###############################################################################
#
# Squid-Prefetch Configuration File
#
# All options appear as
#
#   option_name value
#
# Blank lines and anything after a "#" is ignored as a comment.  This is the
# same format as the master squid configuration file.  Options are taken first
# from this file, then from the master squid configuration, and then built-in
# defaults.
#
###############################################################################


#
# squid_config_file: Pathname of the master squid configuration file for
# reading options.  Currently, the only option that would be read from that
# location are the "cache_access_log" and "http_port" options.
#
#squid_config_file /etc/squid/squid.conf

#
# http_proxy: IP address to use for accessing the squid cache.  Since the
# prefetch program must have access to the squid log files, it's reasonable to
# assume that squid is running on the local host.
#
#http_host 127.0.0.1

#
# http_port: What port number to use for accessing the squid cache.  Squid
# normally runs on port 3128 but can be changed.  This value will be read from
# the master squid configuration file if not specified here.
#
#http_port 3128

#
# max_history_size: How many fetched URLs to remember.  This allows the
# prefetch program to avoid doing prefetch on pages it has already done it
# for, thus reducing network bandwidth and system load.  This is really the
# only part of the program that consumes memory, so a balance must be struck
# between those two things.
#
#max_history_size 5000

#
# max_history_age: How old a prefetch must be before it will be done again (in
# seconds).  For those items that have not been expired from the history log
# due to size limitations are checked against their age.  If the last prefetch
# operation was done longer ago than this amount of time, then another is
# done.
#
#max_history_age 86400

#
# prefetch_regex: This (perl) pattern is matched against all URLs to limit
# what pages get acted upon.  This provides a first pruning of what links need
# to be acted upon.  It's worth using this pattern to indicate only those
# pages which can contain text (HTML or otherwise) since other types will be
# ignored as soon as the header comes back from the server.  Extensions that
# are used for dynamically generated pages are best avoided since they are
# not usually cacheable.
#
prefetch_regex http://.*(\.(s?html?|te?xt|xml|rss)|/[^\.]*)

#
# prefetch_options: Allow fetching of URLs with options (anything after "?").
# For the most part, pages that take options are dynamic content and
# prefetching them accomplishes little.  Use "1" for "yes", "0" for "no".
#
#prefetch_options 0

#
# prefetch_fragments: Allow fetching of URLs with fragment specifications
# (anything after "#").  Links to pages with fragments are often word
# definitions and the like.  Fetching a single page may cache many different
# links because it will fetch all the fragments on that page.  Use "1" for
# "yes", "0" for "no".
#
#prefetch_fragments 1

#
# prefetch_maxsize: This is the maximum size of page that will be prefetched.
# It should be large enough to contain most text pages but not so large as to
# waste bandwidth fetching huge pages on the off chance a user will go there.
# The size is measured in bytes.
#
#prefetch_maxsize 65536

#
# prefetch_cross: Allow prefetching of pages on a different host than the one
# doing the linking.  If this option is set ("1", then links to other hosts
# will also be prefetched.  Otherwise ("0"), only pages on the same host as
# the page currently being viewed will be fetched.
#
#prefetch_cross 0