+++ /dev/null
-/***en @page m17nDBFormat Data format of the m17n database
-
-This section describes the data formats of the m17n database. */
-
-/***en
-
-@section m17nDBgeneral General format
-
-@subsection description DESCRIPTION
-
-The mdatabase_load () function returns the data specified by tags in
-the form of plist if the first tag is not @c Mchartable nor @c
-Mcharset. The keys of the returned plist are limited to
-<tt>Minteger</tt>, <tt>Msymbol</tt>, <tt>Mtext</tt>, and
-<tt>Mplist</tt>. The type of the value is unambiguously determined by
-the corresponding key. If the key is <tt>Minteger</tt>, the value is
-an integer. If the key is <tt>Msymbol</tt>, the value is a symbol.
-And so on.
-
-A number of expressions are possible to represent a plist. For
-instance, we can use the form <tt>(K1:V1, K2:V2, ..., Kn:Vn)</tt> to
-represent a plist whose first property key and value are K1 and V1,
-second key and value are K2 and V2, and so on. However, we can use a
-simpler expression here because the types of plists used in the m17n
-database are fairly restricted.
-
-Hereafter, we use an expression, which is similar to S-expression, to
-represent a plist. (Actually, the default database loader of the m17n
-library is designed to read data files written in this expression.)
-
-The expression consists of one or more <i>elements</i>. Each element
-represents a property, i.e. a single element of a plist.
-
-Elements are separated by one or more <i>whitespaces</i>, i.e. a space
-(code 32), a tab (code 9), or a newline (code 10). Comments begin
-with a semicolon (<tt>;</tt>) and extend to the end of the line.
-
-The key and the value of each property are determined based on the
-type of the element as explained below.
-
-<ul>
-
-<li> INTEGER
-
-An element that matches the regular expression <tt>-?[0-9]+</tt> or
-<tt>0[xX][0-9A-Fa-f]+</tt> represents a property whose key is
-<tt>Minteger</tt>. An element matching the former expression is
-interpreted as an integer in decimal notation, and one matching the
-latter is interpreted as an integer in hexadecimal notation. The
-value of the property is the result of interpretation.
-
-For instance, the element <tt>0xA0</tt> represents a property whose value is
-160 in decimal.
-
-<li> SYMBOL
-
-An element that matches the regular expression
-<tt>[^-0-9(]([^\\()]|\\.)+</tt> represents a property whose key is
-<tt> Msymbol</tt>. In the element, <tt>\\t</tt>, <tt>\\n</tt>,
-<tt>\\r</tt>, and <tt>\\e</tt> are replaced with tab (code 9), newline
-(code 10), carriage return (code 13), and escape (code 27)
-respectively. Other characters following a backslash is interpreted
-as it is. The value of the property is the symbol having the
-resulting string as its name.
-
-For instance, the element <tt>abc\ def</tt> represents a property
-whose value is the symbol having the name "abc def".
-
-<li> M-TEXT
-
-An element that matches the regular expression <tt>"([^"]|\\")*"</tt>
-represents a property whose key is <tt>Mtext</tt>. The backslash escape
-explained above also applies here. Moreover, each part in the
-element matching the regular expression <tt>
-\\[xX][0-9A-Fa-f][0-9A-Fa-f]</tt> is replaced with its hexadecimal
-interpretation.
-
-After having resolved the backslash escapes, the byte sequence between
-the double quotes is interpreted as a UTF-8 sequence and decoded into
-an M-text. This M-text is the value of the property.
-
-<li> PLIST
-
-Zero or more elements surrounded by a pair of parentheses represent a
-property whose key is <tt>Mplist</tt>. Whitespaces before and after a
-parenthesis can be omitted. The value of the property is a plist,
-which is the result of recursive interpretation of the elements
-between the parentheses.
-
-</ul>
-
-@subsection example EXAMPLE
-
-Here is an example of plist that is written in the expression
-explained above.
-
-@verbatim
-abc 123 (pqr 0xff) "m\"text" (_\\_ ("string" xyz) -456)
-@endverbatim
-
-It represents the following plist:
-
-@verbatim
-(Msymbol:abc,
- Minteger:123,
- Mplist:(Msymbol:pqr,
- Minteger:255),
- Mtext:m"text,
- Mplist:(Msymbol:_\_,
- Mplist:(Mtext:string,
- Msymbol:xyz),
- Minteger:-456))
-@endverbatim
-*/
-/***en
-
-@section m17nDBflt Font Layout Table
-
-@subsection description DESCRIPTION
-
-Usually, the rendering engine converts character codes of into glyph
-codes one by one by consulting information about encoding of each
-selected font. But, for rendering a text that requires complicated
-layouting (e.g. Thai and Indic), such an one to one conversion is not
-sufficient. In addition, some glyphs must be shifted 2-dimensionally
-on the screen. For such a case, a font layout table (FLT in short)
-must be used.
-
-A FLT can contain the information equivarent to OpenType Layout Table
-(CMAP, GSUB, and GPOS) in addition to the information about how to
-extract a grapheme cluster and how to re-order characters.
-
-The m17n library loads a FLT from the m17n database by the tags
-\<font, layouter, FLT-NAME\>. The plist format of the data is as
-follows:
-
-@verbatim
-FONT-LAYOUT-TABLE ::=
- '(' CATEGORY-TABLE GENERATOR
- ( CATEGORY-TABLE ? GENERATOR ) * ')'
-
-CATEGORY-TABLE ::=
- '(' 'category' CATEGORY-SPEC + ')'
-
-CATEGORY-SPEC ::=
- '(' ( CODE | CODE-FROM CODE-TO ) CATEGORY-CODE ')'
-
-CATEGORY-CODE ::=
- [ '?A' | ... | '?Z' | '?a' | ... | '?z' ]
-
-GENERATOR ::=
- '(' 'generator' RULE RULE-DEF * ')'
-
-RULE-DEF ::=
- '(' RULE-NAME RULE ')'
-
-RULE ::=
- REGEXP-RULE | MATCH-RULE | MAP-RULE | PREDEFINED-RULE
- | OTF-RULE
-
-REGEXP-RULE ::=
- '(' REGEXP RULE * ')' | RULE-NAME
-
-MATCH-RULE ::=
- '(' MATCH-IDX RULE * ')' | RULE-NAME
-
-PREDEFINED-RULE ::=
- '=' | '*' | '<' | '>' | '|'
-
-OTF-URLE ::=
- 'otf:SCRIPT-TAG[:LANGSYS-TAG]'
- where
- SCRIPT-TAG is OTF's ScriptTag name (four letters) listed at:
- <http://www.microsoft.om/typograph/otspec/scripttags.htm>
- LANGSYS-TAG is OTF's Language System name (four letters) listed at:
- <http://www.microsoft.om/typograph/otspec/languagetags.htm>
- Example: 'otf:deva'
-
-MAP-RULE ::=
- '(' ( SEQ-TO-SEQ | RANGE-TO-CODE ) + ')' | RULE-NAME
-
-SEQ-TO-SEQ ::=
- '(' CODE + '-1' ( COMBINING ? CODE ) * ')'
-
-RANGE-TO-CODE ::=
- '(' '(' CODE-FROM CODE-TO ')' COMBINING ? CODE ')'
-
-COMBINING ::=
- 'VHOVH'
- where V ::= ( 't' | 'c' | 'b' | 'B' )
- H ::= ( 'l' | 'c' | 'r' )
- O ::= ( '.' | XOFF | YOFF XOFF ? )
- XOFF ::= ('<' | '>') DIGITS
- YOFF ::= ('+' | '-') DIGITS
- Example: 'tc+bc', 'Bl-10<20Br'
-
-Semantics of PREDEFINED-RULE:
-
- '*': repeat the previous command (if successful)
- '<': start grapheme cluster
- '>': end grapheme cluster
- '|': produce a special glyph that has category-code ' '
- '=': use the first glyph of the current run as is
-@endverbatim
-
-@subsection seealso SEE ALSO
-
-m17nDBgeneral(5)
-*/
-/***en
-
-@section m17nDBfontenc Font Encoding
-
-The m17n library loads information about the encoding of each font
-form the m17n database by the tags \<font, encoding\>. The plist
-format of the data is as follows:
-
-@verbatim
-FONT-ENCODING ::=
- PER-FONT-INFO *
-
-PER-FONT-INFO ::=
- '(' FONT-SPEC ENCODING ')'
-
-FONT-SPEC ::=
- '('
- [ FOUNDRY FAMILY [ WEIGHT [ STYLE [ STRETCH [ ADSTYLE ] ] ] ] ] REGISTRY
- ')'
-@endverbatim
-
-@c FOUNDRY to @c REGISTRY are symbols specifying the corresponding
-XLFD font name fields. Omitted symbols are regarded as @c nil, and
-@c nil means a wild card. For instance, this @c FONT-SPEC:
-
-@verbatim
- (nil alice0\ lao iso8859-1)
-@endverbatim
-
-should be applied to all fonts whose family is "alice0 lao", and
-registry is "iso8859-1".
-
-@c ENCODING is a symbol representing a charset. A font matching @c
-FONT-SPEC supports all characters of the charset, and a character code
-is mapped to the corresponding glyph code of the font by this charset.
-*/
-/***en
-
-@section m17nDBfontset Fontset
-
-The m17n library loads a fontset definition from the m17n database by
-the tags \<fontset, FONTSET-NAME\>. The plist format of the data is
-as follows:
-
-@verbatim
-FONTSET ::=
- PER-SCRIPT * PER-CHARSET * FALLBACK *
-
-PER-SCRIPT ::=
- '(' SCRIPT PER-LANGUAGE + ')'
-
-PER-LANGUAGE ::=
- '(' LANGUAGE FONT-SPEC-ELEMENT + ')'
-
-PER-CHARSET ::=
- '(' CHARSET FONT-SPEC-ELEMENT + ')'
-
-FALLBACK ::=
- FONT-SPEC-ELEMENT
-
-FONT-SPEC-ELEMENT ::=
- '(' FONT-SPEC [ FLT-NAME ] ')'
-
-FONT-SPEC ::=
- '('
- [ FOUNDRY FAMILY [ WEIGHT [ STYLE [ STRETCH [ ADSTYLE ] ] ] ] ] REGISTRY
- ')'
-@endverbatim
-
-@c SCRIPT is a symbol of script name (e.g. latin, han) or @c nil. @c
-LANGUAGE is a two-letter symbol of language name code defined by ISO
-639 (e.g. ja, zh) or @c nil. The meanings of @c FOUNDRY to @c
-REGISTRY are the same as @e Font @e Encoding. @c FLT-NAME is a name
-of @ref flt.
-
-For instance, this @c PER_SCRIPT:
-
-@verbatim
-(han
- (ja
- ((jisx0208.1983-0)))
- (zh
- ((gb2312.1980-0)))
- (nil
- ((big5-0))))
-@endverbatim
-
-instructs the rendering engine to use a font of registry
-"jisx0208.1983-0" for a "han" character that has @c Mlanguage text
-propert "ja" if the character is in the repertories of such fonts.
-Otherwise, try a font of registry "gb2312.1980-0" or "big5-0". If a
-"han" character does not have @c Mlangauge text property, try all
-three fonts.
-*/
-/***en
-
-@section m17nDBfontsize Font Resizing
-
-In some case, a font contains incorrect information about its size
-(typically in the case of a hacked TrueType font), which results in a
-bad text layout when such a font is used in combination with the other
-fonts. To overcome this problem, the m17n library loads information
-about font-size correction from the m17n database by the tags \<font,
-resize\>. The plist format of the data is as follows:
-
-@verbatim
-FONT-RESIZE ::=
- PER-FONT-INFO *
-
-PER-FONT-INFO ::=
- '(' FONT-SPEC RESIZE-RATIO ')'
-
-FONT-SPEC ::=
- '('
- [ FOUNDRY FAMILY [ WEIGHT [ STYLE [ STRETCH [ ADSTYLE ] ] ] ] ] REGISTRY
- ')'
-@endverbatim
-
-The meanings of @c FOUNDRY to @c REGISTRY are the same as @e Font @e
-Encoding. @c RESIZE-RATIO is an integer number specifying by
-percentage how much the font-size must be adjusted. For instance,
-this @c PER-FONT-INFO:
-
-@verbatim
- ((devanagari-cdac) 150)
-@endverbatim
-
-means that, to use a font of registry "devanagari-cdac" with a
-specific size, we have to open an 1.5 times bigger one.
-*/
-/***en
-
-@section m17nDBinput Input Metod
-
-@verbatim
-INPUT-METHOD ::=
- '(' TITLE MAP-LIST MODULE-LIST ? STATE-LIST ')'
-
-TITLE ::=
- '(' title MTEXT ')'
-
-MAP-LIST ::=
- '(' 'map' MAP * ')'
-
-MAP ::=
- '(' MAP-NAME RULE * ')'
-
-MAP-NAME ::=
- symbol
-
-RULE ::=
- '(' KEYSEQ MAP-ACTION * ')'
-
-KEYSEQ ::=
- mtext | '(' [ symbol | integer ] * ')'
-
-MAP-ACTION ::=
- ACTION
-
-ACTION ::=
- mtext | CANDIDATES | '(' ACTION-NAME ACTION-ARG * ')'
-
-CANDIDATES ::=
- '(' CANDIDATE-GROUP * ')'
-
- (in ASCTION,
- MTEXT is a short form of "(insert MTEXT)"
- CANDIDATES is a short form of "(candidates CANDIDATE-GROUP *)")
-
-ACTION-NAME ::=
- 'insert' | 'candidates' | 'delete' | 'select' | 'select-group'
- | 'move' | 'mark' | 'pushback' | 'undo' | 'shift' | 'call'
-
-ACTION-ARG ::=
- integer | symbol | mtext | CANDIDATE-GROUP
-
-CANDIDATE-GROUP ::=
- mtext | '(' mtext * ')'
-
-PREDEFINED-SYMBOL ::=
- '@0' | '@1' | '@2' | '@3' | '@4' | '@5' | '@6' | '@7' | '@8' | '@9'
- | '@<' | '@=' | '@>' | '@-' | '@+'
-
-MARKER ::=
- PREDEFINED-SYMBOL | symbol
-
-CANDIDATE-INDEX ::=
- PREDEFINED-SYMBOL
-
-CANDIDATE-GROUP-INDEX ::=
- PREDEFINED-SYMBOL
-
-;; The first five actions ('insert' .. 'select-group') are for
-;; editing a text in the preediting buffer. The buffer can keep
-;; multiple markers. Each marker is represented by a symbol, and
-;; keeps a position between characters in the preediting buffer.
-
-;; PREDEFINED-SYMBOL has special meanings when used as MARKER:
-;; '@0', '@1', ... '@9'
-;; The 0th, 1th, ... 9th position.
-;; '@<', '@=', '@>'
-;; The first, current, and end position.
-;; '@-', '@+'
-;; The previous and next position.
-
-;; PREDEFINED-SYMBOL has special meanings when used as CANDIDATE-INDEX:
-;; '@0', '@1', ... '@9'
-;; The 0th, 1th, ... 9th candidate of the current candidate group.
-;; '@<', '@=', '@>'
-;; The first, current, and end candidate of the current candidate
-;; group.
-;; '@-'
-;; The previous candidate. If the current candidate is the
-;; first of the current candidate group, the last candidate of
-;; the previous candidate group.
-;; '@+'
-;; The next candidate. If the current candidate is the last of
-;; the current candidate group, the first candidate of the
-;; previous candidate group.
-
-;; PREDEFINED-SYMBOL has special meanings when used as CANDIDATE-INDEX:
-;; '@0', '@1', ... '@9'
-;; The 0th, 1th, ... 9th candidate of the current candidate group.
-;; '@<', '@=', '@>'
-;; The first, current, and end candidate of the current candidate
-;; group.
-;; '@-'
-;; The previous candidate. If the current candidate is the
-;; first of the current candidate group, the last candidate of
-;; the previous candidate group.
-;; '@+'
-;; The next candidate. If the current candidate is the last of
-;; the current candidate group, the first candidate of the
-;; previous candidate group.
-
-;; PREDEFINED-SYMBOL has special meanings when used as
-;; CANDIDATE-GROUP-INDEX:
-;; '@0', '@1', ... '@9'
-;; The 0th, 1th, ... 9th candidate group.
-;; '@<', '@=', '@>'
-;; The first, current, and end candidate group.
-;; '@-', '@+'
-;; The previous and the next candidate group.
-
-;; (insert MTEXT) inserts MTEXT before @=.
-
-;; (candidates CANDIDATE-GROUP *) set the current candidates list
-;; to the list of arguments, set the current candidate group to the
-;; first argument, insert the first candidate of the current group
-;; before @=, and mark the inserted text as the current candidate.
-;; Each element of CANDIDATE-GROUP represents a candidate, i.e. if
-;; CANDIDATE-GROUP is MTEXT, each character in MTEXT is a
-;; candidate, if CANDIDATE-GROUP is a list of MTEXT, each MTEXT is
-;; a candidate.
-
-;; (select CANDIDATE-INDEX) replaces the current candidate with
-;; what specified by CANDIDATE-INDEX. If a candidate of the
-;; different candidate group is specified, set the current
-;; candidate group to that group.
-
-;; (select-group CANDIDATE-GROUP-INDEX) sets the current candidate
-;; group to a group indicated by CANDIDATE-GROUP-INDEX, and relaces
-;; the current candiate with the candiate of the same index in the
-;; new group.
-
-;; (delete MARKER) deletes characters between @= and the position
-;; specified by MARKER.
-
-;; (move MARKER) sets @= to the position of specified by MARKER.
-
-;; (mark MARKER) sets MARKER to the position of @=. MARKER must
-;; not be PREDEFINED-SYMBOL.
-
-;; (pushback) pushbacks the latest key events to the event queue.
-
-;; (undo) cancels the last key events.
-
-;; (shift STATE-NAME) shifts the current state to the state
-;; specified by STATE-NAME.
-
-;; (call FUNCTION ARG *) calls the function FUNCTION of an external
-;; module. FUNCTION must be defined in MODULE-LIST.
-
-;; The function is called with a property list (MPlist *) that has
-;; these properties in this order.
-;; KEY VALUE
-;; --- -----
-;; mtext The current preedit text.
-;; symbol The current state name (MSymbol).
-;; The remaining properties (if any) are ARGs.
-;;
-;; The function must return a property list (MPlist *) that
-;; represents a list of ACTIONs to take.
-
-MODULE-LIST ::=
- '(' 'module' MODULE * ')'
-
-MODULE ::=
- '(' MODULE-NAME FUNCTION * ')'
-
-MODULE-NAME ::=
- mtext
-
-FUNCTION ::=
- symbol
-
-STATE-LIST ::=
- '(' 'state' STATE * ')'
-
-STATE ::=
- '(' STATE-NAME BRANCH * ')'
-
-STATE-NAME ::=
- symbol
-
-BRANCH ::=
- '(' [ MAP-NAME | 'nil' ] BRANCH-ACTION * ')'
-
-;; If MAP-NAME is specified, it must be a name of a map defined in
-;; MAP-LIST. Otherwise, BRANCH is the default branch of STATE.
-
-BRANCH-ACTION ::=
- ACTION
-
-
-;; Example:
-
-(title "sample")
-(maps
- (single
- ("a" "A")
- ("b" "B"))
- (double
- ("bb" (("BB" "Bb"))))
- (select
- ((Left) (select @-))
- ((Right) (select @+))))
-
-(states
- (init
- (single)
- (double (shift selection)))
- (selection
- (select)))
-
-;; When this input method is loaded, the following state transition
-;; machine is created.
-
-;; STATE-TRANSITION-MACHINE ::=
-;; '(' STATE-NAME ROOT-MAP ')' *
-;; ROOT-MAP ::= TRANSITION-MAP
-;; TRANSITION-MAP ::=
-;; '(' INDEX [ KEY | 'nil' ]
-;; MAP-ACTIONS TRANSITION-MAPS BRANCH-ACTIONS ')'
-;; TRANSITION-MAPS ::=
-;; '(' TRANSITION-MAP * ')'
-;; MAP-ACTIONS ::=
-;; '(' MAP-ACTION * ')'
-;; BRANCH-ACTIONS ::=
-;; '(' BRANCH-ACTION * ')'
-
-(init
- (#0 nil nil
- ((#1 'a' ((insert "A")) nil nil)
- (#2 'b' ((insert "B"))
- ((#3 'b' ((candidates (("BB" "Bb")))) nil (shift selection)))
- nil))
- nil))
-(selection
- (#4 nil nil
- ((#5 'Left' ((delete @<) (select @-)) nil nil)
- (#6 'Right' ((delete @<) (select @+)) nil nil))
- nil))
-
-;; The state transition machine keeps these things:
-;; STATE: the current state, initially 'init'.
-;; MAP: current transition map, initially #0.
-;; PREEDIT: the preediting buffer, initially empty.
-;; MARKERS: the positions assigned to each marker, @= is initially 0.
-;; PRODUCED: the produced text, initially empty.
-;; CANDIDATE-LIST: the current candidate group list, initially NULL.
-;; CANDIDATE-GROUP: the current candidate group, initially NULL.
-;; CANDIDATE: the the current candidate, initially NULL.
-;;
-;; When MAP is changed to the root map of the initial state, PREEDIT
-;; is concatenated to PRODUCED and reset to empty. This way, the
-;; machine produces a text.
-;;
-;; The machine accepts one key KEY, handles it while updating internal
-;; information, and return 'nil' (if KEY is correctly handled) or KEY
-;; (if KEY can't be handled in the machine).
-
-;; Here we describes how the key sequence:
-;; 'a' 'b' 'b' 'Right' 'b' 'a'
-;; is handled by the machine and "aBbba" is produced.
-
-;; 'a' arrives.
-;;
-;; Lookup the transition maps of #0 for 'a' and find #1. Change MAP
-;; to #1. Perform its map actions. Now PREEDIT contains "a". As it
-;; has no sub transition maps, no branch actions, no state to shift,
-;; change MAP to #0, the root map of the current state.
-;;
-;; As we have changed MAP to the root map of the initial map,
-;; concatenate PREEDIT to PRODUCED, and reset PREEDIT to empty.
-;;
-;; Now we have consumed the key. As MAP has sub transition maps, wait
-;; for the next key.
-
-;; 'b' arrives.
-;;
-;; Lookup #0 for 'b' and find #2. Change MAP to #2. Perform the map
-;; actions. Now, PREEDIT contains "B". As it has sub transition
-;; maps, and we have consumed the key, wait for the next key.
-
-;; 'b' arrives.
-;;
-
-;; Lookup #2 for 'b' and find #3. Cancel the change in PREEDIT done
-;; by the map actions of #2, and change MAP to #3. Perform the map
-;; actions. Now, PREEDIT is "BB", CANDIDATE-LIST is (("BB" "Bb")),
-;; CANDIDATE is "BB". As #3 has no sub transition maps and no branch
-;; actions, change STATE to 'selection' and change MAP to #4, the root
-;; map of 'selection'. As it has sub transition maps, and we have
-;; consumed the key. Wait for the next key.
-
-;; 'Right' arrives.
-;;
-;; Lookup #4 for 'Right' and find #5. Change MAP to #5. Perform the
-;; map actions. Now PREEDIT is "Bb". As #5 has no sub transition
-;; maps, no branch actions, no state to shift, change MAP to #4 (the
-;; initial map of the current state 'selection'.
-;;
-;; As #4 has sub transition maps, and we have consumed the key. Wait
-;; for the next key.
-
-;; 'b' arrives.
-;;
-;; Lookup #4 for 'b' and fail. As #4 has no branch maps, no shift to
-;; transit, change STATE to 'init', MAP to #0.
-;;
-;; As we have changed MAP to the root map of the initial map,
-;; concatenate PREEDIT to PRODUCED, and reset PREEDIT to empty. Now
-;; PRODUCED has "aBb".
-;;
-;; As we have not yet consumed the key 'b', handle it in MAP (#0).
-;;
-;; Lookup #0 for 'b' and find #2. Change MAP to #2. Perform the map
-;; actions. Now, PREEDIT contains "B". As it has sub transition
-;; maps, and we have consumed the key, wait for the next key.
-
-;; 'a' arrives. Lookup #2 for 'a' and fail. As #2 has no branch
-;; actions, no state to shift, Change MAP to #0, the root map of the
-;; current state.
-;;
-;; As we have changed MAP to the root map of the initial map,
-;; concatenate PREEDIT to PRODUCED, and reset PREEDIT to empty. Now
-;; PRODUCED has "aBbb".
-;;
-;; As we have not yet consumed the key 'a', handle it in MAP (#0).
-;;
-;; Lookup #0 for 'a' and find #1. Change MAP to #1. Perform its map
-;; actions. Now PREEDIT contains "a". As it has no sub transition
-;; maps, no branch actions, no state to shift, change MAP to #0, the
-;; root map of the current state.
-;;
-;; As we have changed MAP to the root map of the initial map,
-;; concatenate PREEDIT to PRODUCED, and reset PREEDIT to empty. Now
-;; PRODUCED has "aBbba".
-
-;; Now we have consumed the key. As MAP has sub transition maps, wait
-;; for the next key.
-@endverbatim
-*/
-////
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