# api: modseccfg
# encoding: utf-8
# title: *.conf scanner
# description: Compiles a list of relevant apache/vhost files and Sec* settings
# type: tokenizer
# category: apache
# version: 0.7
# config:
# { name: envvars, value: "/etc/default/apache2", type: str, description: "Look up APACHE_ENV vars from shell script", help: "Mostly applies to Debian derivates. Other distros usually embed SetEnv directives for log paths." }
# license: Apache-2.0
#
# Runs once to scan for an vhost* and mod_security config files.
# Uses `apache2ctl -t -D DUMP_INCLUDES` to find all includes,
# and regexes for Sec*Rules or *Log locations and ServerNames.
#
# This should yield any mod_security and vhost-relevant sections.
# The list is kept in `vhosts`. And secrule declarations+options
# in `rules`.
#
# Extraction is fairly simplistic, but for this purpose we don't
# need an exact representation nor nested structures. The UI will
# present vhost/conf files rather than <VirtualHost> sections.
# (We shouldn't penalize the average user for random edge cases.)
#
# Notably this will not work with mod_security v3, since the
# SecRules/Flags have been moved into matryoshka directives and
# external *.conf files (but no JSON rulesets for some reason).
# Still doable, but not a priority right now. Same for nginx.
#
import os, re, sys, random
import subprocess
import traceback
from pprint import pprint
from modseccfg.utils import srvroot, log
# collected config/vhost sections
vhosts = {
# fn → vhost:
# .fn .t .name .logs[] .cfg{} .rulestate{} .ruledecl{} .update{} .linemap{}
}
# and SecRules (we don't actually use all extracted details)
rules = {
# id → secrule:
# .id .chained_to .msg .flags{} .params{} .tags[] .tag_primary .ctl{} .setvar{} .vars .pattern
}
# extraction patterns
class rx:
# a conf file '(*) /etc/apache2/main.conf'
dump_includes = re.compile("^\s*\([\d*]+\)\s+(.+)$", re.M)
# directives we care about (to detect relevant .conf files)
interesting = re.compile("""
^ \s*
(\#\s*)? # possibly commented out
( (Error|Custom|Global|Forensic|Transfer)Log (Error)?LogFormat | # log directivess
Server(Name|Alias) | (Virtual)?DocumentRoot | # vhost directives
Sec\w* | Use\sSec\w+ | modsecurity\w* | Include\w* ) \\b # mod_sec directives
| ^\#\s*type:\s*config\s*$ # or PMD header
""",
re.M|re.I|re.X
)
# count <VirtualHost>s
count_virtualhost = re.compile("""
^ \s*(<VirtualHost)\\b
""", re.X|re.M|re.I)
# extract directive line including line continuations (<\><NL>)
configline = re.compile(
""" ^
[\ \\t]* # whitespace \h*
# (?:Use \s{1,4})? # optional: `Use␣` to find custom macros like `Use SecRuleRemoveByPath…`
(
\w+ | # alphanumeric directive
</?(?:File|Loc|Dir|If\\b)\w* # or <Wrap> section
)\\b
[\ \\t]* # whitespace \h+
(
(?: [^\\n\\\\]+ | [\\\\]. )* # literals, or backslash + anything
)
(?: $ | >.*$ ) # account for line end or closing >
""",
re.M|re.S|re.X
)
# to strip <\><NL>
escnewline = re.compile(
"""[\\\\][\\n]\s*""" # escaped linkebreaks
)
# handle quoted/unquoted directive arguments (not entirely sure if Apache does \" escaped quotes within)
split_args = re.compile(
"""
(?:\s+) | # skip whitespace (\K not supported in python re, so removing empty matches in postprocessing)
\#.*$ | # skip trailing comment (which isn't technically allowed, but)
" ((?:[^\\\\"]+|\\\\ .)+) " | # quoted arguments
(?!\#) ([^"\s]+) # plain arguments (no quotes, no spaces)
""",
re.X
)
# SecRule … … `actions:argument,…`
actions = re.compile(
"""
(?: (t|pfx) :)? (\w+) # action
(?:
: # : value…
([^,']+) | # bareword
:
' ([^']+) ' # ' quoted '
)?
""",
re.X
)
# line number scan: roughly look for id:123456 occurences
id_num = re.compile(
"id:(\d+)" # without context
)
# comment lookup, directly preceeding id, uncompiled
rule_comment = """
( (?:^\#.*\\n)+ ) # consecutive comment lines
(?: ^[^\#]+\\n)* # filler lines
.*? id:{} # id:nnnnn, requires rx.format(id)
"""
# envvars
shell_vars = re.compile("""
^\s* (?:export\s+)? ([A-Z_]+) = ["']? ([\w/\-.]+) ["']?
""", re.M|re.X)
# secrule actions
ctl_restricts = re.compile("""
ruleRemoveById | ruleRemoveByTag
""", re.X|re.I)
# temporary state variables
class tmp:
last_rule_id = 0
decl_preconf = False
tag_prio = ['event-correlation', 'anomaly-evaluation', 'OWASP_CRS/LEAKAGE/ERRORS_IIS', 'OWASP_CRS/LEAKAGE/SOURCE_CODE_PHP', 'OWASP_CRS/LEAKAGE/ERRORS_PHP', 'OWASP_CRS/LEAKAGE/ERRORS_JAVA', 'OWASP_CRS/LEAKAGE/SOURCE_CODE_JAVA', 'platform-sybase', 'platform-sqlite', 'platform-pgsql', 'platform-mysql', 'platform-mssql', 'platform-maxdb', 'platform-interbase', 'platform-ingres', 'platform-informix', 'platform-hsqldb', 'platform-frontbase', 'platform-firebird', 'platform-emc',
'platform-db2', 'platform-oracle', 'CWE-209', 'OWASP_CRS/LEAKAGE/ERRORS_SQL', 'platform-msaccess', 'OWASP_CRS/LEAKAGE/SOURCE_CODE_CGI', 'PCI/6.5.6', 'WASCTC/WASC-13', 'OWASP_CRS/LEAKAGE/INFO_DIRECTORY_LISTING', 'attack-disclosure', 'OWASP_CRS/WEB_ATTACK/JAVA_INJECTION', 'language-java', 'CAPEC-61', 'WASCTC/WASC-37', 'OWASP_CRS/WEB_ATTACK/SESSION_FIXATION', 'attack-fixation', 'OWASP_AppSensor/CIE1', 'WASCTC/WASC-19', 'OWASP_CRS/WEB_ATTACK/SQL_INJECTION', 'attack-sqli',
'PCI/6.5.1', 'OWASP_TOP_10/A2', 'CAPEC-63', 'platform-internet-explorer', 'platform-tomcat', 'CAPEC-242', 'OWASP_AppSensor/IE1', 'OWASP_TOP_10/A3', 'WASCTC/WASC-22', 'WASCTC/WASC-8', 'OWASP_CRS/WEB_ATTACK/XSS', 'attack-xss', 'OWASP_CRS/WEB_ATTACK/NODEJS_INJECTION', 'attack-injection-nodejs', 'language-javascript', 'OWASP_CRS/WEB_ATTACK/PHP_INJECTION', 'attack-injection-php', 'language-php', 'language-powershell', 'PCI/6.5.2', 'WASCTC/WASC-31',
'OWASP_CRS/WEB_ATTACK/COMMAND_INJECTION', 'attack-rce', 'platform-unix', 'language-shell', 'OWASP_CRS/WEB_ATTACK/RFI', 'attack-rfi', 'PCI/6.5.4', 'OWASP_TOP_10/A4', 'WASCTC/WASC-33', 'OWASP_CRS/WEB_ATTACK/FILE_INJECTION', 'OWASP_CRS/WEB_ATTACK/DIR_TRAVERSAL', 'attack-lfi', 'OWASP_CRS/WEB_ATTACK/HTTP_PARAMETER_POLLUTION', 'CAPEC-460', 'OWASP_CRS/WEB_ATTACK/HEADER_INJECTION', 'OWASP_CRS/WEB_ATTACK/RESPONSE_SPLITTING', 'OWASP_CRS/WEB_ATTACK/REQUEST_SMUGGLING',
'paranoia-level/4', 'language-aspnet', 'paranoia-level/3', 'OWASP_CRS/PROTOCOL_VIOLATION/MISSING_HEADER_UA', 'OWASP_CRS/POLICY/HEADER_RESTRICTED', 'OWASP_CRS/POLICY/EXT_RESTRICTED', 'OWASP_CRS/POLICY/PROTOCOL_NOT_ALLOWED', 'OWASP_CRS/PROTOCOL_VIOLATION/CONTENT_TYPE_CHARSET', 'OWASP_CRS/POLICY/CONTENT_TYPE_NOT_ALLOWED', 'OWASP_AppSensor/EE2', 'OWASP_TOP_10/A1', 'WASCTC/WASC-20', 'OWASP_CRS/PROTOCOL_VIOLATION/CONTENT_TYPE', 'OWASP_CRS/POLICY/SIZE_LIMIT',
'OWASP_CRS/PROTOCOL_VIOLATION/IP_HOST', 'OWASP_CRS/PROTOCOL_VIOLATION/EMPTY_HEADER_UA', 'OWASP_CRS/PROTOCOL_VIOLATION/MISSING_HEADER_ACCEPT', 'OWASP_CRS/PROTOCOL_VIOLATION/MISSING_HEADER_HOST', 'platform-windows', 'platform-iis', 'OWASP_CRS/PROTOCOL_VIOLATION/EVASION', 'OWASP_CRS/PROTOCOL_VIOLATION/INVALID_HREQ', 'CAPEC-272', 'OWASP_CRS/PROTOCOL_VIOLATION/INVALID_REQ', 'attack-protocol', 'OWASP_CRS/AUTOMATION/CRAWLER', 'attack-reputation-crawler',
'OWASP_CRS/AUTOMATION/SCRIPTING', 'attack-reputation-scripting', 'PCI/6.5.10', 'OWASP_TOP_10/A7', 'WASCTC/WASC-21', 'OWASP_CRS/AUTOMATION/SECURITY_SCANNER', 'attack-reputation-scanner', 'paranoia-level/2', 'attack-dos', 'PCI/12.1', 'OWASP_AppSensor/RE1', 'OWASP_TOP_10/A6', 'WASCTC/WASC-15', 'OWASP_CRS/POLICY/METHOD_NOT_ALLOWED', 'OWASP_CRS', 'IP_REPUTATION/MALICIOUS_CLIENT', 'attack-reputation-ip', 'platform-multi', 'attack-generic', 'platform-apache', 'language-multi',
'application-multi', 'paranoia-level/1']
env = {
"APACHE_LOG_DIR": "/var/log/apache2" #/var/log/httpd/
}
env_locations = [
"/etc/apache2/envvars", "/etc/default/httpd"
]
log_formats = {
"error": "[%t] [%l] [pid %P] %F: %E: [client %a] %M",
#"default": "%h %l %u %t "%r" %>s %b",
"common": '%h %l %u %t "%r" %>s %O',
"forensic": '+%{forensic-id}n|%r|Host:%H|%{UA}|%{H*}\n-%{forensic-id}n',
#%t == [%02d/%s/%d:%02d:%02d:%02d %c%.2d%.2d]
}
log_map = {
#"../fn.log": "combined"
}
# encapsulate properties of config file (either vhosts, SecCfg*, or secrule collections)
class Vhost:
"""
Represents a config/vhost or mod_security rules file.
Parameters
----------
fn : str
*.conf filename
src : str
config file source
Attributes
----------
fn : str
filename
t : str
*.conf type (one of 'rules', 'vhost', 'cfg')
name : str
ServerName
logs : list
List of error/access.log filenames
cfg : dict
SecOption directives
rulestate : dict
SecRuleRemove* states (id→0), usually set for .t='vhost'
ruledecl : dict
Map contained SecRules id into vhosts.rules{}, set within .t='rules'
update : dict
Map of SecRuleUpdate…By… { id→{vars:[],action:[]} }
linemap : dict
Line number → RuleID (for looking up chained rules in error.log)
warn : str
Textual notice on conf file, e.g. "more than VirtualHost defined"
"""
# split *.conf directives, dispatch onto assignment/extract methods
def __init__(self, fn, src, cfg_only=False):
# vhost properties
self.fn = fn
self.t = "cfg"
self.name = ""
self.logs = []
self.cfg = {}
self.rulestate = {} # 🗶=disabled, ⋇=modified, ⋚=wrapped, 🗸=enabled
self.ruledecl = {}
self.update = {} # SecRuleUpdate… map
self.warn = ""
# internal state
self.linemap = {} # lineno → first id: occurence
self.mk_linemap(src) # fill .linemap{}
self.wrap = [] # history of <Wrap>
# actual extraction
self.extract(src, cfg_only=cfg_only)
self.classify_cfg(src)
log.debug(self.cfg)
# extract directive lines
def extract(self, src, cfg_only=False):
for dir,args in rx.configline.findall(src): # or .finditer()? to record positions right away?
dir = dir.lower()
#log.debug(dir, args)
if hasattr(self, dir):
if cfg_only: #→ if run from SecOptions dialog, we don't actually want rules collected
continue
func = getattr(self, dir)
func(self.split_args(args))
# .cfg option
elif dir.startswith("sec") or dir in ["documentroot", "modsecurity"]:
if not dir in self.cfg:
self.cfg[dir] = args
#log.debug(self.cfg)
else:
log.debug(f"Duplicate directive '{dir}' found")
# .wrap state
elif dir.startswith("</"):
if self.wrap:
self.wrap.pop(0)
else:
log.warn("ERROR IN CONFIG STRUCTURE(?): tried to pop a </Wrap> directive without being within a section")
elif dir.startswith("<"):
self.wrap.insert(0, dir[1:])
# determine config file type
def classify_cfg(self, src):
if self.name:
self.t = "vhost"
elif len(self.rulestate) >= 3 or re.search("RE\w+-\d+-EXCLUSION", self.fn):
self.t = "cfg"
elif len(self.ruledecl) >= 3:
self.t = "rules"
#log.debug(self.fn,self.t)
# notice
num = len(rx.count_virtualhost.findall(src))
if num == 2:
self.warn = "Two <VirtualHost>s defined. Only first will be updated by modseccfg."
elif num > 2:
self.warn = "Unreasonable number of <VirtualHost> entries in conf. It probably shouldn't be edited through modseccfg."
elif not os.access(self.fn, os.W_OK):
self.warn = "Config file isn't writable. Don't even try."
# strip \\ \n line continuations, split all "args"
def split_args(self, args):
args = re.sub(rx.escnewline, " ", args)
args = rx.split_args.findall(args)
args = [s[1] or s[0] for s in args]
args = [s for s in args if len(s)]
#args = [s.decode("unicode_escape") for s in args] # don't strip backslashes
return args
# apply ${ENV} vars
def var_sub(self, s):
return re.sub('\$\{(\w+)\}', lambda m: tmp.env.get(m.group(1), ""), s)
# apache: log directives
def customlog(self, args):
fn, ty = self.var_sub(args[0]), args[1]
self.logs.append(fn)
if ty.find("%") >= 0: # turn literal placeholder format into temporary name
ty, fmt = hex(hash(ty))[4:], ty
self.logformat(ty, fmt)
tmp.log_map[fn] = ty
def errorlog(self, args):
self.customlog([args[0], "error"])
def forensiclog(self, args):
self.customlog([args[0], "forensic"])
def globallog(self, args):
self.customlog([args[0], args[1] or "combined"])
def transferlog(self, args):
self.customlog([args[0], "transfer"])
def logformat(self, args):
if len(args) == 1: args[1] = "transfer"
tmp.log_formats[args[1]] = args[0].replace('\\"', '"')
def errorlogformat(self, args):
self.logformat([args[0], "error"])
def servername(self, args):
if not self.name:
self.name = args[0]
# modsec: create a rule{}
def secrule(self, args):
last_id = int(tmp.last_rule_id)
r = SecRule(args)
if r.id:
tmp.last_rule_id = r.id
# add a float id (+0.1) to chained rules (no idea how virtual `7f9aa85dec58` rule ids are generated, lackluster docs / no mailing list / no IRC response)
elif rules.get(last_id) and "chain" in rules[last_id].flags:
tmp.last_rule_id = round(tmp.last_rule_id + 0.1, 1)
r.id = tmp.last_rule_id
r.chained_to = int(last_id) # primary parent
rules[r.id] = self.ruledecl[r.id] = r
if self.wrap: # now, rule declarations shouldn't be conditional, and we're not really gonna use this; just record it
rules[r.id].wrap = True #self.wrap[0]
#log.debug(r.__dict__)
# modsec: just a secrule without conditions
def secaction(self, args):
self.secrule(["@SecAction", "setvar:", args[0]])
# modsec: SecRuleRemoveById 900001 900002 900003
def secruleremovebyid(self, args):
state = "🗶"
if self.wrap: # record if within <Dir|File|If|Wrap> section
state = "⋚"
#log.info("wrapped SecRuleRm", self.fn, self.wrap, args)
for a in args:
if re.match("^\d+-\d+$", a): # are ranges still allowed?
a = [int(x) for x in a.split("-")]
for i in range(*a):
if i in rules: # only apply state for known/existing rules, not the whole range()
self.rulestate[i] = state
elif re.match("^\d+$", a):
self.rulestate[int(a)] = state
else:
self.rulestate[a] = state # from tag
# modsec: SecRuleRemoveByTag sqli app-name
def secruleremovebytag(self, args):
self.secruleremovebyid(args)
# modsec: SecRuleUpdateTargetById, SecRuleUpdateActionById
#
# Won't get applied onto existing/global rules, but kept as unprocessed .update{} on
# local vhost.confs.
# While modify.SecRuleUpdated uses these updates to present current rule parameters.
# The mainwindow just relies on the rulestate icons.
def secruleupdatetargetbyid(self, args):
self._secruleupdate("vars", *args)
def secruleupdateactionbyid(self, args):
self._secruleupdate("actions", *args)
def _secruleupdate(self, cls, id, arg, *repl):
if re.match("^\d+:\d$", id):
id = float(id.replace(":", "."))
elif re.match("^\d+$", id):
id = int(id)
else:
return
self.rulestate[id] = "⋇"
# We don't really use the detail. This is just to record that any one rule has been "modified".
if repl:
arg = f"!{repl[0]},{arg}" # merge third parameter from `SecRuleUpdateTarget 123456 NEW_TARGET REMOVE_VAR`
if not self.update.get(id):
self.update[id] = {"vars":[], "actions":[]}
self.update[id][cls].append(arg)
# modssec: irrelevant (not caring about skipAfter rules)
def secmarker(self, args):
pass
# v3-connector: Include
def modsecurity_rules_file(self, args):
raise Exception("modsecurity v3 connector rules not supported (module doesn't provide disclosure of custom includes via `apache2ctl -t -D DUMP_INCLUDES` yet)")
#fn = self.var_sub(args[0]); vhosts[fn] = Vhost(fn, srvroot.read(fn))
# v3-connector: Inline (the quoting nightmare)
def modsecurity_rules(self, args):
raise Exception("modsecurity v3 connector rules not supported")
#self.extract(args[0])
# apache: define ENV var
def define(self, args):
tmp.env[args[0]] = args[1]
# apache: Include
def includeoptional(self, args):
if args and re.search("\*\.preconf$", args[0]):
tmp.decl_preconf = True
# map rule ids to line numbers
def mk_linemap(self, src):
for i,line in enumerate(src.split("\n")):
id = rx.id_num.search(line)
if id:
self.linemap[i] = int(id.group(1))
# find closest match
def line_to_id(self, lineno):
if not lineno in self.linemap:
lines = [i for i in sorted(self.linemap.keys()) if i <= lineno]
if lines and lines[-1] in self.linemap:
self.linemap[lineno] = self.linemap.get(lines[-1])
return self.linemap.get(lineno, 0)
# break up SecRule definition into parameters, attributes (id,msg,tags,meta,actions etc.)
class SecRule:
"""
SecRule properties
Parameters
----------
args : list
Three directive parameters (as in 'SecRule […] […] […]')
Attributes
----------
id : int
Rule ID
chained_to : int
Parent rule ID for flags=[chain] rules
msg : str
Message
flags : list
Any of block, deny, t:none, ... rule actions
params : dict
Any action:value from rule actions, e.g. logdata:..
tags : list
Any tag:name from actions
tag_primary : str
Most unique of the tags
ctl : dict
Any ctl:action=value from rule actions
setvar : dict
Any servar:name=val from rule actions
vars : str
e.g. ARGS|PARAMS or &TX.VAR
pattern : str
e.g. '@rx ^.*$'
msg_stub : bool
faux .msg if True
hidden : bool
Mark pure control rules / SecActions
wrap : bool
Mark if option occured in <If|Match|Etc> section
"""
def __init__(self, args):
# secrule properties
self.id = 0
self.chained_to = 0
self.msg = ""
self.flags = []
self.params = {}
self.tags = []
self.tag_primary = ""
self.ctl = {}
self.setvar = {}
self.vars = "REQ*"
self.pattern = "@rx ..."
self.hidden = False
self.wrap = False
# args must contain 3 bits for a relevant SecRule
if len(args) == 2:
args.append("") # empty actions (which a couple of chained rules do)
elif len(args) != 3:
log.warn("UNEXPECTED NUMBER OF ARGS:", args)
return
self.vars, self.pattern, actions = args
#log.debug(args)
# split up actions,attributes:…
for pfx, action, value, qvalue in rx.actions.findall(actions):
#log.debug(pfx,action,value,qvalue)
self.assign(pfx, action, value or qvalue)
# most specific tag
for p in tmp.tag_prio:
if p in self.tags:
self.tag_primary = p
break
# if SecAction (uncoditional rule, mostly setvars:)
if self.vars == "@SecAction" and not self.msg:
self.msg = f"@SecAction {self.setvar or self.params}" #.format(str(self.setvar) if self.setvar else str(self.params))
self.msg_stub = True
# alternative .msg
if not self.msg:
self.msg = self.params.get("logdata") or f"{self.vars} {self.pattern}" #.format(self.vars, self.pattern)
self.msg_stub = True
# .hidden (flow control rules)
self.hidden = self.pattern == "@eq 0" or self.vars == "TX:EXECUTING_PARANOIA_LEVEL"
# distribute actions/attributes into properties here
def assign(self, pfx, action, value):
if action == "id":
if re.match("^\d+$", str(value)):
self.id = int(value)
elif value == "%{ENV:NEWID}":
self.id = random.randrange(50000, 59999) + 0.1
else:
self.id = random.randrange(60000, 79999) + 0.2
elif action == "msg":
self.msg = value
self.msg_stub = False
elif action == "tag":
self.tags.append(value)
elif action == "ctl":
if value.find("=") > 0:
action, value = value.split("=", 1)
if rx.ctl_restricts.match(action):
pass # self.restricts[] =
self.ctl[action] = value or 1
elif action == "setvar":
if value.find("=") > 0:
action, value = value.split("=", 1)
self.setvar[action] = value
elif pfx == "t" and not value:
self.flags.append(pfx+":"+action)
elif action and not pfx:
if value:
self.params[action] = value
else:
self.flags.append(action)
else:
log.warn("unknown action", [pfx, action, value])
# find vhost it was declared in
def vhost(self):
for vh in vhosts.values():
if self.id in vh.ruledecl:
return vh
# look up doc comment in source file
def help(self):
id = int(self.id)
for fn,vh in vhosts.items():
if id in vh.ruledecl:
src = srvroot.read(fn)
# clean up empty lines + anything not "id:\d+" or "#comment" (prevent catastrophic backtracking)
src = "\n".join(re.findall("^\s*\#.+$|^.*id:\d+.*$", src, re.M))
# search comment block preceeding id:....
r = rx.rule_comment.format(id)
comment = re.search(r, src, re.X|re.M)
if comment:
comment = re.sub("^#\s*|\\n(?=\\n)", "", comment.group(1), 0, re.M)
#comment = re.sub("\\n\\n+", "\n", comment, 0, re.M)
return comment.strip()
break
return "No documentation comment present"
# filter: look up rule_ids in a given range
def rules_between(min=900000, max=900999):
return [i for i in sorted(rules.keys()) if i >= min and i <= max]
# scan for APACHE_ENV= vars
def read_env_vars():
for fn in tmp.env_locations:
if srvroot.exists(fn):
src = srvroot.read(fn)
tmp.env.update(
dict(rx.shell_vars.findall(src))
)
# progressbar from rich "▰▰▰▰▰▰▰▰▱▱▱▱▱"
def progress(i=1, n=100, w=72):
p = i/(n if n else 100)
s = "▰" * int(round(p * w)) + "▱" * int(round(((1-p) * w)))
if i >= n:
print("\033[0K", end="")
else:
print("\0337" + s + "\0338", end="")
sys.stdout.flush()
# iterate over all Apache config files, visit relevant ones (vhosts/mod_security configs)
def scan_all():
read_env_vars()
ls = apache_dump_includes()
for i, fn in enumerate(ls):
progress(i+1, len(ls))
src = srvroot.read(fn)
if rx.interesting.search(src):
vhosts[fn] = Vhost(fn, src)
# get *.conf list from apache2ctl
def apache_dump_includes():
stdout = srvroot.popen(["apache2ctl", "-t", "-D", "DUMP_INCLUDES"])
return rx.dump_includes.findall(stdout.read().decode("utf-8"))
# just used once
def count_tags():
import collections
tags = []
for fn,v in rules.items():
if v.tags:
tags = tags + v.tags
print(list(reversed(list(collections.Counter(tags).keys()))))
# prepare list of names for mainwindow vhosts/conf combobox
def list_vhosts(types=["cfg","vhost"]): #+,"rules" to see all
return [k for k,v in vhosts.items() if v.t in types]
# initialization (scan_all) is done atop mainwindow
#scan_all()
#count_tags()
#pprint(vhosts)
#print({k:pprint(v.__dict__) for k,v in vhosts.items()})