Add full IPV6 support
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401a2e98af
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4b791be9f6
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@ -1,6 +1,6 @@
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IP_DATA = ../src/ip_data.c
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PROVIDERS = afrinic arin apnic lacnic ripencc
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DEST = prefix_res_ipv4
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DEST = prefix_res
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MD5 = $(addsuffix .md5,$(PROVIDERS))
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all: clean_md5 $(MD5) $(IP_DATA)
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@ -21,7 +21,7 @@ $(PROVIDERS):
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@md5sum -c $@ || wget "ftp://ftp.ripe.net/pub/stats/$(basename $@)/delegated-$(basename $@)-extended-latest" -O $(basename $@) ; true
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$(DEST): $(PROVIDERS)
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@cat $(PROVIDERS) | grep -v asn | grep -v summary | grep -v '#' | grep ipv4 | sort -n -k 4 -t '|' > $(DEST)
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@cat $(PROVIDERS) | grep -v asn | grep -v summary | grep -v '#' | grep ipv[46] | sort -n -k 4 -t '|' > $(DEST)
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$(IP_DATA): $(DEST)
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@echo "Rebuild ip_data.c"
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@ -8,7 +8,7 @@ IP_TYPE_INDEX=2
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IP_INDEX=3
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IP_SIZE_INDEX=4
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class IP_ELEMENT(object):
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class IP_ELEMENT(object):
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def __init__(self, start, end=None, size=0, country_code=None, level=0):
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self._start = start
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self._end = end
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@ -22,39 +22,38 @@ class IP_ELEMENT(object):
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if not self._end: self._compute_last_ip()
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self._splitted_start = IP_ELEMENT.split_ip(self._start)
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self._splitted_end = IP_ELEMENT.split_ip(self._end)
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self._splitted_start = self.split_ip(self._start)
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self._splitted_end = self.split_ip(self._end)
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def split_ip(self, ip):
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return [int(x, self._base) for x in ip.split(self._separator)]
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def ip_to_str(self, int_ip):
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res = []
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for i in range(0, self.get_ip_len()):
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res.insert(0, self._format % int((int_ip >> (i*8)) & 0xFF))
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return self._separator.join(res)
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def ip_array_to_int(self, array):
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val = 0
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for i in range(0, len(array)):
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val += array[len(array)-i-1] << (i*8)
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return val
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def ip_to_int(self, str_ip):
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return self.ip_array_to_int(self.split_ip(str_ip))
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def make_group(self):
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ip_val = self._splitted_start[::]
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for i in range(self._level+1, self.get_ip_len()):
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ip_val[i] = 0
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return self._separator.join([self._format % x for x in ip_val])
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def name(self):
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return 'ip__%s__%s' %(self._start.replace(self._separator, '_'), self._end.replace(self._separator, '_'))
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def _compute_last_ip(self):
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size = self._size
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end_ip = IP_ELEMENT.ip_to_int(self._start)
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for i in range(0,4):
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if not size: break # We can have _size == 0
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end_ip += (((size % 256)-1) & 0xFF) << (i*8)
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size = int(size/256)
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self._end = IP_ELEMENT.ip_to_str(end_ip)
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# print '%s + %d -> %s' % (self._start, self._size, self._end)
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@staticmethod
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def split_ip(ip):
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return [int(x) for x in ip.split('.')]
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@staticmethod
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def ip_to_int(str_ip):
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splitted_ip = IP_ELEMENT.split_ip(str_ip)
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val = splitted_ip[0] << 24
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val += splitted_ip[1] << 16
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val += splitted_ip[2] << 8
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val += splitted_ip[3] << 0
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return val
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@staticmethod
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def ip_to_str(int_ip):
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val = '%d.' % (int((int_ip >> 24) & 0xFF))
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val += '%d.' % (int((int_ip >> 16) & 0xFF))
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val += '%d.' % (int((int_ip >> 8) & 0xFF))
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val += '%d' % (int((int_ip >> 0) & 0xFF))
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return val
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raise NotImplementedError()
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def set_next(self, ip):
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self._next = ip
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@ -71,9 +70,6 @@ class IP_ELEMENT(object):
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def set_level(self, level):
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self._level = level
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def name(self):
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return 'ip__%s__%s' %(self._start.replace('.', '_'), self._end.replace('.', '_'))
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def printme(self):
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print 'static const ip_level %s = {' % (self.name())
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print '\t.prev = %s,' % (self._prev and '&%s' % (self._prev.name()) or 'NULL')
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@ -85,13 +81,76 @@ class IP_ELEMENT(object):
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print '\t.code = %d,' % (self._country_code and self._country_code or 0)
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print '};'
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countries = []
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ip_idx = [0] * 255
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cur_ip_prefix = 1
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cur_idx = 0
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def get_ip_len(self):
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raise NotImplementedError()
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f = open("prefix_res_ipv4")
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array_vals = {}
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class IP_ELEMENT4(IP_ELEMENT):
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def __init__(self, start, end=None, size=0, country_code=None, level=0):
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self._separator = '.'
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self._base = 10
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self._format = '%d'
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super(IP_ELEMENT4, self).__init__(start, end, size, country_code, level)
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def get_ip_len(self):
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return 4
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def _compute_last_ip(self):
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size = self._size
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end_ip = self.ip_to_int(self._start)
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i=0
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while size > 0:
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end_ip += (((size % 256)-1) & 0xFF) << (i*8)
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size = int(size/256)
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i += 1
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self._end = self.ip_to_str(end_ip)
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# print '%s + %d -> %s' % (self._start, self._size, self._end)
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class IP_ELEMENT6(IP_ELEMENT):
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def __init__(self, start, end=None, size=0, country_code=None, level=0):
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self._separator = ':'
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self._base = 16
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self._format = '%02x'
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super(IP_ELEMENT6, self).__init__(start, end, size, country_code, level)
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def get_ip_len(self):
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return 16
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def _get_mask(self):
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mask = 0
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for i in range(0, self._size):
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mask += 1 << i
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mask <<= 128-self._size
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return mask
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def _compute_last_ip(self):
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if self._size == 0:
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self._end = self._start[:]
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else:
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mask = self._get_mask()
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self._end = self.ip_to_str(self.ip_to_int(self._start) | ~mask)
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def extend_ipv6(ipv6):
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tmp = ''
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for s in ipv6.split(':'):
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if not s: break
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while len(s) != 4:
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s = '0' + s
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tmp += s
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while len(tmp) < 16*2:
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tmp += '0'
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res = ''
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for i in range(0, 15*2, 2):
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res += tmp[i] + tmp[i+1] + ':'
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res += tmp[30] + tmp[31]
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return res
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countries = []
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f = open("prefix_res")
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array_vals_ipv4 = {}
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array_vals_ipv6 = {}
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while True:
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l = f.readline()
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# l = sys.stdin.readline()
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@ -108,27 +167,23 @@ while True:
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countries.append(country)
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ip = information[IP_INDEX]
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splitted_ip = ip.split('.')
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int_ip = int(splitted_ip[0]) << 24
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int_ip += int(splitted_ip[1]) << 16
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int_ip += int(splitted_ip[2]) << 8
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int_ip += int(splitted_ip[3]) << 0
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interval_size = int(information[IP_SIZE_INDEX])
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array_vals[ip] = IP_ELEMENT(ip, None, interval_size, country_idx)
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if information[IP_TYPE_INDEX] == 'ipv4':
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array_vals_ipv4[ip] = IP_ELEMENT4(ip, None, int(information[IP_SIZE_INDEX]), country_idx)
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elif information[IP_TYPE_INDEX] == 'ipv6':
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ip = extend_ipv6(ip)
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array_vals_ipv6[ip] = IP_ELEMENT6(ip, None, int(information[IP_SIZE_INDEX]), country_idx)
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else:
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sys.stderr.write('Unknown IP type %s\n' % (information[IP_TYPE_INDEX]))
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print '/* This file was automatically generated, do not edit it ! */'
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print '#include <stdint.h>\n\n'
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def ip_sort(a, b):
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for i in range(0, 4):
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for i in range(0, len(a._splitted_start)):
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if a._splitted_start[i] != b._splitted_start[i]:
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return a._splitted_start[i] - b._splitted_start[i]
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return 0
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ip_list = array_vals.values()
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ip_list.sort(ip_sort)
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def get_interval(root, intervals, level):
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new_intervals = []
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for ip in intervals:
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@ -183,10 +238,7 @@ def manage_root(root, intervals, level):
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cur_ip.set_level(level+1)
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for ip in sub_interval:
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ip.set_level(level+1)
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ip_val = IP_ELEMENT.ip_to_int(cur_ip._start)
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for i in range(level, 3):
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ip_val &= ~(0xFF << ((2-i)*8)) & 0xFFFFFFFF
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new_group = IP_ELEMENT(IP_ELEMENT.ip_to_str(ip_val), level=level)
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new_group = cur_ip.__class__(cur_ip.make_group(), level=level)
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sub_interval.insert(0, cur_ip)
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child = manage_root(cur_ip._splitted_start[level+1], sub_interval, level+1)
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new_group.set_childs(cur_ip)
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@ -215,35 +267,40 @@ def print_ip(ip):
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while cur_ip:
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cur_ip.printme()
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cur_ip = cur_ip._next
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start_idx = 0
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end_idx = start_idx+1
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cur_interval = [ip_list[start_idx]]
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root = ip_list[start_idx]._splitted_start[0]
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root_ips = [None] * 256
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while True:
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if end_idx >= len(ip_list): break
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if ip_list[end_idx]._splitted_start[0] != root:
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start_idx = end_idx
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res = manage_root(root, cur_interval, 1)
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print_ip(res)
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root_ips[res._splitted_start[0]] = res
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cur_interval = [ip_list[end_idx]]
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root = ip_list[start_idx]._splitted_start[0]
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else:
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cur_interval.append(ip_list[end_idx])
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end_idx += 1
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res = manage_root(root, cur_interval, 1)
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print_ip(res)
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def build_array(ip_list, array_name):
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ip_list.sort(ip_sort)
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start_idx = 0
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end_idx = start_idx+1
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cur_interval = [ip_list[start_idx]]
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root = ip_list[start_idx]._splitted_start[0]
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root_ips = [None] * 256
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print 'static const ip_level* s_root_ip[256] = {'
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for i in range(0, 256):
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if root_ips[i]:
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print '\t&%s,' % (root_ips[i].name())
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else:
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print '\tNULL, // %d' % (i)
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print '};\n'
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while True:
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if end_idx >= len(ip_list): break
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if ip_list[end_idx]._splitted_start[0] != root:
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start_idx = end_idx
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res = manage_root(root, cur_interval, 1)
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print_ip(res)
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root_ips[res._splitted_start[0]] = res
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cur_interval = [ip_list[end_idx]]
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root = ip_list[start_idx]._splitted_start[0]
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else:
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cur_interval.append(ip_list[end_idx])
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end_idx += 1
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res = manage_root(root, cur_interval, 1)
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print_ip(res)
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print '\nstatic const ip_level* %s[256] = {' % (array_name)
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for i in range(0, 256):
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if root_ips[i]:
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print '\t&%s,' % (root_ips[i].name())
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else:
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print '\tNULL, // %d' % (i)
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print '};\n'
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build_array(array_vals_ipv4.values(), 's_root_ipv4')
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build_array(array_vals_ipv6.values(), 's_root_ipv6')
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print 'static const uint8_t country_codes[][3] = {'
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for cc in countries:
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@ -70,7 +70,9 @@ const uint8_t* ip_to_geo(uint8_t* ip, unsigned ip_size)
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const ip_level* first_level;
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if (ip_size == 4)
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first_level = s_root_ip[ip[0]];
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first_level = s_root_ipv4[ip[0]];
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else if (ip_size == 16)
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first_level = s_root_ipv6[ip[0]];
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else
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return NULL;
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