def uptimes():
ago = timefunc.hours_ago(config.active_age)
ahead = timefunc.hours_ahead(config.active_future)
uptimes = avg_uptime()
#logger.debug("Writing Uptime HTML file %s", config.uptime_report_name)
filename = "%s/%s" % (config.reportdir, config.uptime_report_name)
uptimefile = open(filename, 'w')
uptimefile.write("""<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http://www.w3.org/TR/html4/loose.dtd">
<html>
<head>
<meta http-equiv="Content-Type" content="text/html; charset=ISO-8859-1">
<meta http-equiv="Content-Style-Type" content="text/css2" />
<meta name="keywords" content="Mixmaster,Remailer,Banana,Bananasplit">
<title>Bananasplit Website - Failing Remailers</title>
<link rel="StyleSheet" href="stats.css" type="text/css">
</head>
<body>
<h1>Remailer Uptimes</h1>
<p>This report provides an overview of the average uptime for each remailer
based on the results from all currently responding pingers. Consider that this
report doesn't define a scope for acceptable ping results; all are considered
good. This means a single pinger can skew the average.</p>
<table border="0" bgcolor="#000000">
<tr bgcolor="#F08080">
<th>Remailer Name</th>
<th>Average Uptime</th>
<th>Average Latency</th>
<th>Pingers Reporting</th></tr>\n""")
rotate_color = 0
for uptime in uptimes:
# Rotate background colours for rows
if rotate_color:
bgcolor = "#ADD8E6"
else:
bgcolor = "#E0FFFF"
rotate_color = not rotate_color
name = uptime[0]
up = uptime[1]
count = uptime[3]
lathrs,latmin = timefunc.hours_mins(uptime[2])
uptimefile.write('<tr bgcolor="%s">' % bgcolor)
uptimefile.write('<th class="tableleft">%s</th>' % name)
uptimefile.write('<td>%3.2f</td>' % up)
uptimefile.write('<td>%d:%02d</td>' % (lathrs, latmin))
uptimefile.write('<td>%d</td></tr>\n' % (count, ))
uptimefile.write('</table>\n')
uptimefile.write('<br>Last update: %s (UTC)<br>\n' % timefunc.utcnow())
uptimefile.write('<br><a href="index.html">Index</a>\n')
uptimefile.write('</body></html>')
uptimefile.close()
def writekeystats():
global now, ago, ahead
now = timefunc.utcnow()
ago = timefunc.hours_ago(config.active_age)
ahead = timefunc.hours_ahead(config.active_future)
write_stats()
def main():
init_logging() # Before anything else, initialise logging.
logger.info("Beginning process cycle at %s (UTC)", timefunc.utcnow())
socket.setdefaulttimeout(config.timeout)
global stat_re, addy_re, chain_re
stat_re = re.compile("(\w{1,12})\s+([0-9A-H?]{12}\s.*)")
addy_re = re.compile('\$remailer\{"([0-9a-z]{1,12})"\}\s\=\s"\<(.*)\>\s')
chain_re = re.compile("\((\S{1,12})\s(\S{1,12})\)")
# Are we running in testmode? Testmode implies the script was executed
# without a --live argument.
testmode = live_or_test(sys.argv)
# If not in testmode, fetch url's and process them
if not testmode:
pingers = db.pinger_names()
for row in pingers:
url = url_fetch(row[1])
if url:
url_process(row[0], url)
# Fetch pubring.mix files and write them to the DB
getkeystats()
else:
logger.debug("Running in testmode, url's will not be retreived")
# We need to do some periodic housekeeping. It's not very process
# intensive so might as well do it every time we run.
db.housekeeping(timefunc.hours_ago(config.dead_after_hours))
# For a pinger to be considered active, it must appear in tables mlist2
# and pingers. This basically means, don't create empty pinger columns
# in the index file.
active_pingers = db.active_pinger_names()
# A boolean value to rotate row colours within the index
rotate_color = 0
# The main loop. This creates individual remailer text files and
# indexing data based on database values.
for name, addy in db.distinct_rem_names():
logger.debug("Generating statsistics for remailer %s", name)
# remailer_vitals is a dictionary of standard deviation and average
# values for a specific remailer.
remailer_vitals = gen_remailer_vitals(name, addy)
# remailer_active_pings: Based on the vitals generated above, we now
# extract stats lines for pingers considered active. The up_hist
# part is used by the fail_recover routine.
remailer_active_pings = db.remailer_active_pings(remailer_vitals)
# If a remailers is perceived to be dead, timestamp it in the
# genealogy table. Likewise, if it's not dead, unstamp it.
fail_recover(name, addy, remailer_active_pings)
# Write the remailer text file that contains pinger stats and averages
logger.debug("Writing stats file for %s %s", name, addy)
write_remailer_stats(name, addy, remailer_vitals)
# Rotate the colour used in index generation.
rotate_color = not rotate_color
db.gene_find_new()
index()
genealogy()
uptimes()
chainstats()
writekeystats()
logger.info("Processing cycle completed at %s (UTC)", timefunc.utcnow())
# remailer_active_pings: Based on the vitals generated above, we now
# extract stats lines for pingers considered active. The up_hist
# part is used by the fail_recover routine.
remailer_active_pings = db.remailer_active_pings(remailer_vitals)
# If a remailers is perceived to be dead, timestamp it in the
# genealogy table. Likewise, if it's not dead, unstamp it.
fail_recover(name, addy, remailer_active_pings)
# Write the remailer text file that contains pinger stats and averages
logger.debug("Writing stats file for %s %s", name, addy)
write_remailer_stats(name, addy, remailer_vitals)
# Rotate the colour used in index generation.
rotate_color = not rotate_color
db.gene_find_new()
index()
genealogy()
uptimes()
chainstats()
writekeystats()
logger.info("Processing cycle completed at %s (UTC)", timefunc.utcnow())
# Call main function.
now = timefunc.utcnow()
ago = timefunc.hours_ago(config.active_age)
ahead = timefunc.hours_ahead(config.active_future)
if __name__ == "__main__":
main()