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1 \input texinfo.tex
2 @c %**start of header
3 @setfilename ../info/eudc
4 @settitle Emacs Unified Directory Client (EUDC) Manual
5 @afourpaper
6 @c %**end of header
7
8 @copying
9 This file documents EUDC v1.30b.
10
11 EUDC is the Emacs Unified Directory Client, a common interface to
12 directory servers using various protocols such as LDAP or the CCSO white
13 pages directory system (PH/QI)
14
15 Copyright @copyright{} 1998, 2000, 2001, 2002, 2003, 2004, 2005, 2006
16 Free Software Foundation, Inc.
17
18 @quotation
19 Permission is granted to copy, distribute and/or modify this document
20 under the terms of the GNU Free Documentation License, Version 1.2 or
21 any later version published by the Free Software Foundation; with no
22 Invariant Sections, with the Front-Cover texts being ``A GNU
23 Manual'', and with the Back-Cover Texts as in (a) below. A copy of the
24 license is included in the section entitled ``GNU Free Documentation
25 License'' in the Emacs manual.
26
27 (a) The FSF's Back-Cover Text is: ``You have freedom to copy and modify
28 this GNU Manual, like GNU software. Copies published by the Free
29 Software Foundation raise funds for GNU development.''
30
31 This document is part of a collection distributed under the GNU Free
32 Documentation License. If you want to distribute this document
33 separately from the collection, you can do so by adding a copy of the
34 license to the document, as described in section 6 of the license.
35 @end quotation
36 @end copying
37
38 @dircategory Emacs
39 @direntry
40 * EUDC: (eudc). An Emacs client for directory servers (LDAP, PH).
41 @end direntry
42
43 @footnotestyle end
44
45 @titlepage
46 @title{EUDC Manual}
47 @subtitle{The Emacs Unified Directory Client}
48 @author by Oscar Figueiredo
49 @code{1.30b}
50
51 @page
52 @vskip 0pt plus 1fill
53 @insertcopying
54 @end titlepage
55
56 @ifnottex
57 @node Top, Overview, (dir), (dir)
58 @comment node-name, next, previous, up
59
60
61 This manual documents EUDC v1.30b, the Emacs Unified Directory Client.
62
63 A common interface to directory servers using various protocols such as
64 LDAP or the CCSO white pages directory system (PH/QI)
65
66 @end ifnottex
67
68 @menu
69 * Overview:: Summary of EUDC features
70 * Installation:: How to install EUDC
71 * Usage:: The various usage possibilities explained
72 * Credits:: Who's done what
73 * Command and Function Index::
74 * Variables Index::
75 @end menu
76
77
78
79
80
81 @node Overview, Installation, Top, Top
82 @comment node-name, next, previous, up
83 @chapter Overview
84
85 EUDC, the @dfn{Emacs Unified Directory Client}, provides a common user
86 interface to access directory servers using different directory
87 protocols.
88
89 Currently supported back-ends are:
90
91 @itemize @bullet
92 @item
93 LDAP, Lightweight Directory Access Protocol
94 @item
95 CCSO PH/QI
96 @item
97 BBDB, Big Brother's Insiduous Database
98 @end itemize
99
100 The main features of the EUDC interface are:
101
102 @itemize @bullet
103 @item
104 Queries using a customizable form
105 @item
106 Inline query expansion (for instance you can expand a name
107 to an email address in a mail message buffer using a server as an
108 address book)
109 @item
110 Multiple servers can be tried in turn until a match is found for an
111 inline query
112 @item
113 Fast minibuffer queries for email addresses and phone numbers
114 @item
115 Interface to BBDB to let you insert server records into your own BBDB database
116 (@pxref{Top,,BBDB,bbdb,BBDB Manual})
117 @end itemize
118
119 @menu
120 * LDAP:: What is LDAP ?
121 * CCSO PH/QI:: What is CCSO, PH, QI ?
122 * BBDB:: What is BBDB ?
123 @end menu
124
125
126
127 @node LDAP, CCSO PH/QI, Overview, Overview
128 @comment node-name, next, previous, up
129 @section LDAP
130
131 LDAP, @dfn{the Lightweight Directory Access Protocol}, is a communication
132 protocol for directory applications defined in RFC 1777.
133
134 Quoted from RFC 1777:
135
136 @quotation
137 [LDAP] is designed to provide access to the X.500 Directory while not
138 incurring the resource requirements of the Directory Access Protocol
139 (DAP). This protocol is specifically targeted at simple management
140 applications and browser applications that provide simple read/write
141 interactive access to the X.500 Directory, and is intended to be a
142 complement to the DAP itself.
143 @end quotation
144
145 LDAP servers usually store (but are not limited to) information about
146 people such as their name, phone number, email address, office
147 location, etc@enddots{} More information about LDAP can be found at
148 @url{http://www.openldap.org/}
149
150 EUDC requires external support to access LDAP directory servers
151 (@pxref{LDAP Requirements})
152
153
154 @node CCSO PH/QI, BBDB, LDAP, Overview
155 @comment node-name, next, previous, up
156 @section CCSO PH/QI
157
158 The Central Computing Services Office (CCSO) of the University of
159 Illinois at Urbana Champaign (UIUC) created and freely distributes a
160 directory system that is currently in use in more than 300 organizations
161 around the world. The system records information about people such as
162 their address, phone number, email, academic information or any other
163 details it was configured to.
164
165 The system consists of two parts: a database server traditionally called
166 @samp{qi} and a command-line client called @samp{ph}.
167 @url{ftp://uiarchive.cso.uiuc.edu/pub/packages/ph} is the main
168 distribution site. @url{http://www.uiuc.edu/cgi-bin/ph/lookup?Query=.}
169 provides a listing of the active @samp{qi} servers.
170
171 The original command-line @samp{ph} client that comes with the
172 @samp{ph/qi} distribution provides additional features like the
173 possibility to communicate with the server in login-mode which makes it
174 possible to change records in the database. This is not implemented in
175 EUDC.
176
177
178 @node BBDB, , CCSO PH/QI, Overview
179 @comment node-name, next, previous, up
180 @section BBDB
181
182 BBDB is the @dfn{Big Brother's Insiduous Database}, a package for Emacs
183 originally written by Jamie Zawinski which provides rolodex-like
184 database functionality featuring tight integration with the Emacs mail
185 and news readers.
186
187 It is often used as an enhanced email address book.
188
189 EUDC considers BBDB as a directory server back end just like LDAP or
190 PH/QI servers, though BBDB has no client/server protocol and thus always
191 resides locally on your machine. The point in this is not to offer an
192 alternate way to query your BBDB database (BBDB itself provides much
193 more flexible ways to do that), but rather to offer an interface to your
194 local directory that is consistent with the interface to external
195 directories (LDAP, PH/QI). This is particularly interesting when
196 performing queries on multiple servers.
197
198 EUDC also offers a means to insert results from directory queries into
199 your own local BBDB (@pxref{Creating BBDB Records})
200
201 @node Installation, Usage, Overview, Top
202 @comment node-name, next, previous, up
203 @chapter Installation
204
205 Add the following to your @file{.emacs} init file:
206 @lisp
207 (require 'eudc)
208 @end lisp
209 This will install EUDC at startup.
210
211 After installing EUDC you will find (the next time you launch Emacs) a
212 new @code{Directory Search} submenu in the @samp{Tools} menu that will
213 give you access to EUDC.
214
215 You may also find it useful to add the following to your @file{.emacs}
216 initialization file to add a shortcut for email address expansion in
217 email composition buffers (@pxref{Inline Query Expansion})
218
219 @lisp
220 (eval-after-load
221 "message"
222 '(define-key message-mode-map [(control ?c) (tab)] 'eudc-expand-inline))
223 (eval-after-load
224 "sendmail"
225 '(define-key mail-mode-map [(control ?c) (tab)] 'eudc-expand-inline))
226 @end lisp
227
228 @menu
229 * LDAP Requirements:: EUDC needs external support for LDAP
230 @end menu
231
232 @node LDAP Requirements, , Installation, Installation
233 @comment node-name, next, previous, up
234 @section LDAP Requirements
235
236 LDAP support is added by means of @file{ldap.el} which is part of Emacs.
237 @file{ldap.el} needs an external command line utility named
238 @file{ldapsearch} which is available as part of LDAP toolkits:
239
240 @itemize @bullet
241 @item
242 Open LDAP Libraries
243 (@url{http://www.openldap.org/})
244 @item
245 University of Michigan's LDAP Client software
246 (@url{http://www.umich.edu/~dirsvcs/ldap/})
247 @end itemize
248
249
250 @node Usage, Credits, Installation, Top
251 @comment node-name, next, previous, up
252 @chapter Usage
253
254 This chapter describes the usage of EUDC. Most functions and
255 customization options are available through the @samp{Directory Search}
256 submenu of the @samp{Tools} submenu.
257
258 @menu
259 * Querying Servers:: How queries are performed and handled
260 * Query Form:: How to use and customize the query form
261 * Display of Query Results:: Controlling how query results are presented
262 * Inline Query Expansion:: How to use and customize inline queries
263 * The Server Hotlist:: How to use and manage the server hotlist
264 * Multi-server Queries:: How to query multiple servers successively
265 * Creating BBDB Records:: How to insert query results into your BBDB
266 * Server/Protocol Locals:: Customizing on a per server/protocol basis
267 @end menu
268
269
270 @node Querying Servers, Query Form, Usage, Usage
271 @comment node-name, next, previous, up
272 @section Querying Servers
273
274 EUDC's basic functionality is to let you query a directory server and
275 return the results back to you. There are several things you may want
276 to customize in this process.
277
278
279 @menu
280 * Selecting a Server:: The first thing to do
281 * Return Attributes:: Configuring what the server should return
282 * Duplicate Attributes:: What to do when records have duplicate attributes
283 @end menu
284
285 @node Selecting a Server, Return Attributes, Querying Servers, Querying Servers
286 @subsection Selecting a Server
287
288 Before doing any query you will need to set the directory server. You
289 need to specify the name of the host machine running the server software
290 and the protocol to use. If you do not set the server in any fashion,
291 EUDC will ask you for one when you make your first query.
292
293 You can set the server by selecting one from your hotlist of servers
294 (@pxref{The Server Hotlist}) available in the @samp{Server} submenu or
295 by selecting @samp{New Server} in that same menu.
296
297 LDAP servers generally require some configuration before you can perform
298 queries on them. In particular, the @dfn{search base} must be
299 configured. If the server you select has no configured search base then
300 EUDC will propose you to configure it at this point. A customization
301 buffer will be displayed where you can edit the search base and other
302 parameters for the server.
303
304 @defvar eudc-server
305 The name or IP address of the remote directory server. A TCP port number
306 may be specified by appending a colon and a number to the name of the
307 server. You will not need this unless your server runs on a port other
308 than the default (which depends on the protocol).
309 If the directory server resides on your own computer (which is the case
310 if you use the BBDB back end) then `localhost' is a reasonable value but
311 it will be ignored anyway.
312 @end defvar
313
314 @defvar eudc-protocol
315 The directory protocol to use to query the server. Currently supported
316 protocols in this version of EUDC are @code{ph}, @code{ldap} and @code{bbdb}.
317 @end defvar
318
319 @deffn Command eudc-set-server
320 This command accessible from @samp{New Server} submenu lets you specify a
321 new directory server and protocol.
322 @end deffn
323
324 @node Return Attributes, Duplicate Attributes, Selecting a Server, Querying Servers
325 @subsection Return Attributes
326
327 Directory servers may be configured to return a default set of
328 attributes for each record matching a query if the query specifies none.
329 The variable @code{eudc-default-return-attributes} controls the return
330 attributes you want to see, if different from the server defaults.
331
332 @defvar eudc-default-return-attributes
333 A list of the default attributes to extract from directory entries. If
334 set to the symbol @code{all} then all available attributes are
335 returned. A value of @code{nil}, the default, means to return the
336 default attributes as configured in the server.
337 @end defvar
338
339 The server may return several matching records to a query. Some of the
340 records may however not contain all the attributes you requested. You can
341 discard those records.
342
343 @defopt eudc-strict-return-matches
344 If non-@code{nil}, entries that do not contain all the requested return
345 attributes are ignored. Default is @code{t}.
346 @end defopt
347
348 @node Duplicate Attributes, , Return Attributes, Querying Servers
349 @subsection Duplicate Attributes
350
351 Directory standards may authorize different instances of the same
352 attribute in a record. For instance the record of a person may contain
353 several email fields containing different email addresses. When using
354 a QI directory server this is difficult to distinguish from attributes
355 having multi-line values such as the postal address that may contain a
356 line for the street and another one for the zip code and city name. In
357 both cases, EUDC will consider the attribute duplicated.
358
359 EUDC has several methods to deal with duplicated attributes. The
360 available methods are:
361
362 @table @code
363 @item list
364 Makes a list with the different values of the duplicate attribute. The
365 record is returned with only one instance of the attribute with a list
366 of all the different values as a value. This is the default method that
367 is used to handle duplicate fields for which no other method has been
368 specified.
369 @item first
370 Discards all the duplicate values of the field keeping only the first
371 one.
372 @item concat
373 Concatenates the different values using a newline as a separator. The
374 record keeps only one instance of the field the value of which is a
375 single multi-line string.
376 @item duplicate
377 Duplicates the whole record into as many instances as there are different
378 values for the field. This is the default for the email field. Thus a
379 record containing 3 different email addresses is duplicated into three
380 different records each having a single email address. This is
381 particularly useful in combination with @code{select} as the method to
382 handle multiple matches in inline expansion queries (@pxref{Inline Query
383 Expansion}) because you are presented with the 3 addresses in a
384 selection buffer
385 @end table
386
387 Because a method may not be applicable to all fields, the variable
388 @code{eudc-duplicate-attribute-handling-method} lets you specify either a
389 default method for all fields or a method for each individual field.
390
391 @defvar eudc-duplicate-attribute-handling-method
392 A method to handle entries containing duplicate attributes. This is
393 either an alist of elements @code{(@var{attr} . @var{method})}, or a symbol
394 @var{method}. The alist form of the variable associates a method to an
395 individual attribute name; the second form specifies a method applicable
396 to all attribute names. Available methods are: @code{list},
397 @code{first}, @code{concat}, and @code{duplicate} (see above). The default is
398 @code{list}.
399 @end defvar
400
401
402
403 @node Query Form, Display of Query Results, Querying Servers, Usage
404 @comment node-name, next, previous, up
405 @section Query Form
406
407 The simplest way to query your directory server is to use the query
408 form. You display the query form with the @samp{Query with Form} menu
409 item or by invoking the command @kbd{M-x eudc-query-form}. The attribute
410 names presented in this form are defined by the
411 @code{eudc-query-form-attributes} variable (unless a non-@code{nil}
412 argument is supplied to @code{eudc-query-form}).
413
414 Since the different directory protocols to which EUDC interfaces may
415 use different names for equivalent attributes, EUDC defines its own set
416 of attribute names and a mapping between these names and their
417 protocol-specific equivalent through the variable
418 @code{eudc-protocol-attributes-translation-alist}. Names currently
419 defined by EUDC are @code{name}, @code{firstname}, @code{email} and
420 @code{phone}.
421
422 @defvar eudc-query-form-attributes
423 @findex eudc-get-attribute-list
424 A list of attributes presented in the query form. Attribute names in
425 this list should be either EUDC attribute names or valid attribute
426 names. You can get a list of valid attribute names for the current
427 protocol with the @samp{List Valid Attribute Names} menu item or the
428 @kbd{M-x eudc-get-attribute-list} command. Defaults to @code{name},
429 @code{email} and @code{phone}.
430 @end defvar
431
432 @deffn Command eudc-query-form get-fields-from-server
433 Display a form to query the directory server. If given a non-@code{nil}
434 argument the function first queries the server for the existing fields
435 and displays a corresponding form. Not all protocols may support a
436 non-@code{nil} argument here.
437 @end deffn
438
439 Since the names of the fields may not be explicit enough or adapted to
440 be directly displayed as prompt strings in the form, the variable
441 @code{eudc-user-attribute-names-alist} lets you define more explicit
442 names for directory attribute names. This variable is ignored if
443 @code{eudc-use-raw-directory-names} is non-@code{nil}.
444
445 @defvar eudc-user-attribute-names-alist
446 This is an alist of user-defined names for the directory attributes used in
447 query/response forms. Prompt strings for attributes that are not in this
448 alist are derived by splitting the attribute name at underscores and
449 capitalizing the individual words.
450 @end defvar
451
452 @defvar eudc-use-raw-directory-names
453 If non-@code{nil}, use attributes names as defined in the directory.
454 Otherwise, directory query/response forms display the user attribute
455 names defined in @code{eudc-user-attribute-names-alist}.
456 @end defvar
457
458 @node Display of Query Results, Inline Query Expansion, Query Form, Usage
459 @comment node-name, next, previous, up
460 @section Display of Query Results
461
462 Upon successful completion of a form query, EUDC will display a buffer
463 containing the results of the query.
464
465 The fields that are returned for each record
466 are controlled by @code{eudc-default-return-attributes} (@pxref{Return
467 Attributes}).
468
469 The display of each individual field can be performed by an arbitrary
470 function which allows specific processing for binary values, such as
471 images or audio samples, as well as values with semantics, such as
472 URLs.
473
474 @defvar eudc-attribute-display-method-alist
475 An alist specifying methods to display attribute values. Each member of
476 the list is of the form @code{(@var{name} . @var{func})} where
477 @var{name} is a lowercased string naming a directory attribute
478 (translated according to @code{eudc-user-attribute-names-alist} if
479 @code{eudc-use-raw-directory-names} is non-@code{nil}) and @var{func} a
480 function that will be passed the corresponding attribute values for
481 display.
482 @end defvar
483
484 This variable has protocol-local definitions (see @pxref{Server/Protocol
485 Locals}). For instance, it is defined as follows for LDAP:
486
487 @lisp
488 (eudc-protocol-set 'eudc-attribute-display-method-alist
489 '(("jpegphoto" . eudc-display-jpeg-inline)
490 ("labeledurl" . eudc-display-url)
491 ("audio" . eudc-display-sound)
492 ("labeledurl" . eudc-display-url)
493 ("url" . eudc-display-url))
494 'ldap)
495 @end lisp
496
497 EUDC provides a set of built-in functions to display binary value types:
498
499 @defun eudc-display-generic-binary data
500 Display a button for unidentified binary @var{data}.
501 @end defun
502
503 @defun eudc-display-url url
504 Display URL and make it clickable.
505 @end defun
506
507 @defun eudc-display-sound data
508 Display a button to play the sound @var{data}.
509 @end defun
510
511 @defun eudc-display-jpeg-inline data
512 Display the JPEG @var{data} inline at point if possible.
513 @end defun
514
515 @defun eudc-display-jpeg-as-button data
516 Display a button for the JPEG @var{data}.
517 @end defun
518
519 Right-clicking on a binary value button pops up a contextual menu with
520 options to process the value. Among these are saving the attribute
521 value to a file or sending it to an external viewer command. External
522 viewers should expect the value on their standard input and should
523 display it or perform arbitrary processing on it. Messages sent to
524 standard output are discarded. External viewers are listed in the
525 variable @code{eudc-external-viewers} which you can customize.
526
527 @defvar eudc-external-viewers
528 This is a list of viewer program specifications. Each specification is
529 a list whose first element is a string naming the viewer for unique
530 identification, the second element is the executable program which
531 should be invoked and the following elements are arguments that should
532 be passed to the program.
533 @end defvar
534
535
536 @node Inline Query Expansion, The Server Hotlist, Display of Query Results, Usage
537 @comment node-name, next, previous, up
538 @section Inline Query Expansion
539
540 Inline query expansion is a powerful method to get completion from your
541 directory server. The most common usage is for expanding names to email
542 addresses in mail message buffers. The expansion is performed by the
543 command @kbd{M-x eudc-expand-inline} which is available from the
544 @samp{Expand Inline Query} menu item but can also be conveniently
545 bound to a key shortcut (@pxref{Installation}). The operation is
546 controlled by the variables @code{eudc-inline-expansion-format},
547 @code{eudc-inline-query-format},
548 @code{eudc-expanding-overwrites-query} and
549 @code{eudc-multiple-match-handling-method}.
550
551 If the query fails for a server, other servers may be tried successively
552 until one of them finds a match (@pxref{Multi-server Queries}).
553
554 @deffn Command eudc-expand-inline replace-p
555 Query the server and expand the query string before point. The query
556 string consists of the buffer substring from the point back to the
557 preceding comma, colon or beginning of
558 line. @code{eudc-inline-query-format} controls how individual words
559 are mapped onto directory attribute names. After querying the server
560 for the given string, the expansion specified by
561 @code{eudc-inline-expansion-format} is inserted in the buffer at
562 point. If @var{replace-p} is @code{t} then this expansion replaces the
563 query string in the buffer. If @code{eudc-expanding-overwrites-query}
564 is non-@code{nil} then the meaning of @var{replace-p} is negated.
565 @end deffn
566
567 @defvar eudc-inline-query-format
568 Format of an inline expansion query.
569 This is actually a list of @var{format}s. A @var{format} is a list of
570 one or more EUDC attribute names. A @var{format} applies if it contains
571 as many attributes as individual words in the inline query string. If
572 several @var{format}s apply then they are tried in order until a match
573 is found. If @code{nil} all the words will be mapped onto the default
574 server/protocol attribute name (generally @code{name}).
575
576 For instance, use the following
577 @lisp
578 (setq eudc-inline-query-format '((name)
579 (firstname)
580 (firstname name)))
581 @end lisp
582 @noindent
583 to indicate that single word expansion queries are to be considered as
584 surnames and if no match is found then they should be tried as first
585 names. Inline queries consisting of two words are considered as
586 consisting of a first name followed by a surname. If the query consists
587 of more than two words, then the first one is considered as the first
588 name and the remaining words are all considered as surname constituents.
589
590 @var{format}s are in fact not limited to EUDC attribute names, you can
591 use server or protocol specific names in them. It may be safer if you
592 do so, to set the variable @code{eudc-inline-query-format} in a protocol
593 or server local fashion (see @pxref{Server/Protocol Locals}).
594
595 For instance you could use the following to match up to three words
596 against the @code{cn} attribute of LDAP servers:
597 @lisp
598 (eudc-protocol-set 'eudc-inline-query-format
599 '((cn)
600 (cn cn)
601 (cn cn cn))
602 'ldap)
603 @end lisp
604 @end defvar
605
606 @defvar eudc-inline-expansion-format
607 This variable lets you control exactly what is inserted into the buffer
608 upon an inline expansion request. It is a list whose first element is a
609 string passed to @code{format}. Remaining elements are symbols
610 corresponding to directory attribute names. The corresponding attribute
611 values are passed as additional arguments to @code{format}. Default is
612 @code{("%s" email)} but you may want to consider a value like @code{("%s
613 <%s>" name email)}
614 @end defvar
615
616 @defvar eudc-multiple-match-handling-method
617 This variable controls what to do when multiple entries match a query
618 for an inline expansion. Possible values are:
619 @table @code
620 @item first
621 The first match is considered as being the only one, the others are
622 discarded.
623 @item select
624 A selection buffer pops up where you can choose a particular match. This
625 is the default value of the variable.
626 @item all
627 The expansion uses all records successively
628 @item abort
629 An error is signaled. The expansion aborts.
630 @end table
631
632 Default is @code{select}
633 @end defvar
634
635
636
637 @node The Server Hotlist, Multi-server Queries, Inline Query Expansion, Usage
638 @comment node-name, next, previous, up
639 @section The Server Hotlist
640
641 EUDC lets you maintain a list of frequently used servers so that you
642 can easily switch from one to another. This hotlist appears in the
643 @samp{Server} submenu. You select a server in this list by clicking on
644 its name. You can add the current server to the list with the command
645 @kbd{M-x eudc-bookmark-current-server}. The list is contained in the variable
646 @code{eudc-server-hotlist} which is stored in and retrieved from the file
647 designated by @code{eudc-options-file}. EUDC also provides a facility to
648 edit the hotlist interactively (@pxref{The Hotlist Edit Buffer}).
649
650 The hotlist is also used to make queries on multiple servers
651 successively (@pxref{Multi-server Queries}). The order in which the
652 servers are tried is the order they appear in the hotlist, therefore it
653 is important to sort the hotlist appropriately.
654
655 @deffn Command eudc-bookmark-server server
656 Add @var{server} to the hotlist of servers
657 @end deffn
658
659 @deffn Command eudc-bookmark-current-server
660 Add the current server to the hotlist of servers
661 @end deffn
662
663 @defvar eudc-options-file
664 The name of a file where EUDC stores its internal variables
665 (the hotlist and the current server). EUDC will try to load
666 that file upon initialization so, if you choose a file name
667 different from the defaults @file{~/.eudc-options}, be sure to set this
668 variable to the appropriate value @emph{before} EUDC is itself
669 loaded.
670 @end defvar
671
672 @menu
673 * The Hotlist Edit Buffer:: An interactive hotlist editing facility
674 @end menu
675
676 @node The Hotlist Edit Buffer, , The Server Hotlist, The Server Hotlist
677 @comment node-name, next, previous, up
678 @subsection The Hotlist Edit Buffer
679
680 The hotlist edit buffer offers a means to manage a list of frequently
681 used servers. Commands are available in the context pop-up menu
682 generally bound to the right mouse button. Those commands also have
683 equivalent key bindings.
684
685 @deffn Command eudc-hotlist-add-server
686 Bound to @kbd{a}.
687 Add a new server to the hotlist on the line after point
688 @end deffn
689
690 @deffn Command eudc-hotlist-delete-server
691 Bound to @kbd{d}.
692 Delete the server on the line point is on
693 @end deffn
694
695 @deffn Command eudc-hotlist-select-server
696 Bound to @kbd{s}.
697 Select the server the point is on as the current directory server for
698 the next queries
699 @end deffn
700
701 @deffn Command eudc-hotlist-transpose-servers
702 Bound to @kbd{t}.
703 Bubble up the server the point is on to the top of the list
704 @end deffn
705
706 @deffn Command eudc-hotlist-quit-edit
707 Bound to @kbd{q}.
708 Save the changes and quit the hotlist edit buffer. Use @kbd{x} or
709 @kbd{M-x kill-buffer} to exit without saving.
710 @end deffn
711
712
713 @node Multi-server Queries, Creating BBDB Records, The Server Hotlist, Usage
714 @comment node-name, next, previous, up
715 @section Multi-server Queries
716
717 When using inline query expansion (@pxref{Inline Query Expansion}), EUDC
718 can try to query successively a sequence of directory servers until one
719 of them successfully finds a match for the query.
720
721 @defvar eudc-inline-expansion-servers
722 This variable controls which servers are tried and in which order when
723 trying to perform an inline query. Possible values are:
724 @table @code
725 @item current-server
726 Only the current directory server is tried
727 @item hotlist
728 The servers in the hotlist are tried in order until one finds a match
729 for the query or `eudc-max-servers-to-query' is reached
730 @item server-then-hotlist
731 The current server then the servers in the hotlist are tried in the
732 order they appear in the hotlist until one of them finds a match or
733 `eudc-max-servers-to-query' is reached. This is the default.
734 @end table
735 @end defvar
736
737 @defvar eudc-max-servers-to-query
738 This variable indicates the maximum number of servers to query when
739 performing a multi-server query. The default, @code{nil}, indicates
740 that all available servers should be tried.
741 @end defvar
742
743
744
745 @node Creating BBDB Records, Server/Protocol Locals, Multi-server Queries, Usage
746 @comment node-name, next, previous, up
747 @section Creating BBDB Records
748
749 @findex eudc-insert-record-at-point-into-bbdb
750 @findex eudc-try-bbdb-insert
751 With EUDC, you can automatically create BBDB records
752 (@pxref{Top,,BBDB,bbdb,BBDB Manual}) from records you get from a
753 directory server. You do this by moving point to the appropriate
754 record in a query result display buffer and invoking the command
755 @kbd{M-x eudc-insert-record-at-point-into-bbdb} with the
756 keyboard binding @kbd{b}@footnote{This key binding does not actually
757 call @code{eudc-insert-record-at-point-into-bbdb} but uses
758 @code{eudc-try-bbdb-insert} instead.}, or with the menu. EUDC
759 cannot update an existing BBDB record and will signal an error if you
760 try to insert a record matching an existing one.
761
762 @findex eudc-batch-export-records-to-bbdb
763 It is also possible to export to BBDB the whole batch of records
764 contained in the directory query result with the command
765 @kbd{M-x eudc-batch-export-records-to-bbdb}.
766
767 Because directory systems may not enforce a strict record format, local
768 server installations may use different attribute names and have
769 different ways to organize the information. Furthermore BBDB has its own
770 record structure. For these reasons converting a record from its
771 external directory format to the BBDB format is a highly customizable
772 process.
773
774 @defvar eudc-bbdb-conversion-alist
775 The value of this variable should be a symbol naming an alist defining a
776 mapping between BBDB field names onto directory attribute names records.
777 This is a protocol-local variable and is initialized upon protocol
778 switch (@pxref{Server/Protocol Locals}). The alist is made of cells of the
779 form @code{(@var{bbdb-field} . @var{spec-or-list})}.
780 @var{bbdb-field} is the name of a field
781 that must be defined in your BBDB environment (standard field names are
782 @code{name}, @code{company}, @code{net}, @code{phone}, @code{address}
783 and @code{notes}).
784 @var{spec-or-list} is either a single mapping specification or a list of
785 mapping specifications. Lists of mapping specifications are valid for
786 the @code{phone} and @code{address} BBDB fields only. @var{spec}s are
787 actually s-expressions which are evaluated as follows:
788
789 @table @asis
790 @item a string
791 evaluates to itself
792 @item a symbol
793 evaluates to the symbol value. Symbols corresponding to directory
794 attribute names present in the record evaluate to the value of the field
795 in the record
796 @item a form
797 is evaluated as a function. The argument list may contain attribute
798 names which evaluate to the corresponding values in the record. The form
799 evaluation should return something appropriate for the particular
800 @var{bbdb-field} (see @code{bbdb-create-internal}).
801 @code{eudc-bbdbify-phone} and @code{eudc-bbdbify-address} are provided as
802 convenience functions to parse phones and addresses.
803 @end table
804 @end defvar
805
806 The default value of the PH-specific value of that variable is
807 @code{eudc-ph-bbdb-conversion-alist}:
808
809 @lisp
810 ((name . name)
811 (net . email)
812 (address . (eudc-bbdbify-address address "Address"))
813 (phone . ((eudc-bbdbify-phone phone "Phone")
814 (eudc-bbdbify-phone office_phone "Office Phone"))))
815 @end lisp
816
817 This means that:
818
819 @itemize @bullet
820 @item
821 the @code{name} field of the BBDB record gets its value
822 from the @code{name} attribute of the directory record
823 @item
824 the @code{net} field of the BBDB record gets its value
825 from the @code{email} attribute of the directory record
826 @item
827 the @code{address} field of the BBDB record is obtained by parsing the
828 @code{address} attribute of the directory record with the function
829 @code{eudc-bbdbify-address}
830 @item
831 two @code{phone} fields are created (when possible) in the BBDB record.
832 The first one has @cite{Phone} for location and its value is obtained by
833 parsing the @code{phone} attribute of the PH/QI record with the function
834 @code{eudc-bbdbify-phone}. The second one has @cite{Office Phone} for location
835 its value is obtained by parsing the @code{office_phone} attribute of the
836 PH/QI record with the function @code{eudc-bbdbify-phone}.
837 @end itemize
838
839 @defun eudc-bbdbify-phone phone location
840 This is a convenience function provided for use in
841 @code{eudc-bbdb-conversion-alist}. It parses @var{phone} into a vector
842 compatible with @code{bbdb-create-internal}. @var{phone} is either a string
843 supposedly containing a phone number or a list of such strings which are
844 concatenated. @var{location} is used as the phone location for BBDB.
845 @end defun
846
847 @defun eudc-bbdbify-address addr location
848 This is a convenience function provided for use in
849 @code{eudc-bbdb-conversion-alist}. It parses @var{addr} into a vector
850 compatible with @code{bbdb-create-internal}. @var{addr} should be an
851 address string of no more than four lines or a list of lines. The last
852 line is searched for the zip code, city and state name. @var{location}
853 is used as the phone location for BBDB.
854 @end defun
855
856 Note that only a subset of the attributes you selected with
857 @code{eudc-default-return-attributes} and that are actually displayed may
858 actually be inserted as part of the newly created BBDB record.
859
860
861 @node Server/Protocol Locals, , Creating BBDB Records, Usage
862 @comment node-name, next, previous, up
863 @section Server/Protocol Locals
864
865 EUDC can be customized independently for each server or directory
866 protocol. All variables can be given local bindings that are activated
867 when a particular server and/or protocol becomes active. This is much
868 like buffer-local bindings but on a per server or per protocol basis.
869
870 @menu
871 * Manipulating local bindings:: Functions to set and query local bindings
872 @end menu
873
874 @node Manipulating local bindings, , Server/Protocol Locals, Server/Protocol Locals
875 @comment node-name, next, previous, up
876 @subsection Manipulating local bindings
877
878 EUDC offers functions that let you set and query variables on a per
879 server or per protocol basis.
880
881 The following predicates allow you to test the existence of
882 server/protocol local bindings for a particular variable.
883
884 @defun eudc-server-local-variable-p var
885 Return non-@code{nil} if @var{var} has server-local bindings
886 @end defun
887
888 @defun eudc-protocol-local-variable-p var
889 Return non-@code{nil} if @var{var} has protocol-local bindings
890 @end defun
891
892 The following functions allow you to set the value of a variable with
893 various degrees of locality.
894
895 @defun eudc-default-set var val
896 Set the EUDC default value of @var{var} to @var{val}.
897 The current binding of @var{var} (if local to the current server or
898 protocol) is not changed.
899 @end defun
900
901 @defun eudc-protocol-set var val &optional protocol
902 Set the binding of @var{var} local to @var{protocol} to @var{val}. If
903 omitted, @var{protocol} defaults to the current value of
904 @code{eudc-protocol}. The current binding of @var{var} is changed only
905 if @var{protocol} is omitted.
906 @end defun
907
908 @defun eudc-server-set var val &optional server
909 Set the binding of @var{var} local to @var{server} to @var{val}. If
910 omitted, @var{server} defaults to the current value of
911 @code{eudc-server}. The current binding of @var{var} is changed only if
912 @var{server} is omitted.
913 @end defun
914
915 @defun eudc-set var val
916 Set the most local (server, protocol or default) binding of @var{var} to
917 @var{val}. The current binding of @var{var} is also set to @var{val}.
918 @end defun
919
920 The following variables allow you to query the various bindings of a
921 variable (local or non-local).
922
923 @defun eudc-variable-default-value var
924 Return the default binding of @var{var} (outside of a particular server
925 or protocol local binding).
926 Return @code{unbound} if @var{var} has no EUDC default value.
927 @end defun
928
929 @defun eudc-variable-protocol-value var &optional protocol
930 Return the value of @var{var} local to @var{protocol}. Return
931 @code{unbound} if @var{var} has no value local to @var{protocol}.
932 @var{protocol} defaults to @code{eudc-protocol}.
933 @end defun
934
935 @defun eudc-variable-server-value var [server]
936 Return the value of @var{var} local to @var{server}.
937 Return @code{unbound} if @var{var} has no value local to @var{server}.
938 @var{server} defaults to @code{eudc-server}.
939 @end defun
940
941 Changing a protocol-local or server-local value of a variable has no
942 effect on its current value. The following command is used to
943 synchronize the current values of variables with their local values
944 given the current @code{eudc-server} and @code{eudc-protocol}:
945
946 @defun eudc-update-local-variables
947 Update all EUDC variables according to their local settings.
948 @end defun
949
950
951
952 @node Credits, Command and Function Index, Usage, Top
953 @comment node-name, next, previous, up
954 @chapter Credits
955
956 EUDC was written by Oscar Figueiredo based on @file{ph.el} by the
957 same author.
958
959 Thanks to Soren Dayton for his suggestions, his enthusiasm and his help
960 in testing and proofreading the code and docs of @file{ph.el}.
961
962 @node Command and Function Index, Variables Index, Credits, Top
963 @comment node-name, next, previous, up
964 @unnumbered Command and Function Index
965
966 @printindex fn
967
968 @node Variables Index, , Command and Function Index, Top
969 @comment node-name, next, previous, up
970 @unnumbered Variables Index
971
972 @printindex vr
973
974 @setchapternewpage odd
975 @contents
976 @bye
977
978 @ignore
979 arch-tag: 1b79460b-4ea1-441d-ab45-05ddd16ef241
980 @end ignore