example.conf

#
# -*- Conf DSL: language for configuration based on commands -*-
#
# ENBF C++ style:
#    lexeme[a] => disable skipper for a
#    a >> b    => sequence: a followed by b
#    a | b     => alternative: a or b
#    a - b     => a but not b
#    !a        => predicate: if a matches, fail
#    &a        => predicate: if a matches, success
#    *a        => repetition: zero or more
#    +a        => repetition: one or more
#    -a        => optional
#    a % b     => a one or more times delimited by b: a >> *(b >> a)
#    EOL       => end of line
#    DIGIT     => std::isdigit
#    ALPHA     => std::isalpha
#    BLANK     => std::isblank
#    CHAR      => any character: [0, 256)
#
# Note: a predicate parser does not consume input
#
# == DSL Definition ==
#
# skipper = BLANK | ('#' >> *(CHAR - EOL) >> &EOL) | ('\' >> EOL)
#
# command = name >> *argument >> -pset >> EOL
#
# name = identifier
#
# identifier = lexeme[ALPHA >> *(ALPHA | DIGIT | '-')]
#
# argument = BUILT-IN-TYPE | STRING | UINT | INT | DOUBLE
#
# pset = '{' >> EOL >> +(name >> *argument >> EOL) >> '}'
#
# STRING is sequence of characters enclosed in quotation marks. The following
# sequences will be treated as a single character:
#     \"   => "
#     \\   => \
#     \n   => NL
#     \r   => CR
#     \t   => TAB
#
# BUILT-IN-TYPE is any other type supported by the parser engine, ex.: ip address,
# ip prefix, mac addresses, ...
#
# Comments start with # and end at the EOL, see the skipper definition
#
# The parser assumes an UTF-8 encoding. The file must end with an EOL
#
# Each <value, pair> executes a command identified by <name> with <arguments> as
# parameters. <property-set> is passed as a map of <name, arguments>.
#
# Each command defines the <arguments> format.
#

module "madwifi"
module "icmp"

router "kenny" {
	ip-address  2001:690:2380:777a:20c:6eff:feda:195c
	ip-scope-id 2
}

router "kyle" {
	ip-address  2001:690:2380:778f:20c:6eff:fedc:2a16
	ip-scope-id 2
}

client "butters" {
	ip-prefix 2001:690:2380:7792::/64
	mac       00:13:e8:ef:6e:81 01:02:03:04:05:06
	lma-id    "kenny"
}