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Scoreboard.py
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'''
Created on Dec 29, 2011
@author: [email protected]
Scoreboard.py is a module in the scorebot program. It produces the scorebaord HTML pages.
Copyright (C) 2011 Dichotomy
This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License
as published by the Free Software Foundation; either version 2
of the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
'''
import re
import os
import time
import random
import rrdtool
import traceback
import threading
import globalvars
import subprocess
from Logger import Logger
dupe_round_err = "Serious problem: dupe round %s for team %s\n"
web_dir = "/var/www/html"
score_filename = "latest_scores.html"
scores_filename = "scores.html"
graph_filename = "graphs.html"
health_filename = "health.html"
flags_filename = "flags.html"
scoreboard_filename = "ctf_scoreboard.html"
movie_html = '''<HTML><HEAD>
<TITLE>Movie Frame</TITLE>
<script type="text/javascript" src="/jwplayer/jwplayer.js"></script>
<meta http-equiv="refresh" content="%s">
</HEAD>
<BODY bgcolor="000000">
<div id="myElement">Loading the player...</div>
<script type="text/javascript">
jwplayer("myElement").setup({
file: "%s",
autostart: true,
width: "100%%",
height: "100%%"
});
</script>
</BODY></HTML> '''
style = '''
<style type="text/css">
body
{
background-color:#000000;
}
h1
{
color:orange;
text-align:center;
color:#00aa00;
}
marquee
{
font-family:"Courier";
font-size:48px;
color:#00aa00;
}
p
{
font-family:"Courier";
font-size:18px;
color:#00aa00;
}
th
{
font-family:"Courier";
font-size:24px;
color:#FF9900;
}
td
{
font-family:"Courier";
font-size:24px;
color:#00aa00;
}
td.green
{
font-family:"Courier";
font-size:24px;
color:#ffffff;
background-color:#00aa00;
}
td.yellow
{
font-family:"Courier";
font-size:24px;
color:#000000;
background-color:#ffff00;
}
td.red
{
font-family:"Courier";
font-size:24px;
color:#000000;
background-color:#ff0000;
}
</style>
'''
header = "<html><head>%s</head>" % style
ccdc_scoreboard_html = '''
<html>
<head>
<title>CTF Current Score</title>
<meta http-equiv="refresh" content="10">
</head>
<frameset cols="40%%,*">
<frameset rows="30%%,70%%">
<frame src="%s">
<frame src="%s">
</frameset> <frameset rows="50%%,50%%">
<frameset rows="50%%,50%%">
<frame src="bt1injects.html">
<frame src="bt1pwnage.html">
</frameset>
<frameset rows="50%%,50%%">
<frame src="bt2injects.html">
<frame src="bt2pwnage.html">
</frameset>
</frameset>
</frameset>
</html>
''' % (score_filename, graph_filename)
binjitsu_scoreboard_html = '''
<html>
<head>
<title>CTF Current Score</title>
<meta http-equiv="refresh" content="10">
</head>
<frameset rows="5%%,*">
<frame src="marquee.html">
<frameset cols="30%%,*">
<frameset rows="30%%,70%%">
<frame src="%s">
<frame src="flags.html">
</frameset>
<frame src="%s">
</frameset>
</frameset>
</html>
''' % (scores_filename, health_filename)
#if globalvars.binjitsu:
scoreboard_html = binjitsu_scoreboard_html
#else:
# scoreboard_html = ccdc_scoreboard_html
score_html = header + "<body><H1>%s</H1></body></html>"
marquee_html = header + "<body><marquee behavior=\"scroll\" direction=\"left\" scrollamount=\"20\">%s</marquee></body></html>"
scores_html = header + "<body><h1>Score</h><br>%s</body></html>"
graph_html = header + "<body>%s</body></html>"
flags_html = header + "<body><h1>Flags</h1>%s</body></html>"
health_html = header + "<body><h1>Current Blueteam Scored System Health</h><br>%s<br><h1>Equipment and facilities for the CTF environment are provided by<a href=\"http://www.wilmu.edu/index.aspx\"><img src=\"http://www.wilmu.edu/images/logos/logo_large.jpg\"></a></p></body></html>"
flags_team_section = '''
<H2>%s</H2>%s
'''
health_team_section = '''
<H2>%s</H2>%s
'''
flags_sub_section = '''
<H3>%s</H3><p>%s
'''
table = '<table border="1" style="float: left;">\n%s\n</table>\n'
nowrap_table = '<table border="1"">\n%s\n</table>\n'
table_row = '\t<tr>\n%s\t</tr>\n'
table_header = '\t\t<th>%s</th>\n'
table_cell = '\t\t\t<td>%s</td>\n'
table_cell_green = '\t\t\t<td class="green">%s</td>\n'
table_cell_yellow = '\t\t\t<td class="yellow">%s</td>\n'
table_cell_red = '\t\t\t<td class="red">%s</td>\n'
score_line = "<br>Round %s Team %s Score %s\n"
graph_line = "<img src=\"%s\">"
class Scoreboard(threading.Thread):
def __init__(self, teams, flag_store, message_store, current_round=0):
threading.Thread.__init__(self)
self.logger = Logger("Scoreboard")
self.teams = teams
self.latest_scores = {}
self.rrdfilename = "ctf.rrd"
self.made_rrd = []
for team in self.teams.keys():
self.latest_scores[team] = score_line
self.flag_store = flag_store
self.message_store = message_store
self.team_scores = {}
self.current_round = current_round
self.all_flags_found = []
self.new_flag = False
self.movie_dir = "/var/www/movies/"
self.duration_re =re.compile("Duration: (\d{2}):(\d{2}):(\d{2}).(\d{2})")
self.marquee="This is Scorebot v 1.0"
def write_marquee(self):
self.marquee = self.message_store.get_message()
marquee_file = open("%s/%s" % (web_dir, "marquee.html"), "w")
marquee_file.write(marquee_html % self.marquee)
marquee_file.close()
def calc_scores(self):
num_teams = len(self.teams.keys())
for team in self.teams.keys():
scores = self.teams[team].get_all_rounds()
for round in scores:
if round not in self.team_scores:
self.team_scores[round] = {}
self.team_scores[round][team] = scores[round]
#print "round: %s team: %s score: %s" % (round, team, scores[round])
#(this_round, this_score) = self.teams[team].get_score()
#if self.team_scores.has_key(this_round):
#self.team_scores[this_round][team] = this_score
#else:
#self.team_scores[this_round] = {}
#self.team_scores[this_round][team] = this_score
for this_round in sorted(self.team_scores.keys(), reverse=True):
#The first round with all teams is the current round
if (len(self.team_scores[this_round].keys()) == num_teams):
self.current_round = this_round
break
else:
pass
def write_scores(self):
this_table = table_header % "Round"
for team in self.teams.keys():
this_table += table_header % team
this_table = table_row % this_table
rounds = range(self.current_round - 4, self.current_round + 1)
for this_round in sorted(rounds, reverse=True):
this_row = table_cell % this_round
if this_round <= 0:
break
for team in sorted(self.team_scores[this_round].keys(), key=str.lower):
this_row += table_cell % str(self.team_scores[this_round][team])
this_row = table_row % this_row
this_table += this_row
this_table = table % this_table
# write the scoreboard
scores = open("%s/%s" % (web_dir, scores_filename), "w")
scores.write(scores_html % this_table)
scores.close()
def write_health(self):
health_content = ""
for team in sorted(self.teams.keys()):
team_name = team
host_hash = self.teams[team].get_health()
#this_table_header = table_header % "Host"
this_table_header = table_header % team
services = {}
for host in sorted(host_hash.keys()):
for service in sorted(host_hash[host].keys()):
if services.has_key(service):
pass
else:
services[service] = {}
for service in sorted(services.keys()):
this_table_header += table_header % service
this_table = table_row % this_table_header
for host in sorted(host_hash.keys()):
this_row = table_cell % host
for service in sorted(services.keys()):
if host_hash[host].has_key(service):
health = host_hash[host][service]
if health == 0:
this_row += table_cell_red % health
elif health == 1:
this_row += table_cell_yellow % health
elif health == 2:
this_row += table_cell_green % health
else:
self.logger.err("Unknown health status %s for %s\n" % \
(health, host+service))
else:
this_row += table_cell % ""
this_row = table_row % this_row
this_table += this_row
this_table = table % this_table
#health_content += health_team_section % (team_name, this_table)
health_content += this_table
health = open("%s/%s" % (web_dir, health_filename), "w")
health.write(health_html % health_content)
health.close()
def find_flags(self):
flag_text = ""
this_table = table_header % "Flags"
for team in self.teams.keys():
this_table += table_header % team
this_table = table_row % this_table
# Stolen flags
if globalvars.binjitsu:
this_row = table_cell % "Stolen"
for team in self.teams.keys():
flags = self.flag_store.get_stolen(team)
this_row += table_cell % "\n".join(flags)
this_row = table_row % this_row
this_table += this_row
# Lost flags
this_row = table_cell % "Lost"
for team in self.teams.keys():
flags = self.flag_store.get_lost(team)
this_row += table_cell % "\n".join(flags)
for flag in flags:
if flag in self.all_flags_found:
next
else:
self.all_flags_found.append(flag)
self.new_flag = True
this_row = table_row % this_row
this_table += this_row
# Integrity flags
this_row = table_cell % "Integrity"
for team in self.teams.keys():
flags = self.flag_store.get_integrity(team)
this_row += table_cell % "\n".join(flags)
this_row = table_row % this_row
this_table += this_row
this_table = nowrap_table % this_table
flag_text += this_table
bandits = self.flag_store.get_bandits()
flag_final_txt = ""
for bandit in bandits.keys():
flags = ", ".join(bandits[bandit])
flag_subtext = flags_sub_section % \
(("<p>Flags Stolen by %s" % bandit), flags)
flag_final_txt += flag_subtext
flag_text += flags_team_section % \
("<p>Redcell", flag_final_txt)
# write the flags file
flags_file = open("%s/%s" % (web_dir, flags_filename), "w")
flags_file.write(flags_html % flag_text)
flags_file.close()
def run(self):
while True:
try:
self.write_marquee()
self.calc_scores()
self.write_scores()
self.find_flags()
self.write_health()
score_file = open("%s/%s" % (web_dir, score_filename), "w")
scores = ""
graphs = ""
for team in self.teams.keys():
# render the graphs
round_score = self.teams[team].get_score()
this_round = round_score[0]
score = round_score[1]
scores += self.latest_scores[team] % (this_round, team, score)
self.rrd_update(team, score)
self.rrd_graph(team)
team_imgfilename = "%s.png" % team
graphs += graph_line % team_imgfilename
#finish writing the score file
score_file.write(score_html % scores)
score_file.close()
# write the scoreboard
scoreboard = open("%s/%s" % (web_dir, scoreboard_filename), "w")
if self.new_flag and not globalvars.nomovie:
(movie_time, movie) = self.pick_movie()
movie_name = "movies/%s" % movie
self.logger.out("picked movie %s, length %s" % \
(movie_name, movie_time))
if movie_name:
scoreboard.write(movie_html % (movie_time, movie_name))
self.new_flag = False
else:
scoreboard.write(scoreboard_html)
else:
scoreboard.write(scoreboard_html)
scoreboard.close()
# write the graph html file
graph_file = open("%s/%s" % (web_dir, graph_filename), "w")
graph_file.write(graph_html % graphs)
graph_file.close()
time.sleep(10)
except:
self.logger.err("Error processing score:\n")
traceback.print_exc(file=self.logger)
def pick_movie(self):
movies = {}
for filename in os.listdir(self.movie_dir):
full_filename = os.path.join(self.movie_dir, filename)
try:
p = subprocess.Popen(["ffmpeg", "-i", full_filename], \
stdout=subprocess.PIPE, stderr=subprocess.PIPE)
out, err = p.communicate()
except:
self.logger.err("Error processing movie:\n%s\n" % full_filename)
traceback.print_exc(file=self.logger)
if "Duration" in err:
match_obj = self.duration_re.search(err)
else:
self.logger.err("Error processing movie:%s\n%s\n" % \
(full_filename, err))
next
(hrs, mins, secs, dec) = match_obj.groups()
if hrs > 0:
next
time = secs + str(int(mins) * 60)
movies[filename] = time
if len(movies) > 0:
options = movies.keys()
index = random.randrange(0,len(options))
movie_name = options[index]
movie_time = movies[movie_name]
return (movie_time, movie_name)
else:
return False
def rrd_update(self, team, score):
rrdfilename = "%s.rrd" % team
if os.path.exists(rrdfilename):
pass
else:
rrdtool.create(rrdfilename,"-s", "300",\
"DS:GrandTotal:GAUGE:600:-1250000:12500003",\
"RRA:LAST:0.5:1:50")
self.logger.out("Updating RRD for team %s with score %s\n" % \
(team, score))
rrdtool.update(rrdfilename, "-t", "GrandTotal", "N:%s" % score)
def rrd_graph(self, team):
rrdfilename = "%s.rrd" % team
imgfilename = "%s/%s.png" % (web_dir, team)
rrdtool.graph(imgfilename, \
"-s", "-14h",\
"-t", "Total score for %s" % team, \
"--lazy", \
"-h", "300", "-w", "500", \
"-l 0", "-a", "PNG", \
"-v Points", \
"DEF:GrandTotal=%s:GrandTotal:LAST" % rrdfilename,
"AREA:GrandTotal#AA0000:Points",\
"LINE1:GrandTotal#FF0000",\
"GPRINT:GrandTotal:MAX: Max\\: %5.1lf %s",\
"GPRINT:GrandTotal:LAST: Current\\: %5.1lf %Spoints\\n",\
"HRULE:0#000000")