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convert_graz.py
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#!/usr/bin/python
# -*- coding: utf-8 -*-
# #*** <License> ************************************************************#
# This module is part of the program FFG.
#
# This module is licensed under the terms of the BSD 3-Clause License
# <http://www.c-tanzer.at/license/bsd_3c.html>.
# #*** </License> ***********************************************************#
from __future__ import print_function
from _TFL.pyk import pyk
import sys, os
import re
import csv
import uuid
from datetime import datetime, date, tzinfo, timedelta
from rsclib.IP_Address import IP4_Address
from rsclib.Phone import Phone
from rsclib.sqlparser import make_naive, SQL_Parser
from _GTW import GTW
from _TFL import TFL
from _CNDB import CNDB
import _CNDB._OMP
from _GTW._OMP._PAP import PAP
from _MOM.import_MOM import Q
import _TFL.CAO
import Command
class Network (object) :
def __init__ (self, convert, ip, node, net_id, parent, owner) :
self.convert = convert
self.ip = ip
self.node = node
self.netids = {net_id : 1}
self.parent = parent
self.owner = owner
self.rescount = 0
self.res = {}
self.network = None
# end def __init__
def join (self, other) :
assert other.node == self.node
assert other.parent == self.parent
assert other.owner == self.owner
assert other.ip.parent == self.ip.parent
self.netids.update (other.netids)
self.ip = self.ip.parent
# end def join
def reserve (self, ip) :
assert ip in self.ip
assert ip not in self.res
self.res [ip] = 1
self.rescount += 1
if self.ip.mask < 32 :
if not self.network :
self.reserve_network ()
return self.network
return self.parent
# end def reserve
def reserve_network (self) :
if self.network :
return self.network
# Don't reserve a pool for allocated single ips
if self.rescount and self.ip.mask == 32 :
print ("Fully reserved: %s" % self.ip)
return
if self.parent :
assert self.ip in self.parent.net_address
assert self.ip != self.parent.net_address
reserver = self.parent.reserve
else :
print ("WARN: No parent: new network: %s" % self.ip)
reserver = self.convert.ffw.IP4_Network
network = reserver (self.ip, owner = self.owner)
print ("reserved: %s" % self.ip,)
comment = {}
for k in self.netids :
self.convert.net_by_id [k] = network
n = self.convert.ff_net_by_id [k]
if n.comment :
comment [n.comment] = 1
if comment :
network.set_raw (desc = '\n'.join (sorted (comment)))
if self.node :
node = self.node
print (node.name, end = " ")
if node not in self.convert.node_pools :
self.convert.node_pools [node] = self.convert.ffw.IP4_Pool \
(name = node.name, node = node)
pool = self.convert.node_pools [node]
self.convert.ffw.IP4_Network_in_IP4_Pool (network, pool)
print
self.network = network
return network
# end def reserve_network
# end class Network
class Convert (object) :
# 54 : 655 # nick == email vorn?
person_dupes = \
{ 71 : 72
, 140 : 460
, 179 : 124
, 267 : 322
, 273 : 272 # probably same unnamed person, almost same nick
, 276 : 272 # yet another dupe with almost same nick
, 307 : 306
, 314 : 311
, 372 : 380 # same phone *and* password (!) different name (!)
, 424 : 418
, 440 : 838
, 617 : 623
, 669 : 1001 # same person?
, 686 : 687
, 708 : 707
, 709 : 707
, 718 : 860
, 729 : 728
, 741 : 740
, 755 : 754
, 776 : 301
, 799 : 807
, 820 : 359
, 821 : 359
, 831 : 836
, 852 : 851
, 892 : 706
, 903 : 904
, 973 : 544
, 1005 : 1007
}
person_ignore = dict.fromkeys \
(( 11
, 15
, 41
, 42
, 62
, 63
, 64
, 66
, 70
, 93
, 100
, 106
, 108
, 112
, 118
, 123
, 132
, 136
, 142
, 172
, 174
, 177
, 199
, 209
, 242
, 244
, 245
, 254
, 263
, 266
, 270
, 287
, 313
, 320
, 324
, 338
, 937
# Lastname missing:
, 34
, 69
, 107
, 166
, 168
, 200
, 251
, 260
, 323
# Bogus, only initials etc, ignore if no node:
, 102
, 103
, 185
, 233
, 299
, 455
, 530
, 845
, 872
, 919
, 955
))
def __init__ (self, cmd, scope, debug = False) :
self.anonymize = cmd.anonymize
self.verbose = cmd.verbose
self.pers_exception = {}
try :
pf = open ('pers.csv', 'r')
cr = csv.reader (pf, delimiter = ';')
for line in cr :
self.pers_exception [int (line [0])] = (line [1], line [2])
except IOError :
print ("WARN: Can't read additional person data")
self.debug = debug
if len (cmd.argv) > 0 :
f = open (cmd.argv [0])
else :
f = sys.stdin
self.scope = scope
self.ffw = self.scope.CNDB
self.pap = self.scope.GTW.OMP.PAP
self.networks = {}
self.parser = SQL_Parser (verbose = False, fix_double_encode = 1)
self.parser.parse (f)
self.contents = self.parser.contents
self.tables = self.parser.tables
self.dev_by_id = {}
self.ffw_node = {}
self.member_by_id = {}
self.net_by_id = {}
self.nicknames = {}
self.nifin_by_id = {}
self.ntype_by_id = {}
self.node_by_id = {}
self.person_by_id = {}
self.phone_ids = {}
self.node_pools = {}
# end def __init__
def create (self) :
self.fugru = self.pap.Adhoc_Group ("Funker Gruppe")
if self.anonymize :
self.fake_persons ()
else :
self.create_persons ()
self.create_nettypes ()
self.scope.commit ()
self.create_nodes ()
self.scope.commit ()
self.create_networks ()
self.scope.commit ()
self.create_devices ()
self.scope.commit ()
self.create_interfaces ()
self.scope.commit ()
self.create_dns_aliases ()
self.scope.commit ()
# end def create
def create_devices (self) :
# ignore snmp_ip and snmp_lastseen (only used by three nodes)
secondary_nodes = {}
dt = self.ffw.Net_Device_Type.instance (name = 'Generic', raw = True)
for d in sorted (self.contents ['node'], key = lambda x : x.id) :
if self.verbose :
print ("INFO: Dev: %s Node: %s" % (d.id, d.location_id))
node = None
n = self.node_by_id.get (d.location_id)
if n :
if ( d.person_id
and d.person_id != n.person_id
and d.person_id in self.person_by_id
) :
if (d.person_id, n.id) in secondary_nodes :
node = secondary_nodes [(d.person_id, n.id)]
print \
( "INFO: Device (node) %s, (loc) %s: "
"existing secondary node for d:%s/n:%s"
% (d.id, n.id, d.person_id, n.person_id)
)
else :
print \
( "INFO: Device (node) %s, (loc) %s: "
"manufacturing secondary node for d:%s/n:%s"
% (d.id, n.id, d.person_id, n.person_id)
)
pn = self.ffw_node.get (n.id)
mgr = self.person_by_id.get (d.person_id)
txt = 'Auto-created node (id: %s) for "%s"' \
% (d.location_id, n.name)
node = self.ffw.Node \
( name = '/'.join ((n.name, d.name))
, desc = txt
, manager = mgr
, raw = True
, show_in_map = pn.show_in_map
, position = pn.position
)
secondary_nodes [(d.person_id, n.id)] = node
else :
node = self.ffw_node.get (d.location_id)
if not node :
print \
( "WARN: Node (location) %s "
"for dev (node) %s missing" \
% (d.location_id, d.id)
)
continue
else :
mgr = self.person_by_id.get (d.person_id) or self.graz_admin
node = self.ffw.Node \
( name = d.name
, desc = 'Auto-created node (id: %s)' % d.location_id
, show_in_map = True
, manager = mgr
, raw = True
)
print \
( "INFO: Manufacturing Node (loc: %s) for dev (node) %s"
% (d.location_id, d.id)
)
dev = self.ffw.Net_Device \
( left = dt
, node = node
, name = d.name
, desc = d.comment
, raw = True
)
self.set_creation (dev, d.time)
self.dev_by_id [d.id] = dev
if len (self.scope.uncommitted_changes) > 10 :
self.scope.commit ()
# end def create_devices
def create_dns_aliases (self) :
for dal in self.contents ['dnsalias'] :
if dal.ip_id not in self.nifin_by_id :
print \
( 'WARN: ignoring dns_alias %s "%s" IP not found %s'
% (dal.id, dal.name, dal.ip_id)
)
return
self.ffw.IP4_DNS_Alias \
(left = self.nifin_by_id [dal.ip_id], name = dal.name)
if len (self.scope.uncommitted_changes) > 10 :
self.scope.commit ()
# end def create_dns_aliases
def create_interfaces (self) :
for iface in self.contents ['ip'] :
if iface.node_id not in self.dev_by_id :
print \
( "WARN: Ignoring IP %s %s: no device (node) %s"
% (iface.id, iface.ip, iface.node_id)
)
continue
dev = self.dev_by_id [iface.node_id]
ip = IP4_Address (iface.ip)
# Originally in a /32 reserved network
if ip in self.node_ips :
nw = self.node_ips [ip]
net = nw.reserve (ip)
assert ip in net.net_address
if iface.net_id not in nw.netids :
print \
( "WARN: Referenced wrong network: %s %s"
% (iface.net_id, ip)
)
else :
net = self.net_by_id [iface.net_id]
nw = net.reserve (ip, owner = dev.node.owner)
nif = self.ffw.Wired_Interface (left = dev, name = iface.name)
nii = self.ffw.Net_Interface_in_IP4_Network \
(nif, nw, mask_len = 32, name = iface.name)
self.nifin_by_id [iface.id] = nii
if len (self.scope.uncommitted_changes) > 10 :
self.scope.commit ()
for ip in self.node_ips :
self.node_ips [ip].reserve_network ()
# end def create_interfaces
def create_nettypes (self) :
""" Network ranges for reservation
"""
# Create all rfc1918 networks as top-level pools
for net_ip in '172.16.0.0/12', '10.0.0.0/8', '192.168.0.0/16' :
ip = IP4_Address (net_ip)
nw = self.ffw.IP4_Network (ip, owner = self.graz_admin)
pool = self.ffw.IP4_Pool (name = 'RFC 1918 %s' % net_ip)
self.ffw.IP4_Network_in_IP4_Pool (nw, pool)
by_mask = {}
pool_by_id = {}
# first group by netmask
for nw in self.contents ['nettype'] :
if not nw.comment :
print ('WARN: Ignoring nettype %s "%s"' % (nw.id, nw.name))
continue
pool = pool_by_id [nw.id] = self.ffw.IP4_Pool (name = nw.name)
if nw.name == 'GRAZ Client Subnet /29' :
self.ffw.IP4_Pool_permits_Group \
(pool, self.fugru, node_quota = 29)
netmask = None
try :
netmask = int (nw.name.split ('/') [-1])
except ValueError :
pass
if netmask :
pool.set (netmask_interval = (netmask,))
for net_ip in nw.comment.split (',') :
ip = IP4_Address (net_ip)
if ip.mask not in by_mask :
by_mask [ip.mask] = []
by_mask [ip.mask].append ((ip, nw.name, nw.id))
typ = self.ffw.IP4_Network
for mask in sorted (by_mask) :
for ip, name, id in by_mask [mask] :
if id not in self.ntype_by_id :
self.ntype_by_id [id] = []
r = typ.query \
( Q.net_address.CONTAINS (ip)
, ~ Q.electric
, sort_key = TFL.Sorted_By ("-net_address.mask_len")
).first ()
reserver = r.reserve if r else typ
network = reserver (ip, owner = self.graz_admin)
self.ntype_by_id [id].append (network)
self.ffw.IP4_Network_in_IP4_Pool (network, pool_by_id [id])
if name :
network.set_raw (desc = name)
# end def create_nettypes
def create_networks (self) :
self.node_ips = {}
ipdict = {}
self.ff_net_by_id = {}
for net in self.contents ['net'] :
self.ff_net_by_id [net.id] = net
parents = self.ntype_by_id.get (net.nettype_id, [])
node = self.ffw_node.get (net.location_id)
ip = IP4_Address (net.netip, net.netmask)
if parents and ip == parents [0].net_address :
self.net_by_id [net.id] = parents [0]
continue
if node :
owner = node.owner
else :
print \
( "WARN: Network %s %s Location %s missing"
% (net.id, net.netip, net.location_id)
)
owner = self.graz_admin
parent = None
for p in parents :
if ip in p.net_address :
parent = p
break
else :
parent = None
for ps in pyk.itervalues (self.ntype_by_id) :
for p in ps :
if ip in p.net_address :
parent = p
print ("Got parent in ntype_by_id: %s" % parent)
break
else :
parent = self.ffw.IP4_Network.query \
( Q.net_address.CONTAINS (ip)
, ~ Q.electric
, sort_key = TFL.Sorted_By ("-net_address.mask_len")
).first ()
if parent :
print ("Got parent by network query: %s" % parent)
ipdict [ip] = Network (self, ip, node, net.id, parent, owner)
mask = 32
while mask and ipdict :
# Dict is modified during iteration, use keys ()
for ip in ipdict.keys () :
# already found via sibling or network still too big
if ip.mask < mask or ip not in ipdict :
continue
assert ip.mask == mask
nw = ipdict [ip]
sib = next \
( k for k in ip.parent.subnets (ip.mask)
if ip.is_sibling (k)
)
# Sibling has same node? -> join to bigger net
# Only join networks that *have* a node
if ( sib in ipdict
and nw.node
and ipdict [sib].node == nw.node
) :
nw.join (ipdict [sib])
del ipdict [ip]
del ipdict [sib]
ipdict [ip.parent] = nw
else :
del ipdict [ip]
if nw.node and nw.ip.mask >= 24 :
# Don't reserve now, if allocated we don't want a pool
for i in nw.ip.subnets (32) :
self.node_ips [i] = nw
else :
nw.reserve_network ()
if len (self.scope.uncommitted_changes) > 10 :
self.scope.commit ()
mask -= 1
# end def create_networks
def create_nodes (self) :
x_start = 4080
y_start = 4806
x_lon = 15.43844103813
y_lat = 47.07177327969
dx_lon = 50675.5176
dy_lat = 75505.521
for n in sorted (self.contents ['location'], key = lambda x : x.id) :
self.node_by_id [n.id] = n
person_id = self.person_dupes.get (n.person_id, n.person_id)
if person_id != 0 and person_id not in self.person_by_id :
# should not happen now
print ("WARN: Location %s owner %s missing" % (n.id, person_id))
continue
if person_id == 0 :
person = self.graz_admin
else :
person = self.person_by_id [person_id]
lat = lon = None
if n.pixel_x is not None and n.pixel_y is not None :
lon = "%f" % (x_lon + (n.pixel_x - x_start) / dx_lon)
lat = "%f" % (y_lat + (n.pixel_y - y_start) / dy_lat)
node = self.ffw.Node \
( name = n.name
, desc = n.comment.strip () or None
, show_in_map = not n.hidden
, manager = person
, position = dict (lat = lat, lon = lon)
, raw = True
)
self.ffw_node [n.id] = node
self.set_creation (node, n.time)
if n.street :
s = ' '.join (x for x in (n.street, n.streetnr) if x)
adr = self.pap.Address.instance_or_new \
( street = s
, zip = '8010'
, city = 'Graz'
, country = 'Austria'
, raw = True
)
node.set (address = adr)
if n.gallery_link :
MOM = self.scope.MOM
abs = 'http://gallery.funkfeuer.at/v/Graz/Knoten/%s/'
if n.gallery_link.startswith ('http') :
abs = "%s"
url = MOM.Document \
(node, url = abs % n.gallery_link, type = 'Gallery')
if len (self.scope.uncommitted_changes) > 10 :
self.scope.commit ()
# end def create_nodes
def fake_persons (self) :
self.graz_admin = self.pap.Person \
( first_name = 'Graz'
, last_name = 'Admin'
, raw = True
)
mail = 'admin@graz.funkfeuer.at'
email = self.pap.Email (address = mail)
self.pap.Person_has_Email (self.graz_admin, email)
auth = self.scope.Auth.Account.create_new_account_x \
( mail
, enabled = True
, suspended = True
, password = uuid.uuid4 ().hex
)
self.pap.Person_has_Account (self.graz_admin, auth)
for m in sorted (self.contents ['person'], key = lambda x : x.id) :
self.person_by_id [m.id] = self.graz_admin
# end def fake_persons
def create_persons (self) :
for m in sorted (self.contents ['person'], key = lambda x : x.id) :
#print ("%s: %r %r" % (m.id, m.firstname, m.lastname))
if m.id in self.person_ignore :
print ("INFO: Ignoring anonymous without location: %s" % m.id)
continue
if m.id in self.pers_exception :
pe = self.pers_exception [m.id]
fn, ln = (pyk.decoded (x, 'utf-8') for x in pe)
else :
fn = m.firstname.strip ()
ln = m.lastname.strip ()
self.member_by_id [m.id] = m
if m.id in self.person_dupes :
print ("INFO: Duplicate person: %s" % m.id)
continue
if not fn or not ln :
print \
( "WARN: name missing: %s (%r/%r)"
% (m.id, m.firstname, m.lastname)
, file = sys.stderr
)
if not fn and not ln :
if m.nick :
fn = m.nick
else :
fn = m.email.split ('@') [0]
fn = fn or '?'
ln = ln or '?'
print ("Person: %s %r/%r" % (m.id, fn, ln))
person = self.pap.Person \
( first_name = fn
, last_name = ln
, raw = True
)
self.pap.Person_in_Group (person, self.fugru)
self.person_by_id [m.id] = person
if m.nick :
self.try_insert_nick (m.nick, m.id, person)
if m.email :
mail = m.email.replace ('[at]', '@')
email = self.pap.Email (address = mail)
self.pap.Person_has_Email (person, email)
if m.email == 'admin@graz.funkfeuer.at' :
g = self.pap.Adhoc_Group ('Admin Group Graz')
self.pap.Person_in_Group (person, g)
self.graz_admin = g
auth = self.scope.Auth.Account.create_new_account_x \
( mail
, enabled = True
, suspended = True
, password = uuid.uuid4 ().hex
)
self.pap.Person_has_Account (person, auth)
if m.tel :
self.try_insert_phone (m.tel, m.id, person)
if len (self.scope.uncommitted_changes) > 10 :
self.scope.commit ()
# get data from dupes
for d_id, m_id in pyk.iteritems (self.person_dupes) :
# older version of db or dupe removed:
if d_id not in self.member_by_id or m_id not in self.person_by_id :
continue
d = self.member_by_id [d_id]
m = self.member_by_id [m_id]
person = self.person_by_id [m_id]
if d.email :
email = self.pap.Email (address = d.email)
self.pap.Person_has_Email (person, email)
if d.nick :
self.try_insert_nick (d.nick, m_id, person)
if d.tel :
self.try_insert_phone (d.tel, m_id, person)
if len (self.scope.uncommitted_changes) > 10 :
self.scope.commit ()
# end def create_persons
def set_creation (self, obj, create_time) :
if not create_time :
return
if not isinstance (create_time, datetime) :
create_time = datetime (* create_time.timetuple () [:3])
create_time = make_naive (create_time)
self.scope.ems.convert_creation_change (obj.pid, c_time = create_time)
# end def set_creation
def try_insert_phone (self, tel, id, person) :
if tel.startswith ('+430659') :
tel = '+43650' + tel [6:]
p = Phone (tel, city = "Graz")
if p :
k = str (p)
t = self.pap.Phone.instance (*p)
if t :
eid = self.phone_ids [k]
prs = self.person_by_id [eid]
if eid != id :
print \
( "WARN: %s/%s %s/%s: Duplicate Phone: %s"
% (eid, prs.pid, id, person.pid, tel)
)
else :
self.phone_ids [k] = id
phone = self.pap.Phone (*p)
self.pap.Person_has_Phone (person, phone)
# end def try_insert_phone
def try_insert_nick (self, nick, id, person) :
lnick = nick.lower ()
if lnick in self.nicknames :
eid = self.nicknames [lnick]
prs = self.person_by_id [eid]
if eid != id :
print \
( "WARN: %s/%s %s/%s Duplicate Nickname: %s"
% (eid, prs.pid, id, person.pid, nick)
)
else :
n = self.pap.Nickname (nick, raw = True)
self.pap.Person_has_Nickname (person, n)
self.nicknames [lnick] = id
# end def try_insert_nick
# end def Convert
def _main (cmd) :
scope = Command.scope (cmd)
if cmd.Break :
TFL.Environment.py_shell ()
c = Convert (cmd, scope)
#c.dump ()
c.create ()
scope.commit ()
scope.ems.compact ()
scope.destroy ()
# end def _main
_Command = TFL.CAO.Cmd \
( handler = _main
, args =
( "file:S?PG database dumpfile to convert"
,
)
, opts =
( "verbose:B"
, "anonymize:B"
, "create:B"
) + Command.opts
, min_args = 1
, defaults = Command.command.defaults
)
if __name__ == "__main__" :
_Command ()
### __END__ cnml_import