |
1087 | L<SQL::Translator::Parser>, |
1088 | L<SQL::Translator::Producer>, |
389b318c |
1089 | L<Parse::RecDescent>, |
1090 | L<GD>, |
1091 | L<GraphViz>, |
1092 | L<Text::RecordParser>, |
1093 | L<Class::DBI> |
1094 | L<XML::Writer>. |