source: genesis/tools/gformat.py@ 9589

Last change on this file since 9589 was 9589, checked in by rick, 13 years ago

Quick used for exporting data to other systems

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1#!/usr/bin/env python
2#
3# vim:ts=2:et:sw=2:ai
4# Wireless Leiden configuration generator, based on yaml files'
5# Rick van der Zwet <info@rickvanderzwet.nl>
6
7# Hack to make the script directory is also threated as a module search path.
8import sys
9import os
10import re
11sys.path.append(os.path.dirname(__file__))
12
13import cgi
14import cgitb
15import copy
16import glob
17import socket
18import string
19import subprocess
20import time
21import rdnap
22from pprint import pprint
23try:
24 import yaml
25except ImportError, e:
26 print e
27 print "[ERROR] Please install the python-yaml or devel/py-yaml package"
28 exit(1)
29
30try:
31 from yaml import CLoader as Loader
32 from yaml import CDumper as Dumper
33except ImportError:
34 from yaml import Loader, Dumper
35
36
37
38if os.environ.has_key('CONFIGROOT'):
39 NODE_DIR = os.environ['CONFIGROOT']
40else:
41 NODE_DIR = os.path.abspath(os.path.dirname(__file__)) + '/../nodes'
42__version__ = '$Id: gformat.py 9589 2011-08-28 11:33:05Z rick $'
43
44
45files = [
46 'authorized_keys',
47 'dnsmasq.conf',
48 'rc.conf.local',
49 'resolv.conf',
50 'wleiden.yaml'
51 ]
52
53# Global variables uses
54OK = 10
55DOWN = 20
56UNKNOWN = 90
57
58
59def get_proxylist():
60 """Get all available proxies proxyX sorting based on X number"""
61 os.chdir(NODE_DIR)
62 proxylist = sorted(glob.glob("proxy*"),
63 key=lambda name: int(''.join([c for c in name if c in string.digits])),
64 cmp=lambda x,y: x - y)
65 return proxylist
66
67
68
69def valid_addr(addr):
70 """ Show which address is valid in which are not """
71 return str(addr).startswith('172.')
72
73
74def get_nodelist():
75 """ Get all available nodes - sorted """
76 os.chdir(NODE_DIR)
77 nodelist = sorted(glob.glob("CNode*"))
78 return nodelist
79
80def get_hostlist():
81 """ Combined hosts and proxy list"""
82 return get_nodelist() + get_proxylist()
83
84def angle_between_points(lat1,lat2,long1,long2):
85 """
86 Return Angle in radians between two GPS coordinates
87 See: http://stackoverflow.com/questions/3809179/angle-between-2-gps-coordinates
88 """
89 dy = lat2 - lat1
90 dx = math.cos(math.pi/180*lat1)*(long2 - long1)
91 angle = math.atan2(dy,dx)
92 return angle
93
94def angle_to_cd(angle):
95 """ Return Dutch Cardinal Direction estimation in 'one digit' of radian angle """
96
97 # For easy conversion get positive degree
98 degrees = math.degrees(angle)
99 if degrees < 0:
100 360 - abs(degrees)
101
102 # Numbers can be confusing calculate from the 4 main directions
103 p = 22.5
104 if degrees < p:
105 return "n"
106 elif degrees < (90 - p):
107 return "no"
108 elif degrees < (90 + p):
109 return "o"
110 elif degrees < (180 - p):
111 return "zo"
112 elif degrees < (180 + p):
113 return "z"
114 elif degrees < (270 - p):
115 return "zw"
116 elif degrees < (270 + p):
117 return "w"
118 elif degrees < (360 - p):
119 return "nw"
120 else:
121 return "n"
122
123
124def generate_title(nodelist):
125 """ Main overview page """
126 items = {'root' : "." }
127 output = """
128<html>
129 <head>
130 <title>Wireless leiden Configurator - GFormat</title>
131 <style type="text/css">
132 th {background-color: #999999}
133 tr:nth-child(odd) {background-color: #cccccc}
134 tr:nth-child(even) {background-color: #ffffff}
135 th, td {padding: 0.1em 1em}
136 </style>
137 </head>
138 <body>
139 <center>
140 <form type="GET" action="%(root)s">
141 <input type="hidden" name="action" value="update">
142 <input type="submit" value="Update Configuration Database (SVN)">
143 </form>
144 <table>
145 <caption><h3>Wireless Leiden Configurator</h3></caption>
146 """ % items
147
148 for node in nodelist:
149 items['node'] = node
150 output += '<tr><td><a href="%(root)s/%(node)s">%(node)s</a></td>' % items
151 for config in files:
152 items['config'] = config
153 output += '<td><a href="%(root)s/%(node)s/%(config)s">%(config)s</a></td>' % items
154 output += "</tr>"
155 output += """
156 </table>
157 <hr />
158 <em>%s</em>
159 </center>
160 </body>
161</html>
162 """ % __version__
163
164 return output
165
166
167
168def generate_node(node):
169 """ Print overview of all files available for node """
170 return "\n".join(files)
171
172
173
174def generate_header(ctag="#"):
175 return """\
176%(ctag)s
177%(ctag)s DO NOT EDIT - Automatically generated by 'gformat'
178%(ctag)s Generated at %(date)s by %(host)s
179%(ctag)s
180""" % { 'ctag' : ctag, 'date' : time.ctime(), 'host' : socket.gethostname() }
181
182
183
184def parseaddr(s):
185 """ Process IPv4 CIDR notation addr to a (binary) number """
186 f = s.split('.')
187 return (long(f[0]) << 24L) + \
188 (long(f[1]) << 16L) + \
189 (long(f[2]) << 8L) + \
190 long(f[3])
191
192
193
194def showaddr(a):
195 """ Display IPv4 addr in (dotted) CIDR notation """
196 return "%d.%d.%d.%d" % ((a >> 24) & 0xff, (a >> 16) & 0xff, (a >> 8) & 0xff, a & 0xff)
197
198
199def is_member(ip, mask, canidate):
200 """ Return True if canidate is part of ip/mask block"""
201 ip_addr = gformat.parseaddr(ip)
202 ip_canidate = gformat.parseaddr(canidate)
203 mask = int(mask)
204 ip_addr = ip_addr & ~((1 << (32 - mask)) - 1)
205 ip_canidate = ip_canidate & ~((1 << (32 - mask)) - 1)
206 return ip_addr == ip_canidate
207
208
209
210
211def netmask2subnet(netmask):
212 """ Given a 'netmask' return corresponding CIDR """
213 return showaddr(0xffffffff & (0xffffffff << (32 - int(netmask))))
214
215
216
217def generate_dnsmasq_conf(datadump):
218 """ Generate configuration file '/usr/local/etc/dnsmasq.conf' """
219 output = generate_header()
220 output += """\
221# DHCP server options
222dhcp-authoritative
223dhcp-fqdn
224domain=dhcp.%(nodename_lower)s.%(domain)s
225domain-needed
226expand-hosts
227
228# Low memory footprint
229cache-size=10000
230 \n""" % datadump
231
232 for iface_key in datadump['iface_keys']:
233 if not datadump[iface_key].has_key('comment'):
234 datadump[iface_key]['comment'] = None
235 output += "## %(interface)s - %(desc)s - %(comment)s\n" % datadump[iface_key]
236
237 try:
238 (dhcp_start, dhcp_stop) = datadump[iface_key]['dhcp'].split('-')
239 (ip, netmask) = datadump[iface_key]['ip'].split('/')
240 datadump[iface_key]['subnet'] = netmask2subnet(netmask)
241 except (AttributeError, ValueError):
242 output += "# not autoritive\n\n"
243 continue
244
245 dhcp_part = ".".join(ip.split('.')[0:3])
246 datadump[iface_key]['dhcp_start'] = dhcp_part + "." + dhcp_start
247 datadump[iface_key]['dhcp_stop'] = dhcp_part + "." + dhcp_stop
248 output += "dhcp-range=%(interface)s,%(dhcp_start)s,%(dhcp_stop)s,%(subnet)s,24h\n\n" % datadump[iface_key]
249
250 return output
251
252
253
254def generate_rc_conf_local(datadump):
255 """ Generate configuration file '/etc/rc.conf.local' """
256 output = generate_header("#");
257 output += """\
258hostname='%(nodetype)s%(nodename)s.%(domain)s'
259location='%(location)s'
260""" % datadump
261
262 # TProxy configuration
263 output += "\n"
264 try:
265 if datadump['tproxy']:
266 output += """\
267tproxy_enable='YES'
268tproxy_range='%(tproxy)s'
269""" % datadump
270 except KeyError:
271 output += "tproxy_enable='NO'\n"
272
273 output += '\n'
274 # lo0 configuration:
275 # - 172.32.255.1/32 is the proxy.wleiden.net deflector
276 # - masterip is special as it needs to be assigned to at
277 # least one interface, so if not used assign to lo0
278 addrs_list = { 'lo0' : ["127.0.0.1/8", "172.31.255.1/32"] }
279 iface_map = {'lo0' : 'lo0'}
280
281 masterip_used = False
282 for iface_key in datadump['iface_keys']:
283 if datadump[iface_key]['ip'].startswith(datadump['masterip']):
284 masterip_used = True
285 break
286 if not masterip_used:
287 addrs_list['lo0'].append(datadump['masterip'] + "/32")
288
289 wlan_count = 0
290 for iface_key in datadump['iface_keys']:
291 ifacedump = datadump[iface_key]
292 interface = ifacedump['interface']
293 # By default no special interface mapping
294 iface_map[interface] = interface
295
296 # Add interface IP to list
297 if addrs_list.has_key(interface):
298 addrs_list[interface].append(ifacedump['ip'])
299 else:
300 addrs_list[interface] = [ifacedump['ip']]
301
302 # Alias only needs IP assignment for now, this might change if we
303 # are going to use virtual accesspoints
304 if "alias" in iface_key:
305 continue
306
307 # XXX: Might want to deduct type directly from interface name
308 if ifacedump['type'] in ['11a', '11b', '11g', 'wireless']:
309 # Create wlanX interface
310 ifacedump['wlanif'] ="wlan%i" % wlan_count
311 iface_map[interface] = ifacedump['wlanif']
312 wlan_count += 1
313
314 # Default to station (client) mode
315 ifacedump['wlanmode'] = "sta"
316 if ifacedump['mode'] in ['master', 'master-wds']:
317 ifacedump['wlanmode'] = "ap"
318 # Default to 802.11b mode
319 ifacedump['mode'] = '11b'
320 if ifacedump['type'] in ['11a', '11b' '11g']:
321 ifacedump['mode'] = ifacedump['type']
322
323 if not ifacedump.has_key('channel'):
324 if ifacedump['type'] == '11a':
325 ifacedump['channel'] = 36
326 else:
327 ifacedump['channel'] = 1
328
329 # Allow special hacks at the back like wds and stuff
330 if not ifacedump.has_key('extra'):
331 ifacedump['extra'] = 'regdomain ETSI country NL'
332
333 output += "wlans_%(interface)s='%(wlanif)s'\n" % ifacedump
334 output += ("create_args_%(wlanif)s='wlanmode %(wlanmode)s mode " +\
335 "%(mode)s ssid %(ssid)s %(extra)s channel %(channel)s'\n") % ifacedump
336
337 elif ifacedump['type'] in ['ethernet', 'eth']:
338 # No special config needed besides IP
339 pass
340 else:
341 assert False, "Unknown type " + ifacedump['type']
342
343 # Print IP address which needs to be assigned over here
344 output += "\n"
345 for iface,addrs in sorted(addrs_list.iteritems()):
346 output += "ipv4_addrs_%s='%s'\n" % (iface_map[iface], " ".join(addrs))
347
348 return output
349
350
351
352def get_yaml(item):
353 """ Get configuration yaml for 'item'"""
354 gfile = os.path.join(NODE_DIR,item,'wleiden.yaml')
355
356 f = open(gfile, 'r')
357 datadump = yaml.load(f,Loader=Loader)
358 f.close()
359
360 return datadump
361
362def store_yaml(datadump):
363 """ Store configuration yaml for 'item'"""
364 gfile = os.path.join(NODE_DIR,item,'wleiden.yaml')
365
366 f = open(gfile, 'w')
367 f.write(generate_wleiden_yaml(datadump))
368 f.close()
369
370
371
372def get_all_configs():
373 """ Get dict with key 'host' with all configs present """
374 configs = dict()
375 for host in get_hostlist():
376 datadump = get_yaml(host)
377 configs[host] = datadump
378 return configs
379
380
381def get_interface_keys(config):
382 """ Quick hack to get all interface keys, later stage convert this to a iterator """
383 return [elem for elem in config.keys() if (elem.startswith('iface_') and not "lo0" in elem)]
384
385
386def get_used_ips(configs):
387 """ Return array of all IPs used in config files"""
388 ip_list = []
389 for config in configs:
390 ip_list.append(config['masterip'])
391 for iface_key in get_interface_keys(config):
392 l = config[iface_key]['ip']
393 addr, mask = l.split('/')
394 # Special case do not process
395 if valid_addr(addr):
396 ip_list.append(addr)
397 else:
398 print "## IP '%s' in '%s' not valid" % (addr, config['nodename'])
399 return sorted(ip_list)
400
401
402
403def write_yaml(item, datadump):
404 """ Write configuration yaml for 'item'"""
405 gfile = os.path.join(NODE_DIR,item,'wleiden.yaml')
406
407 f = open(gfile, 'w')
408 f.write(format_wleiden_yaml(datadump))
409 f.close()
410
411
412
413def generate_resolv_conf(datadump):
414 """ Generate configuration file '/etc/resolv.conf' """
415 output = generate_header("#");
416 output += """\
417search wleiden.net
418# Try local (cache) first
419nameserver 127.0.0.1
420
421# Proxies are recursive nameservers
422# needs to be in resolv.conf for dnsmasq as well
423""" % datadump
424
425 for proxy in get_proxylist():
426 proxy_ip = get_yaml(proxy)['masterip']
427 output += "nameserver %-15s # %s\n" % (proxy_ip, proxy)
428 return output
429
430
431
432def format_yaml_value(value):
433 """ Get yaml value in right syntax for outputting """
434 if isinstance(value,str):
435 output = "'%s'" % value
436 else:
437 output = value
438 return output
439
440
441
442def format_wleiden_yaml(datadump):
443 """ Special formatting to ensure it is editable"""
444 output = "# Genesis config yaml style\n"
445 output += "# vim:ts=2:et:sw=2:ai\n"
446 output += "#\n"
447 iface_keys = [elem for elem in datadump.keys() if elem.startswith('iface_')]
448 for key in sorted(set(datadump.keys()) - set(iface_keys)):
449 output += "%-10s: %s\n" % (key, format_yaml_value(datadump[key]))
450
451 output += "\n\n"
452
453 key_order = [ 'comment', 'interface', 'ip', 'desc', 'sdesc', 'mode', 'type',
454 'extra_type', 'channel', 'ssid', 'dhcp' ]
455
456 for iface_key in sorted(iface_keys):
457 output += "%s:\n" % iface_key
458 for key in key_order + list(sorted(set(datadump[iface_key].keys()) - set(key_order))):
459 if datadump[iface_key].has_key(key):
460 output += " %-11s: %s\n" % (key, format_yaml_value(datadump[iface_key][key]))
461 output += "\n\n"
462
463 return output
464
465
466
467def generate_wleiden_yaml(datadump):
468 """ Generate (petty) version of wleiden.yaml"""
469 output = generate_header("#")
470 output += format_wleiden_yaml(datadump)
471 return output
472
473
474def generate_yaml(datadump):
475 return generate_config(datadump['nodename'], "wleiden.yaml", datadump)
476
477
478
479def generate_config(node, config, datadump=None):
480 """ Print configuration file 'config' of 'node' """
481 output = ""
482 try:
483 # Load config file
484 if datadump == None:
485 datadump = get_yaml(node)
486
487 # Preformat certain needed variables for formatting and push those into special object
488 datadump_extra = copy.deepcopy(datadump)
489 if not datadump_extra.has_key('domain'):
490 datadump_extra['domain'] = 'wleiden.net'
491 datadump_extra['nodename_lower'] = datadump_extra['nodename'].lower()
492 datadump_extra['iface_keys'] = sorted([elem for elem in datadump.keys() if elem.startswith('iface_')])
493
494 if config == 'wleiden.yaml':
495 output += generate_wleiden_yaml(datadump)
496 elif config == 'authorized_keys':
497 f = open("global_keys", 'r')
498 output += f.read()
499 f.close()
500 elif config == 'dnsmasq.conf':
501 output += generate_dnsmasq_conf(datadump_extra)
502 elif config == 'rc.conf.local':
503 output += generate_rc_conf_local(datadump_extra)
504 elif config == 'resolv.conf':
505 output += generate_resolv_conf(datadump_extra)
506 else:
507 assert False, "Config not found!"
508 except IOError, e:
509 output += "[ERROR] Config file not found"
510 return output
511
512
513
514def process_cgi_request():
515 """ When calling from CGI """
516 # Update repository if requested
517 form = cgi.FieldStorage()
518 if form.getvalue("action") == "update":
519 print "Refresh: 5; url=."
520 print "Content-type:text/plain\r\n\r\n",
521 print "[INFO] Updating subverion, please wait..."
522 print subprocess.Popen(['svn', 'up', NODE_DIR], stderr=subprocess.STDOUT, stdout=subprocess.PIPE).communicate()[0],
523 print "[INFO] All done, redirecting in 5 seconds"
524 sys.exit(0)
525
526
527 uri = os.environ['PATH_INFO'].strip('/').split('/')
528 output = ""
529 if not uri[0]:
530 output += "Content-type:text/html\r\n\r\n"
531 output += generate_title(get_hostlist())
532 elif len(uri) == 1:
533 output += "Content-type:text/plain\r\n\r\n"
534 output += generate_node(uri[0])
535 elif len(uri) == 2:
536 output += "Content-type:text/plain\r\n\r\n"
537 output += generate_config(uri[0], uri[1])
538 else:
539 assert False, "Invalid option"
540 print output
541
542def get_fqdn(datadump):
543 # Proxy naming convention is special
544 if datadump['nodetype'] == 'Proxy':
545 fqdn = datadump['nodename']
546 else:
547 # By default the full name is listed and also a shortname CNAME for easy use.
548 fqdn = datadump['nodetype'] + datadump['nodename']
549 return(fqdn)
550
551
552
553def make_dns(output_dir = 'dns'):
554 items = dict()
555
556 # hostname is key, IP is value
557 wleiden_zone = dict()
558 wleiden_cname = dict()
559
560 pool = dict()
561 for node in get_hostlist():
562 datadump = get_yaml(node)
563
564 # Proxy naming convention is special
565 fqdn = get_fqdn(datadump)
566 if datadump['nodetype'] == 'CNode':
567 wleiden_cname[datadump['nodename']] = fqdn
568
569 wleiden_zone[fqdn] = datadump['masterip']
570
571 # Hacking to get proper DHCP IPs and hostnames
572 for iface_key in get_interface_keys(datadump):
573 iface_name = datadump[iface_key]['interface'].replace(':',"-alias-")
574 (ip, netmask) = datadump[iface_key]['ip'].split('/')
575 try:
576 (dhcp_start, dhcp_stop) = datadump[iface_key]['dhcp'].split('-')
577 datadump[iface_key]['subnet'] = netmask2subnet(netmask)
578 dhcp_part = ".".join(ip.split('.')[0:3])
579 if ip != datadump['masterip']:
580 wleiden_zone["dhcp-gateway-%s.%s" % (iface_name, fqdn)] = ip
581 for i in range(int(dhcp_start), int(dhcp_stop) + 1):
582 wleiden_zone["dhcp-%s-%s.%s" % (i, iface_name, fqdn)] = "%s.%s" % (dhcp_part, i)
583 except (AttributeError, ValueError):
584 # First push it into a pool, to indentify the counter-part later on
585 addr = parseaddr(ip)
586 netmask = int(netmask)
587 addr = addr & ~((1 << (32 - netmask)) - 1)
588 if pool.has_key(addr):
589 pool[addr] += [(iface_name, fqdn, ip)]
590 else:
591 pool[addr] = [(iface_name, fqdn, ip)]
592 continue
593
594
595 def pool_to_name(node, pool_members):
596 """Convert the joined name to a usable pool name"""
597
598 # Get rid of the own entry
599 pool_members = list(set(pool_members) - set([fqdn]))
600
601 target = oldname = ''
602 for node in sorted(pool_members):
603 (name, number) = re.match('^([A-Za-z]+)([0-9]*)$',node).group(1,2)
604 target += "-" + number if name == oldname else "-" + node if target else node
605 oldname = name
606
607 return target
608
609
610 # Automatic naming convention of interlinks namely 2 + remote.lower()
611 for (key,value) in pool.iteritems():
612 if len(value) == 1:
613 (iface_name, fqdn, ip) = value[0]
614 wleiden_zone["2unused-%s.%s" % (iface_name, fqdn)] = ip
615 elif len(value) == 2:
616 (a_iface_name, a_fqdn, a_ip) = value[0]
617 (b_iface_name, b_fqdn, b_ip) = value[1]
618 wleiden_zone["2%s.%s" % (b_fqdn,a_fqdn)] = a_ip
619 wleiden_zone["2%s.%s" % (a_fqdn,b_fqdn)] = b_ip
620 else:
621 pool_members = [k[1] for k in value]
622 for item in value:
623 (iface_name, fqdn, ip) = item
624 pool_name = "2pool-" + showaddr(key).replace('.','-') + "-" + pool_to_name(fqdn,pool_members)
625 wleiden_zone["%s.%s" % (pool_name, fqdn)] = ip
626
627 # Include static DNS entries
628 # XXX: Should they override the autogenerated results?
629 # XXX: Convert input to yaml more useable.
630 # Format:
631 ##; this is a comment
632 ## roomburgh=CNodeRoomburgh1
633 ## apkerk1.CNodeVosko=172.17.176.8 ;this as well
634 dns = yaml.load(open(os.path.join(NODE_DIR,'../dns/staticDNS.yaml'),'r'))
635 for comment, block in dns.iteritems():
636 for k,v in block.iteritems():
637 if valid_addr(v):
638 wleiden_zone[k] = v
639 else:
640 wleiden_cname[k] = v
641
642 details = dict()
643 # 24 updates a day allowed
644 details['serial'] = time.strftime('%Y%m%d%H')
645
646 dns_header = '''
647$TTL 3h
648%(zone)s. SOA sunny.wleiden.net. beheer.lijst.wirelessleiden.nl. ( %(serial)s 1d 12h 1w 3h )
649 ; Serial, Refresh, Retry, Expire, Neg. cache TTL
650
651 NS sunny.wleiden.net.
652 \n'''
653
654
655 if not os.path.isdir('dns'):
656 os.makedirs('dns')
657 details['zone'] = 'wleiden.net'
658 f = open(os.path.join(output_dir,"db." + details['zone']), "w")
659 f.write(dns_header % details)
660
661 for host,ip in wleiden_zone.iteritems():
662 if valid_addr(ip):
663 f.write("%s.wleiden.net. IN A %s \n" % (host.lower(), ip))
664 for source,dest in wleiden_cname.iteritems():
665 f.write("%s.wleiden.net. IN CNAME %s.wleiden.net.\n" % (source.lower(), dest.lower()))
666 f.close()
667
668 # Create whole bunch of specific sub arpa zones. To keep it compliant
669 for s in range(16,32):
670 details['zone'] = '%i.172.in-addr.arpa' % s
671 f = open(os.path.join(output_dir,"db." + details['zone']), "w")
672 f.write(dns_header % details)
673
674 #XXX: Not effient, fix to proper data structure and do checks at other
675 # stages
676 for host,ip in wleiden_zone.iteritems():
677 if valid_addr(ip):
678 if int(ip.split('.')[1]) == s:
679 rev_ip = '.'.join(reversed(ip.split('.')))
680 f.write("%s.in-addr.arpa. IN PTR %s.wleiden.net.\n" % (rev_ip.lower(), host.lower()))
681 f.close()
682
683
684def usage():
685 print """Usage: %s <standalone [port] |test [test arguments]|static|dns>
686Examples:
687\tdns [outputdir] = Generate BIND compliant zone files in dns.
688\tstandalone = Run configurator webserver [default port=8000]
689\twind-export = Generate SQL import scripts for WIND database
690\tfull-export = Generate yaml export script for heatmap.
691\tstatic = Generate all config files and store on disk
692\t with format ./static/%%NODE%%/%%FILE%%
693\ttest CNodeRick dnsmasq.conf = Receive output of CGI script
694\t for arguments CNodeRick/dnsmasq.conf
695"""
696 exit(0)
697
698
699
700def main():
701 """Hard working sub"""
702 # Allow easy hacking using the CLI
703 if not os.environ.has_key('PATH_INFO'):
704 if len(sys.argv) < 2:
705 usage()
706
707 if sys.argv[1] == "standalone":
708 import SocketServer
709 import CGIHTTPServer
710 # CGI does not go backward, little hack to get ourself in the right working directory.
711 os.chdir(os.path.dirname(__file__) + '/..')
712 try:
713 PORT = int(sys.argv[2])
714 except (IndexError,ValueError):
715 PORT = 8000
716
717 class MyCGIHTTPRequestHandler(CGIHTTPServer.CGIHTTPRequestHandler):
718 """ Serve this CGI from the root of the webserver """
719 def is_cgi(self):
720 if "favicon" in self.path:
721 return False
722
723 self.cgi_info = (__file__, self.path)
724 self.path = ''
725 return True
726 handler = MyCGIHTTPRequestHandler
727 httpd = SocketServer.TCPServer(("", PORT), handler)
728 httpd.server_name = 'localhost'
729 httpd.server_port = PORT
730
731 print "serving at port", PORT
732 try:
733 httpd.serve_forever()
734 except KeyboardInterrupt:
735 httpd.shutdown()
736 elif sys.argv[1] == "test":
737 os.environ['PATH_INFO'] = "/".join(sys.argv[2:])
738 os.environ['SCRIPT_NAME'] = __file__
739 process_cgi_request()
740 elif sys.argv[1] == "static":
741 items = dict()
742 for node in get_hostlist():
743 items['node'] = node
744 items['wdir'] = "./static/%(node)s" % items
745 if not os.path.isdir(items['wdir']):
746 os.makedirs(items['wdir'])
747 datadump = get_yaml(node)
748 for config in files:
749 items['config'] = config
750 print "## Generating %(node)s %(config)s" % items
751 f = open("%(wdir)s/%(config)s" % items, "w")
752 f.write(generate_config(node, config, datadump))
753 f.close()
754 elif sys.argv[1] == "wind-export":
755 items = dict()
756 for node in get_hostlist():
757 datadump = get_yaml(node)
758 sql = """INSERT IGNORE INTO nodes (name, name_ns, longitude, latitude)
759 VALUES ('%(nodename)s', '%(nodename)s', %(latitude)s, %(longitude)s);""" % datadump;
760 print sql
761 sql = """INSERT IGNORE INTO users_nodes (user_id, node_id, owner)
762 VALUES (
763 (SELECT id FROM users WHERE username = 'rvdzwet'),
764 (SELECT id FROM nodes WHERE name = '%(nodename)s'),
765 'Y');""" % datadump
766 print sql
767 #for config in files:
768 # items['config'] = config
769 # print "## Generating %(node)s %(config)s" % items
770 # f = open("%(wdir)s/%(config)s" % items, "w")
771 # f.write(generate_config(node, config, datadump))
772 # f.close()
773 for node in get_hostlist():
774 datadump = get_yaml(node)
775 for iface_key in sorted([elem for elem in datadump.keys() if elem.startswith('iface_')]):
776 ifacedump = datadump[iface_key]
777 if ifacedump.has_key('mode') and ifacedump['mode'] == 'ap-wds':
778 ifacedump['nodename'] = datadump['nodename']
779 if not ifacedump.has_key('channel') or not ifacedump['channel']:
780 ifacedump['channel'] = 0
781 sql = """INSERT INTO links (node_id, type, ssid, protocol, channel, status)
782 VALUES ((SELECT id FROM nodes WHERE name = '%(nodename)s'), 'ap',
783 '%(ssid)s', 'IEEE 802.11b', %(channel)s, 'active');""" % ifacedump
784 print sql
785 elif sys.argv[1] == "full-export":
786 hosts = {}
787 for node in get_hostlist():
788 datadump = get_yaml(node)
789 hosts[datadump['nodename']] = datadump
790 print yaml.dump(hosts)
791
792 elif sys.argv[1] == "dns":
793 make_dns(sys.argv[2] if len(sys.argv) > 2 else 'dns')
794 elif sys.argv[1] == "cleanup":
795 # First generate all datadumps
796 datadumps = dict()
797 for host in get_hostlist():
798 datadump = get_yaml(host)
799 datadumps[get_fqdn(datadump)] = datadump
800
801 datadump['latitude'], datadump['longitude'] = rdnap.rd2etrs(datadump['rdnap_x'], datadump['rdnap_y'])
802 write_yaml(host, datadump)
803 else:
804 usage()
805 else:
806 cgitb.enable()
807 process_cgi_request()
808
809
810if __name__ == "__main__":
811 main()
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