# conf for yaws

# first we have a set of globals
# That apply to all virtual servers

# This is the directory where all logfiles for
# all virtual servers will be written

logdir = /var/log/yaws

# This the path to a directory where additional
# beam code can be placed. The daemon will add this
# directory to its search path

ebin_dir = /usr/lib/erlang/lib/stdlib-1.14.2/ebin
ebin_dir = /var/www/ebin

# This is a directory where application specific .hrl
# files can be placed. application specific .yaws code can
# then include these .hrl files

include_dir = /var/www/include

# This is a debug variable, possible values are http | traffic | false
# It is also possible to set the trace (possibly to the tty) while
# invoking yaws from the shell as in
# yaws -i -T -x (see man yaws)

trace = false

# it is possible to have yaws start additional 
# application specific code at startup
# 
# runmod = mymodule

# By default yaws will copy the erlang error_log and
# end write it to a wrap log called report.log (in the logdir)
# this feature can be turned off. This would typically
# be the case when yaws runs within another larger app

copy_error_log = true

# Logs are wrap logs

log_wrap_size = 1000000

# Possibly resolve all hostnames in logfiles so webalizer
# can produce the nice geography piechart

log_resolve_hostname = true

# fail completely or not if yaws fails 
# to bind a listen socket
fail_on_bind_err = true

# If yaws is started as root, it can, once it has opened
# all relevant sockets for listening, change the uid to a 
# user with lower accessrights than root 

username = nobody

# If HTTP auth is used, it is possible to have a specific
# auth log.

auth_log = true

# When we're running multiple yaws systems on the same 
# host, we need to give each yaws system an individual
# name. Yaws will write a number of runtime files under
# /tmp/yaws/${id}
# The default value is "default"

# id = myname

# earlier versions of Yaws picked the first virtual host
# in a list of hosts with the same IP/PORT when the Host:
# header doesn't match any name on any Host
# This is often nice in testing environments but not
# acceptable in real live hosting scenarios

pick_first_virthost_on_nomatch = true

# All unices are broken since it's not possible to bind to
# a privileged port (< 1024) unless uid==0
# There is a contrib in jungerl which makes it possible by means 
# of an external setuid root programm called fdsrv to listen to
# to privileged port.
# If we use this feature, it requires fdsrv to be properly installed.
# Doesn't yet work with SSL.

use_fdsrv = false

# 66.240.211.174

<server 66.240.211.174>
	port = 80
	listen = 0.0.0.0
	docroot = /var/www/66.240.211.174
</server>

# www.bk1k.org redirect

<server www.bk1k.org>
	port = 80
	listen = 0.0.0.0
	rhost = bk1k.org
	docroot = /var/www/redirect
	arg_rewrite_mod = redirect
</server>

# bk1k.org

<server bk1k.org>
	port = 80
	listen = 0.0.0.0
	rhost = bk1k.org
	# rscheme = https
	docroot = /var/www/bk1k.org/htdocs
	dir_listings = true_nozip
</server>

# www.covracer.com redirect

<server www.covracer.com>
	port = 80
	listen = 0.0.0.0
	rhost = covracer.com
	docroot = /var/www/redirect
	arg_rewrite_mod = sameurl
</server>

# covracer.com

<server covracer.com>
	port = 80
	listen = 0.0.0.0
	rhost = covracer.com
	docroot = /var/www/covracer.com/htdocs
	dir_listings = true_nozip
</server>

# And then an ssl server

#<server flowers>
#	port = 443
#	docroot = /tmp
#	listen = 0.0.0.0
#	dir_listings = true
#	<ssl>  
#	        keyfile = /etc/yaws-key.pem
#	        certfile = /etc/yaws-cert.pem
#	</ssl>
#</server>