Re: [PATCH 1/2] location-importer.in: keep track of sources for networks, ASNs, and organisations

Hello *,

as this would break existing SQL tables as well, I will rework it and hand in a second version of this patch.

Thanks, and best regards, Peter Müller

This allows us to trace back concrete changes or anomalies to their RIR source, without having to parse everything again. Further, it enables adding 3rd party sources such as IP feeds from Amazon, without loosing track of the changes introduced by them.

Depending on the individual systems, it might be necessary to DROP the tables for autnums and networks first.

Signed-off-by: Peter Müller peter.mueller@ipfire.org

src/python/location-importer.in | 93 +++++++++++++++++---------------- 1 file changed, 49 insertions(+), 44 deletions(-)

diff --git a/src/python/location-importer.in b/src/python/location-importer.in index e5f55af..fd2bde1 100644 --- a/src/python/location-importer.in +++ b/src/python/location-importer.in @@ -155,7 +155,7 @@ class CLI(object): CREATE INDEX IF NOT EXISTS announcements_search ON announcements USING GIST(network inet_ops);

		-- autnums

• 		CREATE TABLE IF NOT EXISTS autnums(number bigint, name text NOT NULL);
  

• 		CREATE TABLE IF NOT EXISTS autnums(number bigint, name text NOT NULL, source text NOT NULL);
  	CREATE UNIQUE INDEX IF NOT EXISTS autnums_number ON autnums(number);
  
  	-- countries
  

@@ -164,7 +164,7 @@ class CLI(object): CREATE UNIQUE INDEX IF NOT EXISTS countries_country_code ON countries(country_code);

		-- networks

• 		CREATE TABLE IF NOT EXISTS networks(network inet, country text);
  

• 		CREATE TABLE IF NOT EXISTS networks(network inet, country text, source text NOT NULL);
  	CREATE UNIQUE INDEX IF NOT EXISTS networks_network ON networks(network);
  	CREATE INDEX IF NOT EXISTS networks_family ON networks USING BTREE(family(network));
  	CREATE INDEX IF NOT EXISTS networks_search ON networks USING GIST(network inet_ops);
  

@@ -369,15 +369,15 @@ class CLI(object): with self.db.transaction(): # Create some temporary tables to store parsed data self.db.execute("""

• 		CREATE TEMPORARY TABLE _autnums(number integer, organization text)
  

• 		CREATE TEMPORARY TABLE _autnums(number integer, organization text, source text NOT NULL)
  		ON COMMIT DROP;
  	CREATE UNIQUE INDEX _autnums_number ON _autnums(number);
  
  

• 		CREATE TEMPORARY TABLE _organizations(handle text, name text NOT NULL)
  

• 		CREATE TEMPORARY TABLE _organizations(handle text, name text NOT NULL, source text NOT NULL)
  		ON COMMIT DROP;
  	CREATE UNIQUE INDEX _organizations_handle ON _organizations(handle);
  
  

• 		CREATE TEMPORARY TABLE _rirdata(network inet NOT NULL, country text NOT NULL)
  

• 		CREATE TEMPORARY TABLE _rirdata(network inet NOT NULL, country text NOT NULL, source text NOT NULL)
  		ON COMMIT DROP;
  	CREATE INDEX _rirdata_search ON _rirdata USING BTREE(family(network), masklen(network));
  	CREATE UNIQUE INDEX _rirdata_network ON _rirdata(network);
  

@@ -395,10 +395,11 @@ class CLI(object): for row in rows: validcountries.append(row.country_code)

• 	for source in location.importer.WHOIS_SOURCES:
  

• 		with downloader.request(source, return_blocks=True) as f:
  

• 			for block in f:
  

• 				self._parse_block(block, validcountries)
  

• 	for source_key in location.importer.WHOIS_SOURCES:
  

• 		for single_url in location.importer.WHOIS_SOURCES[source_key]:
  

• 			with downloader.request(single_url, return_blocks=True) as f:
  

• 				for block in f:
  

• 					self._parse_block(block, source_key, validcountries)
  
  # Process all parsed networks from every RIR we happen to have access to,
  # insert the largest network chunks into the networks table immediately...
  

@@ -407,8 +408,8 @@ class CLI(object): for family in (row.family for row in families): smallest = self.db.get("SELECT MIN(masklen(network)) AS prefix FROM _rirdata WHERE family(network) = %s", family)

• 		self.db.execute("INSERT INTO networks(network, country) \
  

• 			SELECT network, country FROM _rirdata WHERE masklen(network) = %s AND family(network) = %s", smallest.prefix, family)
  

• 		self.db.execute("INSERT INTO networks(network, country, source) \
  

• 			SELECT network, country, source FROM _rirdata WHERE masklen(network) = %s AND family(network) = %s", smallest.prefix, family)
  
  	# ... determine any other prefixes for this network family, ...
  	prefixes = self.db.query("SELECT DISTINCT masklen(network) AS prefix FROM _rirdata \
  

@@ -421,7 +422,8 @@ class CLI(object): WITH candidates AS ( SELECT _rirdata.network,

• 						_rirdata.country
  

• 						_rirdata.country,
  

• 						_rirdata.source
  				FROM
  					_rirdata
  				WHERE
  

@@ -434,6 +436,7 @@ class CLI(object): DISTINCT ON (c.network) c.network, c.country,

• 						c.source,
  					masklen(networks.network),
  					networks.country AS parent_country
  				FROM
  

@@ -447,10 +450,11 @@ class CLI(object): masklen(networks.network) DESC NULLS LAST ) INSERT INTO

• 					networks(network, country)
  

• 					networks(network, country, source)
  			SELECT
  				network,
  

• 					country
  

• 					country,
  

• 					source
  			FROM
  				filtered
  			WHERE
  

@@ -462,19 +466,20 @@ class CLI(object): )

	self.db.execute("""

• 		INSERT INTO autnums(number, name)
  

• 			SELECT _autnums.number, _organizations.name FROM _autnums
  

• 		INSERT INTO autnums(number, name, source)
  

• 			SELECT _autnums.number, _organizations.name, _organizations.source FROM _autnums
  			JOIN _organizations ON _autnums.organization = _organizations.handle
  	ON CONFLICT (number) DO UPDATE SET name = excluded.name;
  """)
  
  

  # Download all extended sources

• for source in location.importer.EXTENDED_SOURCES:
  

• 	with self.db.transaction():
  

• 		# Download data
  

• 		with downloader.request(source) as f:
  

• 			for line in f:
  

• 				self._parse_line(line, validcountries)
  

• for source_key in location.importer.EXTENDED_SOURCES:
  

• 	for single_url in location.importer.EXTENDED_SOURCES[source_key]:
  

• 		with self.db.transaction():
  

• 			# Download data
  

• 			with downloader.request(single_url) as f:
  

• 				for line in f:
  

• 					self._parse_line(line, source_key, validcountries)
  
  

  def _check_parsed_network(self, network): """

@@ -539,23 +544,23 @@ class CLI(object): # be suitable for libloc consumption... return True

• def _parse_block(self, block, validcountries = None):

• def _parse_block(self, block, source_key, validcountries = None): # Get first line to find out what type of block this is line = block[0]

  # aut-num if line.startswith("aut-num:"):

• 	return self._parse_autnum_block(block)
  

• 	return self._parse_autnum_block(block, source_key)
  
  

  # inetnum if line.startswith("inet6num:") or line.startswith("inetnum:"):

• 	return self._parse_inetnum_block(block, validcountries)
  

• 	return self._parse_inetnum_block(block, source_key, validcountries)
  
  

  # organisation elif line.startswith("organisation:"):

• 	return self._parse_org_block(block)
  

• 	return self._parse_org_block(block, source_key)
  
  

• def _parse_autnum_block(self, block):

• def _parse_autnum_block(self, block, source_key): autnum = {} for line in block: # Split line

@@ -574,13 +579,13 @@ class CLI(object): return

# Insert into database

• self.db.execute("INSERT INTO _autnums(number, organization) \
  

• 	VALUES(%s, %s) ON CONFLICT (number) DO UPDATE SET \
  

• self.db.execute("INSERT INTO _autnums(number, organization, source) \
  

• 	VALUES(%s, %s, %s) ON CONFLICT (number) DO UPDATE SET \
  	organization = excluded.organization",
  

• 	autnum.get("asn"), autnum.get("org"),
  

• 	autnum.get("asn"), autnum.get("org"), source_key,
  

  )

• def _parse_inetnum_block(self, block, validcountries = None):

• def _parse_inetnum_block(self, block, source_key, validcountries = None): log.debug("Parsing inetnum block:")

  inetnum = {}

@@ -636,12 +641,12 @@ class CLI(object): break

		# Everything is fine here, run INSERT statement...

• 		self.db.execute("INSERT INTO _rirdata(network, country) \
  

• 			VALUES(%s, %s) ON CONFLICT (network) DO UPDATE SET country = excluded.country",
  

• 			"%s" % single_network, inetnum.get("country"),
  

• 		self.db.execute("INSERT INTO _rirdata(network, country, source) \
  

• 			VALUES(%s, %s, %s) ON CONFLICT (network) DO UPDATE SET country = excluded.country",
  

• 			"%s" % single_network, inetnum.get("country"), source_key,
  	)
  
  

• def _parse_org_block(self, block):

• def _parse_org_block(self, block, source_key): org = {} for line in block: # Split line

@@ -656,13 +661,13 @@ class CLI(object): if not org: return

• self.db.execute("INSERT INTO _organizations(handle, name) \
  

• 	VALUES(%s, %s) ON CONFLICT (handle) DO \
  

• self.db.execute("INSERT INTO _organizations(handle, name, source) \
  

• 	VALUES(%s, %s, %s) ON CONFLICT (handle) DO \
  UPDATE SET name = excluded.name",
  

• 	org.get("organisation"), org.get("org-name"),
  

• 	org.get("organisation"), org.get("org-name"), source_key,
  

  )

• def _parse_line(self, line, validcountries = None):

• def _parse_line(self, line, source_key, validcountries = None): # Skip version line if line.startswith("2"): return

@@ -689,9 +694,9 @@ class CLI(object): return

if type in ("ipv6", "ipv4"):

• 	return self._parse_ip_line(country_code, type, line)
  

• 	return self._parse_ip_line(country_code, type, line, source_key)
  
  

• def _parse_ip_line(self, country, type, line):

• def _parse_ip_line(self, country, type, line, source_key): try: address, prefix, date, status, organization = line.split("|") except ValueError:

@@ -729,10 +734,10 @@ class CLI(object): if not self._check_parsed_network(network): return

• self.db.execute("INSERT INTO networks(network, country) \
  

• 	VALUES(%s, %s) ON CONFLICT (network) DO \
  

• self.db.execute("INSERT INTO networks(network, country, source) \
  

• 	VALUES(%s, %s, %s) ON CONFLICT (network) DO \
  UPDATE SET country = excluded.country",
  

• 	"%s" % network, country,
  

• 	"%s" % network, country, source_key,
  

  )

  def handle_update_announcements(self, ns):