refactor tinc_stats into a single python module

1 files changed, 0 insertions, 166 deletions

diff --git a/retiolum/scripts/adv_graphgen/tinc_stats2json b/retiolum/scripts/adv_graphgen/tinc_stats2json
deleted file mode 100755
index 644cbc63..00000000
--- a/retiolum/scripts/adv_graphgen/tinc_stats2json
+++ /dev/null
@@ -1,166 +0,0 @@
-#!/usr/bin/python
-import subprocess
-import os
-import re
-import sys
-import json
-
-
-TINC_NETWORK =os.environ.get("TINC_NETWORK","retiolum")
-
-# is_legacy is the parameter which defines if the tinc config files are handled old fashioned (parse from syslog), 
-# or if the new and hip tincctl should be used
-
-
-# Tags and Delimiters
-TINC_TAG="tinc.%s" % TINC_NETWORK
-BEGIN_NODES = "Nodes:"
-END_NODES = "End of nodes."
-BEGIN_SUBNET = "Subnet list:"
-END_SUBNET = "End of subnet list"
-BEGIN_EDGES = "Edges:"
-END_EDGES = "End of edges."
-def usage():
-  from sys import argv,exit
-  print("""usage: %s
-This tool dumps all tinc node informations as json
-
-ENVIRONMENT VARIABLES:
-  TINC_NETWORK   The tinc network to dump 
-                      (default: retiolum)
-  LOG_FILE       If legacy tinc is used, defines the log file where tinc stats are dumped in
-                      (default: /var/log/everything.log)
-""" % argv[0])
-  exit(1)
-def debug(func):
-  from functools import wraps
-  @wraps(func)
-  def with_debug(*args,**kwargs):
-    print( func.__name__ + " (args: %s | kwargs %s)"% (args,kwargs))
-    return func(*args,**kwargs)
-  return with_debug
-
-
-def get_tinc_log_file():
-  # TODO parse logfile from somewhere
-  return os.environ.get("LOG_FILE","/var/log/everything.log")
-
-
-def parse_tinc_stats():
-  import subprocess
-  from time import sleep
-  from distutils.spawn import find_executable as which
-  #newest tinc
-  if which("tinc"):
-    return parse_new_input("tinc")
-  #new tinc
-  elif which("tincctl"):
-    return parse_new_input("tincctl")
-  #old tinc
-  elif which("tincd"):
-    # TODO refactor me
-    subprocess.call(["pkill","-SIGUSR2", "tincd"])
-    sleep(1)
-    return parse_input(get_tinc_block(get_tinc_log_file()))
-  #no tinc
-  else:
-    raise Exception("no tinc executable found!")
-  
-#@debug
-def get_tinc_block(log_file):
-  """ returns an iterateable block from the given log file (syslog) 
-      This function became obsolete with the introduction of tincctl
-  """
-  from BackwardsReader import BackwardsReader
-  tinc_block = []
-  in_block = False
-  bf = BackwardsReader(log_file)
-  BOL = re.compile(".*tinc.%s\[[0-9]+\]: " % TINC_NETWORK)
-  while True:
-    line = bf.readline()
-    if not line:
-      raise Exception("end of file at log file? This should not happen!")
-    line = BOL.sub('',line).strip()
-
-    if END_SUBNET in line:
-      in_block = True
-
-    if not in_block:
-      continue
-    tinc_block.append(line)
-
-    if BEGIN_NODES in line:
-      break
-  return reversed(tinc_block)
-
-def parse_new_input(tinc_bin):
-  nodes = {} 
-  pnodes = subprocess.Popen([tinc_bin,"-n",TINC_NETWORK,"dump","reachable","nodes"], stdout=subprocess.PIPE).communicate()[0]
-  #pnodes = subprocess.check_output(["tincctl","-n",TINC_NETWORK,"dump","reachable","nodes"])
-  for line in pnodes.split('\n'):
-    if not line: continue
-    l = line.split()
-    nodes[l[0]]= { 'external-ip': l[2], 'external-port' : l[4] }
-  psubnets = subprocess.check_output([tinc_bin,"-n",TINC_NETWORK,"dump","subnets"])
-  for line in psubnets.split('\n'):
-    if not line: continue
-    l = line.split()
-    try:
-      if not nodes[l[2]].get('internal-ip',False):
-         nodes[l[2]]['internal-ip'] = []
-      nodes[l[2]]['internal-ip'].append(l[0].split('#')[0])
-    except KeyError:
-      pass # node does not exist (presumably)
-  pedges = subprocess.check_output([tinc_bin,"-n",TINC_NETWORK,"dump","edges"])
-  for line in pedges.split('\n'):
-    if not line: continue
-    l = line.split()
-    try:
-      if not nodes[l[0]].has_key('to') :
-        nodes[l[0]]['to'] = []
-      nodes[l[0]]['to'].append(
-          {'name':l[2],'addr':l[4],'port':l[6],'weight' : l[10] })
-    except KeyError:
-      pass #node does not exist
-  return nodes
-
-#@debug
-def parse_input(log_data):
-  nodes={}
-  for line in log_data:
-    if BEGIN_NODES in line :
-      nodes={}
-      for line in log_data:
-        if END_NODES in line :
-          break
-        l = line.replace('\n','').split() #TODO unhack me
-        nodes[l[0]]= { 'external-ip': l[2], 'external-port' : l[4] }
-    if BEGIN_SUBNET in line :
-      for line in log_data:
-        if END_SUBNET in line :
-          break
-        l = line.replace('\n','').split() 
-        if not nodes[l[2]].get('internal-ip',False):
-           nodes[l[2]]['internal-ip'] = []
-        nodes[l[2]]['internal-ip'].append(l[0].split('#')[0])
-    if BEGIN_EDGES in line :
-      edges = {}
-      for line in log_data:
-        if END_EDGES in line :
-          break
-        l = line.replace('\n','').split() 
-        if not nodes[l[0]].has_key('to') :
-          nodes[l[0]]['to'] = []
-        nodes[l[0]]['to'].append(
-            {'name':l[2],'addr':l[4],'port':l[6],'weight' : l[10] })
-  return nodes
-
-
-if __name__ == '__main__':
-  # TODO refactor me
-  from sys import argv
-  if len(argv) > 1:
-    usage()
-  else:
-    print json.dumps(parse_tinc_stats())
-