# # Localedef source for fr_FR (French in France) locale # # To convert the i18n library to another locale, you need to fill in # the values in this file with the appropriate strings and numbers. # Suggested procedure is to put this information in a file called # i18n.locale.b, in directory /locale//appl/lib, where # is appropriate to the locale (e.g., fr_FR). Before use # the module (i18n.locale.dis) should be copied to (or bound over) # the file /dis/lib/i18n.locale.dis. # implement I18N_Locale; include "i18n.m"; ### # LC_TIME ### # Abbreviations for days of the week, in order, starting with Sunday ### abday = array[] of { "Sun", "Mon", "Tue", "Wed", "Thu", "Fri", "Sat" }; # # Days of the week, in order, starting with Sunday # day = array[] of { "Sunday", "Monday", "Tuesday", "Wednesday", "Thursday", "Friday", "Saturday" }; # # Abbreviations for months, in order, starting with January # abmon = array[] of { "Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec" }; # # Months, in order, starting with January # mon = array[] of { "January", "February", "March", "April", "May", "June", "July", "August", "September", "October", "November", "December" }; # # Formats for various date and time strings. In forming these formats, # the following substitutions are available: # # %% Gives a single % # %a Abbreviated day name # %A Full day name # %b Abbreviated month name # %B Full month name # %c Date and time representation specified by d_t_fmt # %C Century number (2 digits) # %d Day of month, range 1-31 (2 digits) # %D Date as %m/%d/%y # %e Day of month, range 1-31 (single digits preceded by space) # %h Same as %b # %H Hour, range 0-23 (2 digits) # %I Hour, range 1-12 (2 digits) # %j Day of year, range 1-366 (2 or 3 digits) # %k Hour, range 0-23 (single digits preceded by space) # $l Hour, range 1-12 (single digits preceded by space) # %m Month number, range 1-12 (2 digits) # %M Minute, range 0-59 (2 digits) # %n Newline is inserted # %p Locale equivalent of a.m. or p.m. # %r Time in 12-hour format with %p # %R Time as %H:%M # %s Seconds, range 0-59 (2 digits) # %t Tab is inserted # %T Time as %H:%M:%S # %u Weekday as a number, range 1-7 (1 is Sunday) # %U Week number of year, range 0-53 (Sunday is first day of week 1) # %V Week number of year, range 1-53 (Monday is first day of week, # week 1 has >= 4 days in new year, else week 53 # %w Weekday number, range 0-6 (Sunday is 0) # %W Week number of year, range 0-53 (Monday is first day of week 1) # %x Date using the format d_fmt # %X Time using the format t_tmt (24-hour) or t12_fmt (12-hour) # %y Year within century, range 0-99 (2 digit) # %Y Year (4 digits) # %Z Time zone name or abbreviation, if any # # # Format of string returned by text() # d_t_fmt = "%a %b %e %T %Z %Y"; # # Format of string returned by datestr() (Long date format) # d_fmt = "%a, %b %e %Y"; # # Format of string returned by shortdate() (Short date format) # s_d_fmt = "%m/%d/%y"; # # Format of string returned by timestr() (Long 24-hour format) # t_fmt = "%H:%M:%S"; # # Format of string returned by timestr() (Long 12-hour format) # t12_fmt = "%l:%M:%S %p"; # # Format of string returned by shorttime() (Short 24-hour format) # s_t_fmt = "%H:%M"; # # Format of string returned by shorttime() (Short 12-hour format) # s_t12_fmt = "%l:%M %p"; twelveHour = 1; # 12-hour/24-hour value (1 => 12, 0 => 24) am_pm = array[] of { # Locale representation of a.m. and p.m. strings "am", # (a.m. first) "pm" }; firstday = 0; # First day of week in this locale (0 => Sunday, # 1 => Monday, etc.) ### # LC_NUMERIC ### decimal_point = "."; # String that separates integer and fractional # parts of a number thousands_sep = ","; # String that separates digit groups of a number grouping = 3; # Number of digits in a digit group in printed # numbers ### # LC_MONETARY ### int_curr_symbol = "USD "; # String used to represent locale currency # units outside of the locale currency_symbol = "$"; # String used to represent locale currency # units within the locale mon_decimal_point = "."; # String that separates whole currency units # from fractional units mon_thousands_sep = ","; # String that separates groups of digits of # currency amounts mon_grouping = 3; # Number of digits in a digit group in # currency amounts positive_sign = ""; # Symbol used for positive currency amounts negative_sign = "-"; # Symbol used for negative currency amounts int_frac_digits = 2; # Number of fractional digits to display # for currency amounts (outside of this locale) frac_digits = 2; # Number of fractional digits to display for # currency amounts (within this locale) # Ref ISO 4217 ### # LC_TYPE ### # A sequence a-z is a memory saving notation meaning all the letters # from a to z, and may be used where a sequence of letters has adjacent # codes. 'a' is the smallest code in the sequence, 'z' the largest. upper = "A-ZÀ-ÖØ-Þ"; # Uppercase letters. lower = "a-zà-öø-þ"; # Lowercase letters. space = "\t\n\v\u000c\r "; # Codes representing horizontal or # vertical space. cntrl = "\u0000-\u001f\u007f\u0080-\u009f"; # Control characters. graph = "!-~¡-ÿ"; # Codes which lay down ink. print = " -~ -ÿ"; # Codes representing characters with # specified widths punct = "!-/:-@[-`{-~¡-»¿×÷"; # graphics except alphanumerics digit = "0-9"; xdigit = "0-9a-fA-F"; # legal hexadecimal digits blank = " \t"; # horizontal motion within line (no ink) ### # LC_COLLATE ### # A table of equivalents, i.e. characters that differ only by diacriticals # The comparison is done on lower case versions, so you don't to put the # upper case versions here unless there is no lower case. However, it # won't hurt to include both cases. Characters should appear in the # classes in the order in which they should be sorted. equiv = array[] of { "aáàâãäå", "cç", "eéèêë", "iìíîï", "nñ", "oóòôõö", "uúùûü", "yýÿ" }; order_start := array[] of { 1, -1, 1 }; dontcare = "\u0000-/:-@[-`{-~";