asterisk/configs/say.conf.sample
Jason Parker b928d1a0f3 Add support for default "say mode" (whether to use the "old" method or "new" method. "new" method being config file)
Add support for autocomplete of "say load" CLI command.

Patch by IgorG
(closes issue #10243)


git-svn-id: https://origsvn.digium.com/svn/asterisk/trunk@76216 65c4cc65-6c06-0410-ace0-fbb531ad65f3
2007-07-20 22:25:41 +00:00

201 lines
7.9 KiB
Text

;
; language configuration
;
[general]
mode=old ; method for playing numbers and dates
; old - using asterisk core function
; new - using this configuration file
; The new language routines produce strings of the form
; prefix:[format:]data
; that are matched against the rules in this file to produce
; an output.
;
; The data is generally the string to be spelled (either a number,
; an ascii string or a date/time in the format specified below).
; It is available, in the right hand side of a rule, as variable ${SAY}.
;
; The format is optional and normally used only for date/time.
; The prefix is used to select the pronunciation - standard
; prefixes are
; num used for numbers
; enum used for enumerations
; date for dates
; time for times
; datetime for dates and times
; char for character strings
; phonetic for phonetic strings
; digit for digit strings
;
; but others can be used at will.
;
; Processing occurs as follows:
; If the format is empty, or there is no format, the entire
; string is matched against one of the pattern on the left hand side.
; On the first match, the various comma-separated components on the right
; hand side are pronounced, as follows:
; + a component starting with a prefix: (i.e. with a ':' in it)
; is re-processed according to these rules;
; + a component without a ':' in it is considered a filename and
; the corresponding file is played.
;
; If the format is non-empty, the format is split into its components
; (individual characters, or filenames in single quotes), and then
; filenames are played, whereas single characters are used to
; generate a new string format:pat:data to be processed.
;
; DATES/AND TIMES assume that the date info is available in
; the form YYYYMMDDHHmm.ss-dow-doy
; with 4 digits for the year, 2 for month, day, hour, minutes, seconds,
; one digit for the day-of-week, and 3 digits for the day-of-year.
;
; Example:
; datetime::200604172030.00-4-102
; (typical format for a date) is first matched against the line
; datetime::. => date:AdBY 'digits/at' IMp:${SAY}
; which is normally present with the default format for dates.
; In turn, the format string "AdBY 'digits/at' IMp" results in
; the sequence
; date:A:200604172030.00-4-102
; date:d:200604172030.00-4-102
; date:B:200604172030.00-4-102
; date:Y:200604172030.00-4-102
; digits/at
; date:I:200604172030.00-4-102
; date:M:200604172030.00-4-102
; date:p:200604172030.00-4-102
;
;
; Remember, normally X Z N are special, and the search is
; case insensitive, so you must use [X] [N] [Z] .. if you
; want exact match.
; We start with the basic rules that might be more-or-less
; language-independent
[digit-base](!) ; base rule for digit strings
; XXX incomplete yet
_digit:[0-9] => digits/${SAY}
_digit:[-] => letters/dash
_digit:[*] => letters/star
_digit:[@] => letters/at
_digit:[0-9]. => digit:${SAY:0:1}, digit:${SAY:1}
[date-base](!) ; base rules for dates and times
; the 'SAY' variable contains YYYYMMDDHHmm.ss-dow-doy
; these rule map the strftime attributes.
_date:Y:. => num:${SAY:0:4} ; year, 19xx
_date:[Bb]:. => digits/mon-$[${SAY:4:2}-1] ; month name, 0..11
_date:[Aa]:. => digits/day-${SAY:16:1} ; day of week
_date:[de]:. => num:${SAY:6:2} ; day of month
_date:[hH]:. => num:${SAY:8:2} ; hour
_date:[I]:. => num:$[${SAY:8:2} % 12] ; hour 0-12
_date:[M]:. => num:${SAY:10:2} ; minute
; XXX too bad the '?' function does not remove the quotes
; _date:[pP]:. => digits/$[ ${SAY:10:2} > 12 ? "p-m" :: "a-m"] ; am pm
_date:[pP]:. => digits/p-m ; am pm
_date:[S]:. => num:${SAY:13:2} ; seconds
[en-base](!)
_[n]um:0. => num:${SAY:1}
_[n]um:X => digits/${SAY}
_[n]um:1X => digits/${SAY}
_[n]um:[2-9]0 => digits/${SAY}
_[n]um:[2-9][1-9] => digits/${SAY:0:1}0, num:${SAY:1}
_[n]um:XXX => num:${SAY:0:1}, digits/hundred, num:${SAY:1}
_[n]um:XXXX => num:${SAY:0:1}, digits/thousand, num:${SAY:1}
_[n]um:XXXXX => num:${SAY:0:2}, digits/thousand, num:${SAY:2}
_[n]um:XXXXXX => num:${SAY:0:3}, digits/thousand, num:${SAY:3}
_[n]um:XXXXXXX => num:${SAY:0:1}, digits/million, num:${SAY:1}
_[n]um:XXXXXXXX => num:${SAY:0:2}, digits/million, num:${SAY:2}
_[n]um:XXXXXXXXX => num:${SAY:0:3}, digits/million, num:${SAY:3}
_[n]um:XXXXXXXXXX => num:${SAY:0:1}, digits/billion, num:${SAY:1}
_[n]um:XXXXXXXXXXX => num:${SAY:0:2}, digits/billion, num:${SAY:2}
_[n]um:XXXXXXXXXXXX => num:${SAY:0:3}, digits/billion, num:${SAY:3}
; enumeration
_e[n]um:X => digits/h-${SAY}
_e[n]um:1X => digits/h-${SAY}
_e[n]um:[2-9]0 => digits/h-${SAY}
_e[n]um:[2-9][1-9] => num:${SAY:0:1}0, digits/h-${SAY:1}
_e[n]um:[1-9]XX => num:${SAY:0:1}, digits/hundred, enum:${SAY:1}
[it](digit-base,date-base)
_[n]um:0. => num:${SAY:1}
_[n]um:X => digits/${SAY}
_[n]um:1X => digits/${SAY}
_[n]um:[2-9]0 => digits/${SAY}
_[n]um:[2-9][1-9] => digits/${SAY:0:1}0, num:${SAY:1}
_[n]um:1XX => digits/hundred, num:${SAY:1}
_[n]um:[2-9]XX => num:${SAY:0:1}, digits/hundred, num:${SAY:1}
_[n]um:1XXX => digits/thousand, num:${SAY:1}
_[n]um:[2-9]XXX => num:${SAY:0:1}, digits/thousands, num:${SAY:1}
_[n]um:XXXXX => num:${SAY:0:2}, digits/thousands, num:${SAY:2}
_[n]um:XXXXXX => num:${SAY:0:3}, digits/thousands, num:${SAY:3}
_[n]um:1XXXXXX => num:${SAY:0:1}, digits/million, num:${SAY:1}
_[n]um:[2-9]XXXXXX => num:${SAY:0:1}, digits/millions, num:${SAY:1}
_[n]um:XXXXXXXX => num:${SAY:0:2}, digits/millions, num:${SAY:2}
_[n]um:XXXXXXXXX => num:${SAY:0:3}, digits/millions, num:${SAY:3}
_datetime::. => date:AdBY 'digits/at' IMp:${SAY}
_date::. => date:AdBY:${SAY}
_time::. => date:IMp:${SAY}
[en](en-base,date-base,digit-base)
_datetime::. => date:AdBY 'digits/at' IMp:${SAY}
_date::. => date:AdBY:${SAY}
_time::. => date:IMp:${SAY}
[de](date-base,digit-base)
_[n]um:0. => num:${SAY:1}
_[n]um:X => digits/${SAY}
_[n]um:1X => digits/${SAY}
_[n]um:[2-9]0 => digits/${SAY}
_[n]um:[2-9][1-9] => digits/${SAY:1}-and, digits/${SAY:0:1}0
_[n]um:1XX => digits/ein, digits/hundred, num:${SAY:1}
_[n]um:[2-9]XX => digits/${SAY:0:1}, digits/hundred, num:${SAY:1}
_[n]um:1XXX => digits/ein, digits/thousand, num:${SAY:1}
_[n]um:[2-9]XXX => digits/${SAY:0:1}, digits/thousand, num:${SAY:1}
_[n]um:XXXXX => num:${SAY:0:2}, digits/thousand, num:${SAY:2}
_[n]um:X00XXX => digits/${SAY:0:1}, digits/hundred, digits/thousand, num:${SAY:3}
_[n]um:XXXXXX => digits/${SAY:0:1}, digits/hundred, num:${SAY:1}
_[n]um:1XXXXXX => digits/eine, digits/million, num:${SAY:1}
_[n]um:[2-9]XXXXXX => digits/${SAY:0:1}, digits/millions, num:${SAY:1}
_[n]um:XXXXXXXX => num:${SAY:0:2}, digits/millions, num:${SAY:2}
_[n]um:XXXXXXXXX => num:${SAY:0:3}, digits/millions, num:${SAY:3}
_datetime::. => date:AdBY 'digits/at' IMp:${SAY}
_date::. => date:AdBY:${SAY}
_time::. => date:IMp:${SAY}
[hu](digit-base,date-base)
_[n]um:0. => num:${SAY:1}
_[n]um:X => digits/${SAY}
_[n]um:1[1-9] => digits/10en, digits/${SAY:1}
_[n]um:2[1-9] => digits/20on, digits/${SAY:1}
_[n]um:[1-9]0 => digits/${SAY}
_[n]um:[3-9][1-9] => digits/${SAY:0:1}0, num:${SAY:1}
_[n]um:XXX => num:${SAY:0:1}, digits/hundred, num:${SAY:1}
_[n]um:XXXX => num:${SAY:0:1}, digits/thousand, num:${SAY:1}
_[n]um:XXXXX => num:${SAY:0:2}, digits/thousand, num:${SAY:2}
_[n]um:XXXXXX => num:${SAY:0:3}, digits/thousand, num:${SAY:3}
_[n]um:XXXXXXX => num:${SAY:0:1}, digits/million, num:${SAY:1}
_[n]um:XXXXXXXX => num:${SAY:0:2}, digits/million, num:${SAY:2}
_[n]um:XXXXXXXXX => num:${SAY:0:3}, digits/million, num:${SAY:3}
_[n]um:XXXXXXXXXX => num:${SAY:0:1}, digits/billion, num:${SAY:1}
_[n]um:XXXXXXXXXXX => num:${SAY:0:2}, digits/billion, num:${SAY:2}
_[n]um:XXXXXXXXXXXX => num:${SAY:0:3}, digits/billion, num:${SAY:3}
_datetime::. => date:YBdA k 'ora' M 'perc':${SAY}
_date::. => date:YBdA:${SAY}
_time::. => date:k 'ora' M 'perc':${SAY}