def __init__(self, billings_path):
db_path = os.path.abspath(os.path.join(billings_path, "Database", "billings.bid"))
uri = "sqlite:///" + db_path
SqlSoup.__init__(self, uri)
self.setup_constants()
self.setup_relations()
self.setup_column_introspection()
def raw_sql(sql):
engine = create_engine(
"mysql://%s:%s@%s/%s"
% (CLOUD_MONITOR_MYSQL_USERNAME, CLOUD_MONITOR_MYSQL_PASSWORD, CLOUD_MONITOR_MYSQL_HOST, CLOUD_MONITOR_MYSQL_DB)
)
db = SqlSoup(engine)
return db.execute(sql).fetchall()
def getSupression():
global db_url
global supressions
global ports
global ip_ports
#This is to get all guarantees from the sql in the dwarf-server
options = {"sql_connection": db_url}
db = SqlSoup(options["sql_connection"])
sup_info = db.supression.all()
c_time = int(time.time())
db.commit()
for sup in sup_info:
src_ip = sup.src_ip
port_name = ip_ports[src_ip]["port_name"]
print "getting db"
print port_name
for pid in ports:
if port_name == ports[pid].port_name:
print "this supression is mine"
supress = sup.supression
o_time = sup.time
if port_name in supressions:
if c_time < (o_time + 10):
print "wow, a new one!"
supressions[port_name]=supress
else:
del supressions[port_name]
def rest_service( request, service, version, resource ):
db = SqlSoup('postgres://%s/%s' % ('localhost', 'mypam'))
method = request.method
rp = db.execute("""SELECT rest.datasource.url, rest.resource.query, standard.array_accum( rest.parameter.name ) FROM rest.datasource
JOIN rest.service ON rest.service.datasource_id=rest.datasource.id
JOIN rest.version ON rest.version.service_id=rest.service.id
JOIN rest.resource ON rest.resource.version_id=rest.version.id
LEFT JOIN rest.parameter ON rest.parameter.resource_id=rest.resource.id
WHERE rest.service.name=:service AND rest.version.version=:version AND rest.resource.name=:resource AND rest.resource.method=:method
GROUP BY rest.datasource.url, rest.resource.query""",
params={ 'service' : service, 'version' : version, 'resource' : resource, 'method' : method })
row = rp.first()
if row != None:
( datasource_url, query, parameters ) = row
service_db = SqlSoup( datasource_url )
query_params = {}
for parameter in parameters:
if parameter != None:
query_params[ parameter ] = request.REQUEST.get( parameter )
try:
query_rp = db.execute( query, params=query_params )
query_row = query_rp.first()
except Exception as exc:
return HttpResponseBadRequest( str( exc ), content_type="text/plain" )
if query_row != None:
print query_row
return HttpResponse( query_row[0], content_type="text/plain")
return HttpResponseNotFound("service=[%s] version=[%s] resource=[%s] not found" % (service, version, resource),
content_type="text/plain")
def scrape_vimeo(query):
# Extract a UTC datetime object
utc_datetime = datetime.datetime.utcnow()
# Connect to the DB; if we can't, this will fail anyway.
db = SqlSoup(dbconfig.dburl)
page = urllib2.urlopen(query).read()
soup = BeautifulSoup(page)
count_regex = re.compile('\+ Browse all ([0-9.]+)K videos')
for license_code in license_codes:
license = 'http://creativecommons.org/licenses/%s/3.0/' % license_code
count_href = '/creativecommons/' + license_code
count_text = soup.find('a', 'more', href=count_href).string
count = count_regex.match(count_text).group(1)
if count:
# Vimeo notates number of videos as [N]K, where N may be a floating
# point number, but the true number will never be floating, so just
# do the multiplication, then convert it to an integer.
real_count = int(float(count) * 1000)
# Build a db row
row = {}
row['utc_time_stamp'] = utc_datetime
row['site'] = 'http://vimeo.com/'
row['license_uri'] = license
row['count'] = real_count
# Insert count into site_specific table
db.site_specific.insert(**row)
db.flush()
else:
raise Exception, "No count found at Vimeo for license: " + license
def start(self):
super(MySQLBind9Backend, self).start()
if cfg.CONF[self.name].write_database:
self._engine = get_engine(self.name)
self._db = SqlSoup(self._engine)
self._sync_domains()
def plominoSqlSync(session, plominoDocument, **table_infos):
"""
table_infos = dict(schema='<schema_table>')
"""
if isinstance(session, basestring):
session = named_scoped_session(session)
engine = session.get_bind()
db = SqlSoup(engine, session=session)
table_name = plominoDocument.Form
main_table = db.entity(table_name, **table_infos)
values = dict()
plominoItems = plominoDocument.getItems()
for column in main_table.c:
if column.key == u"id":
continue
if column.key in plominoItems and (plominoDocument.getItem(column.key, None) != None):
values[column.key] = plominoDocument.getItem(column.key)
plominoDatabase = plominoDocument.getParentDatabase()
values[u"modified_by"] = plominoDatabase.getCurrentUser().id
values[u"last_update"] = plominoDocument.plomino_modification_time.asdatetime()
if plominoDocument.isNewDocument():
values[u"plominoId"] = plominoDocument.id
main_table.insert(**values)
else:
if not main_table.filter(main_table.plominoId == plominoDocument.id).update(values):
values[u"plominoId"] = plominoDocument.id
main_table.insert(**values)
plominoForm = plominoDatabase.getForm(plominoDocument.Form)
plominoFields = plominoForm.getFormFields(includesubforms=True, applyhidewhen=True)
for field in plominoFields:
if field.getFieldType() in ("DATAGRID",) and (plominoDocument.getItem(field.id) != None):
gridItem = plominoDocument.getItem(field.id)
grid_table_name = field.id # oppure field.getSettings(key='associated_form')
try:
grid_table = db.entity(grid_table_name, **table_infos)
except NoSuchTableError, err:
pass
else:
grid_table.filter(grid_table.parentId == plominoDocument.id).delete()
vals = dict()
for record in gridItem:
field_mapping = field.getSettings(key="field_mapping").split(",")
for idx, key in enumerate(field_mapping):
if record[idx] != None:
vals[key] = record[idx]
vals[u"parentId"] = plominoDocument.id
grid_table.insert(**vals)
def migrateVersion3():
log.info('Upgrading DB to version 3.')
# for some normal executions
db = SqlSoup(engine)
try:
db.execute('ALTER TABLE Movie ADD dateChanged TIMESTAMP')
log.info('Added dateChanged to Movie table')
except OperationalError:
log.debug('Column dateChanged already added')
Session.add(DbVersion(3))
Session.flush()
def testconnection(self, param):
'''
This function lets you test the to be saved SQL connection.
:param param: A dictionary with all necessary parameter to test the connection.
:type param: dict
:return: Tuple of success and a description
:rtype: (bool, string)
Parameters are: Server, Driver, Database, User, Password, Port, Limit, Table, Map
Where, Encoding, conParams
'''
num=-1
desc=None
port = ""
password = ""
conParams = ""
if param.get("Port"):
port = ":%s" % param.get("Port")
if param.get("Password"):
password = "******" % param.get("Password")
if param.get("conParams"):
conParams = "?%s" % param.get("conParams")
connect_string = "%s://%s%s%s%s%s/%s%s" % (param.get("Driver"),
param.get("User"),
password,
"@" if (param.get("User") or password) else "",
param.get("Server"),
port,
param.get("Database"),
conParams)
log.info("using the connect string %s" % connect_string)
engine = create_engine(connect_string)
# create a configured "Session" class
session = sessionmaker(bind=engine)()
db = SqlSoup(engine)
TABLE = db.entity(param.get("Table"))
try:
result = session.query(TABLE).count()
num = result
desc = "Found %i users." % num
except Exception as exx:
desc = "failed to retrieve users: %s" % exx
return (num, desc)
def migrateVersion3():
log.info('Upgrading DB to version 3.')
# for some normal executions
db = SqlSoup(engine)
try:
db.execute('ALTER TABLE Movie ADD dateChanged TIMESTAMP')
log.info('Added dateChanged to Movie table')
except OperationalError:
log.debug('Column dateChanged already added')
Session.add(DbVersion(3))
Session.flush()
def main():
db = SqlSoup(dbconfig.dburl)
for filename in sorted(glob.glob(FLICKR_DATA_BASE_PATH + '/*.csv')):
if 'cumulative' in filename:
continue
utc_date_time = filename2utc_datetime(filename)
csv_fd = csv.reader(open(filename))
print 'Importing', filename,
for row in csv_fd:
importable = csv_row2dict(row, utc_date_time)
db.site_specific.insert(**importable)
db.flush()
# since that worked, rename the filename
os.rename(filename, filename + '.imported')
print '...done.'
def connectDbRemote(self):
""" effettua la connessione al DB remoto """
SessionRemote = None
self.metaRemote = None
# self.sessionRemote.close_all()
# self.engine.dispose() # added this
# del self.sessionRemote
# del self.engine
mainschema_remoto = Environment.conf.SincroDB.mainschema_remoto
user_remoto = Environment.conf.SincroDB.user_remoto
password_remoto = Environment.conf.SincroDB.password_remoto
host_remoto = Environment.conf.SincroDB.host_remoto
port_remoto = Environment.conf.SincroDB.port_remoto
database_remoto = Environment.conf.SincroDB.database_remoto
engine = create_engine('postgres:'+'//'
+user_remoto+':'
+ password_remoto+ '@'
+ host_remoto + ':'
+ port_remoto + '/'
+ database_remoto,
encoding='utf-8',
convert_unicode=True )
tipo_eng = engine.name
engine.echo = False
self.metaRemote = MetaData(engine)
self.pg_db_server_remote = SqlSoup(self.metaRemote)
self.pg_db_server_remote.schema = Environment.params["schema"]
self.pg_db_server_main_remote = SqlSoup(self.metaRemote)
self.pg_db_server_main_remote.schema = mainschema_remoto
SessionRemote = scoped_session(sessionmaker(bind=engine))
self.sessionRemote = SessionRemote()
print ">>>> CONNESSO AL DB REMOTO : %s IP: %s PORTA: %s SCHEMA %s <<<<< " %(database_remoto, host_remoto, port_remoto, Environment.params["schema"])
def main():
cfg.CONF(args=sys.argv, project='quantum')
# (TODO) gary - swap with common logging
logging_config.setup_logging(cfg.CONF)
integ_br = cfg.CONF.OVS.integration_bridge
root_helper = cfg.CONF.AGENT.root_helper
options = {"sql_connection": cfg.CONF.DATABASE.sql_connection}
db = SqlSoup(options["sql_connection"])
LOG.info(
_("Connecting to database \"%(database)s\" on %(host)s") % {
"database": db.engine.url.database,
"host": db.engine.url.host
})
ofp_rest_api_addr = check_ofp_rest_api_addr(db)
tunnel_ip = _get_tunnel_ip()
LOG.debug(_('tunnel_ip %s'), tunnel_ip)
ovsdb_port = cfg.CONF.OVS.ovsdb_port
LOG.debug(_('ovsdb_port %s'), ovsdb_port)
ovsdb_ip = _get_ovsdb_ip()
LOG.debug(_('ovsdb_ip %s'), ovsdb_ip)
try:
OVSQuantumOFPRyuAgent(integ_br, ofp_rest_api_addr, tunnel_ip, ovsdb_ip,
ovsdb_port, root_helper)
except httplib.HTTPException, e:
LOG.error(_("initialization failed: %s"), e)
sys.exit(1)
def _sql_soup_init(self, schema):
"""
Gets the schema to connect
to the db, creates a SqlSoup instance, sets the schema
:param schema: database schema
:type schema: str
"""
# be sure that autoflushing/expire_on_commit/autocommit are false
soup_db = SqlSoup(self.engine,
session=scoped_session(sessionmaker(autoflush=False,
expire_on_commit=False, autocommit=False)))
soup_db.schema = schema
soup_db.catalog.relate('surface', soup_db.surface)
soup_db.catalog.relate('magnitude', soup_db.magnitude)
return soup_db
def main():
usagestr = "%prog [OPTIONS] <config file>"
parser = OptionParser(usage=usagestr)
parser.add_option("-v",
"--verbose",
dest="verbose",
action="store_true",
default=False,
help="turn on verbose logging")
options, args = parser.parse_args()
if options.verbose:
LOG.basicConfig(level=LOG.DEBUG)
else:
LOG.basicConfig(level=LOG.WARN)
if len(args) != 1:
parser.print_help()
sys.exit(1)
config_file = args[0]
conf = config.parse(config_file)
integ_br = conf.OVS.integration_bridge
root_helper = conf.AGENT.root_helper
options = {"sql_connection": conf.DATABASE.sql_connection}
db = SqlSoup(options["sql_connection"])
LOG.info("Connecting to database \"%s\" on %s", db.engine.url.database,
db.engine.url.host)
plugin = OVSQuantumOFPRyuAgent(integ_br, db, root_helper)
plugin.daemon_loop(db)
sys.exit(0)
def connect(url):
global db
engine = sa.create_engine(url, pool_recycle=30, echo_pool=True, poolclass=SingletonThreadPool)
db = SqlSoup(engine)
global goodNameClause
goodNameClause = db.machines.is_active == 1
def getInactiveMachines(statusdb_url, initial_time, start_time, end_time):
"""Returns a list of slave machines that have been active between
initial_time and end_time, but haven't been active between start_time and
end_time"""
db = SqlSoup(statusdb_url)
q = sa.select([db.slaves.id, db.slaves.name],
sa.and_(
sa.not_(
sa.exists(
sa.select([db.builds.slave_id],
sa.and_(
db.builds.starttime >= start_time,
db.builds.endtime <= end_time,
db.builds.slave_id == db.slaves.id,
)))),
sa.exists(
sa.select([db.builds.slave_id],
sa.and_(
db.builds.starttime >= initial_time,
db.builds.starttime <= end_time,
db.builds.slave_id == db.slaves.id,
)))))
return [row['name'] for row in q.execute()]
def main(infd, unix_time, dry_run = False):
# Extract a UTC datetime object
utc_datetime = datetime.datetime.utcfromtimestamp(unix_time)
# Connect to the DB; if we can't, this will fail anyway.
db = SqlSoup(dbconfig.dburl)
# Scrape the results we just wgetted
license2count = parse(infd)
# Prepare any remaining DB columns, and write a CSV summary file
extra_data = {
'utc_time_stamp': utc_datetime,
'site': 'http://www.flickr.com/'}
importable = []
csv_values = {}
license2flickr = dict((v,k) for k,v in flickr2license.items())
for key in license2count:
row = {}
row.update(extra_data)
row['count'] = license2count[key]
row['license_uri'] = key
importable.append(row)
csv_values[license2flickr[key]] = row['count']
if dry_run:
print importable
print csv_values
else:
# Write data to CSV file
csv = open('./data/%s.csv.imported' % utc_datetime.date(), 'w')
for license, count in csv_values.items():
csv.write('%s,%d\n' % (license,count))
csv.close()
# Write data to database
counts = {}
for row in importable:
db.site_specific.insert(**row)
db.flush()
counts[row['license_uri'].split('/')[4]] = row['count']
# Sort by license code
lic_sorted = sorted(counts)
# Join counts (sorted) with a comma
cnt_sorted = ','.join(map(str, [counts[key] for key in lic_sorted]))
# Write csv data to big historical file. WARNING: this presupposes
# that license version and jurisdiction never change on Flickr
hist = open('./data/counts-historical-Flickr.csv', 'a')
hist.write(str(utc_datetime.date()) + ',Flickr,2.0,Unported,' + cnt_sorted + '\n')
hist.close()
def start(self):
super(MySQLBind9Backend, self).start()
if cfg.CONF[self.name].write_database:
self._engine = get_engine(self.name)
self._db = SqlSoup(self._engine)
self._sync_domains()
class GenericFillData(object):
def __init__(self):
self.azienda_destinazione = "latelier"
self.database = "promogest_db"
self.port = "5432"
self.user = "******"
self.password = "******"
self.host = "localhost"
self.file_csv = "aliquota_iva.csv"
self.mainSchema = "promogest2"
self.connection()
def connection(self):
engine = create_engine('postgres:'+'//'+self.user+':'
+ self.password+ '@'
+ self.host + ':'
+ self.port + '/'
+ self.database,
encoding='utf-8',
convert_unicode=True )
engine.echo = True
meta = MetaData(engine)
self.pg_db_dest = SqlSoup(meta)
self.pg_db_dest.schema = self.azienda_destinazione
self.readFile()
def readFile(self):
spamReader = csv.reader(open(self.file_csv), delimiter=';', quotechar='"')
self.fillDataContact(spamReader)
def fillDataContact(self,spamReader):
for row in spamReader:
_art = self.pg_db_dest.aliquota_iva()
_art.id=row[0]
_art.denominazione_breve=row[1]
_art.denominazione=row[2]
_art.percentuale = row[3]
_art.percentuale_detrazione = row[4]
_art.descrizione_detrazione = row[5]
_art.id_tipo = row[6]
sqlalchemy.ext.sqlsoup.Session.add(_art)
sqlalchemy.ext.sqlsoup.Session.commit()
self.pg_db_dest.flush()
def main(license,query):
# Extract a UTC datetime object
utc_datetime = datetime.datetime.utcnow()
# Connect to the DB; if we can't, this will fail anyway.
db = SqlSoup(dbconfig.dburl)
# Scrape for CC-BY and all count.
count = scrape_youtube(query)
# Build a db row
row = {}
row['utc_time_stamp'] = utc_datetime
row['site'] = 'http://www.youtube.com/'
row['license_uri'] = license
row['count'] = count
# Insert count into site_specific table
db.site_specific.insert(**row)
db.flush()
def _sql_soup_init(self, schema):
"""
Gets the schema to connect
to the db, creates a SqlSoup instance, sets the schema
:param schema: database schema
:type schema: str
"""
# be sure that autoflushing/expire_on_commit/autocommit are false
soup_db = SqlSoup(self.engine,
session=scoped_session(
sessionmaker(autoflush=False,
expire_on_commit=False,
autocommit=False)))
soup_db.schema = schema
soup_db.catalog.relate('surface', soup_db.surface)
soup_db.catalog.relate('magnitude', soup_db.magnitude)
return soup_db
def main(query):
# Extract a UTC datetime object
utc_datetime = datetime.datetime.utcnow()
# Connect to the DB; if we can't, this will fail anyway.
db = SqlSoup(dbconfig.dburl)
# Scrape for PDM count
count = scrape_europeana_pdm(query)
# Build a db row
row = {}
row['utc_time_stamp'] = utc_datetime
row['site'] = 'http://europeana.eu/'
row['license_uri'] = 'http://creativecommons.org/publicdomain/mark/1.0/'
row['count'] = count
# Insert count into site_specific table
db.site_specific.insert(**row)
db.flush()
def loadConfig(self, config, conf):
'''
Load the config from conf.
:param config: The configuration from the Config Table
:type config: dict
:param conf: the instance of the configuration
:type conf: string
The information which config entries we need to load is taken from
manage.js: function save_sql_config
'''
self.resolverId = conf
self.server = self.getConfigEntry(config, 'privacyidea.sqlresolver.Server', conf)
self.driver = self.getConfigEntry(config, 'privacyidea.sqlresolver.Driver', conf)
self.database = self.getConfigEntry(config, 'privacyidea.sqlresolver.Database', conf)
self.port = self.getConfigEntry(config, 'privacyidea.sqlresolver.Port', conf, required=False)
self.limit = self.getConfigEntry(config, 'privacyidea.sqlresolver.Limit', conf, required=False, default=100)
self.user = self.getConfigEntry(config, 'privacyidea.sqlresolver.User', conf)
self.password = self.getConfigEntry(config, 'privacyidea.sqlresolver.Password', conf, required=False)
self.table = self.getConfigEntry(config, 'privacyidea.sqlresolver.Table', conf)
usermap = self.getConfigEntry(config, 'privacyidea.sqlresolver.Map', conf)
self.map = yaml.load(usermap)
self.reverse_map = dict([[v,k] for k,v in self.map.items()])
self.where = self.getConfigEntry(config, 'privacyidea.sqlresolver.Where', conf, required=False)
self.encoding = self.getConfigEntry(config, 'privacyidea.sqlresolver.Encoding', conf, required=False, default="latin1")
self.conParams = self.getConfigEntry(config, 'privacyidea.sqlresolver.conParams', conf, required=False)
# create the connectstring like
# driver://user:passwd@seerver/database?conParams
port = ""
password = ""
if self.port:
port = ":%s" % self.port
if self.password:
password = "******" % self.password
self.connect_string = "%s://%s%s@%s%s/%s?%s" % (self.driver,
self.user,
password,
self.server,
port,
self.database,
self.conParams)
log.info("using the connect string %s" % self.connect_string)
self.engine = create_engine(self.connect_string, encoding=str(self.encoding))
# create a configured "Session" class
Session = sessionmaker(bind=self.engine)
# create a Session
self.session = Session()
self.db = SqlSoup(self.engine)
self.TABLE = self.db.entity(self.table)
return self
def __init__(self, _db_url=DB_URL):
self.db_url = _db_url
# main solexa database
self.solexa = SqlSoup(_db_url)
(self.db_host, self.solexa_db_name) = re.compile(
Lims.db_url_pattern).findall(_db_url)[0]
# other lims databases
self.lims = SqlSoup(Lims.db_url_string % {
'host': self.db_host,
'db_name': Lims.lims_db_name
})
self.request = SqlSoup(Lims.db_url_string % {
'host': self.db_host,
'db_name': Lims.request_db_name
})
self.general = SqlSoup(Lims.db_url_string % {
'host': self.db_host,
'db_name': Lims.general_db_name
})
def suggestFromTable(sessionname, name, columnname, others=[], schema="public", tip="", **filters):
"""
utile per l'implementazione di semplici servizi di auto-suggest da tabella.
sessionname: neme della sessione
name: nome della tabella
columnname: nome della colonna da cui attingere
others: altre colonne cui si è interessati al valore. Usare '' per tutte.
schema: nome dello schema di appartenenza della tabella
tip: "suggerimento"
filters: filtri aggiuntivi del tipo <chiave>=<valore>
"""
session = get_session(sessionname)
engine = session.get_bind()
db = SqlSoup(engine)
table = db.entity(name, schema=schema)
if isinstance(others, (list, tuple)):
# you can submit a list of column values to return, at least an empty list
query = session.query(*[table.c[col] for col in [columnname] + list(others)])
elif others == "filters_only":
# easter egg: useful?
query = session.query(*[table.c[col] for col in [columnname] + filters.keys()])
else:
# otherwise all columns will be returned
query = table
column = table.c[columnname]
tip = tip.rstrip()
# ilike '%(tip)s%%'
where = or_(
column.startswith(tip),
column.startswith(tip.capitalize()),
column.startswith(tip.title()),
column.startswith(tip.lower()),
column.startswith(tip.upper()),
)
# other simple filters
where = and_(where, *[(table.c[k] == v) for k, v in filters.items() if k in table.c.keys()])
return [row.__dict__ for row in query.filter(where).all()]
def __init__(self):
# Create any tables that don't already exist
self.createTables()
self.db = SqlSoup(FLAGS.api_db_url)
self.db_nets = self.db.networks
self.db_ports = self.db.ports
self.db_macs = self.db.macs
self.db_bonds = self.db.bonds
self.db_flowspace = self.db.flowspace
self.db_net2slice = self.db.delegated_nets
def migrateVersion4():
log.info('Upgrading DB to version 4.')
# for some normal executions
db = SqlSoup(engine)
try:
db.execute('ALTER TABLE MovieETA ADD lastCheck INTEGER')
log.info('Added lastCheck to MovieETA table')
except OperationalError:
log.debug('Column lastCheck already added.')
try:
db.execute('ALTER TABLE MovieQueue ADD lastCheck INTEGER')
log.info('Added lastCheck to MovieQueue table')
except OperationalError:
log.debug('Column lastCheck already added.')
Session.add(DbVersion(4))
Session.flush()
def connection(self):
engine = create_engine('postgres:'+'//'+USER+':'
+ PASSWORD+ '@'
+ HOST + ':'
+ PORT + '/'
+ DATABASE,
encoding='utf-8',
convert_unicode=True )
engine.echo = True
meta = MetaData(engine)
self.pg_db_dest = SqlSoup(meta)
self.pg_db_dest.schema = AZIENDA_DESTINAZIONE
self.readFile()
def connection(self):
engine = create_engine('postgres:'+'//'+self.user+':'
+ self.password+ '@'
+ self.host + ':'
+ self.port + '/'
+ self.database,
encoding='utf-8',
convert_unicode=True )
engine.echo = True
meta = MetaData(engine)
self.pg_db_dest = SqlSoup(meta)
self.pg_db_dest.schema = self.azienda_destinazione
self.readFile()
class GenericFillData(object):
def __init__(self):
""" QUESTO script permette di importare la tabella inventario così come
esportata dal modulo stesso. Il funzionamento è semplice:
si lancia lo script con "python nomescript" avendo cura che
il file csv si trovi nella stessa cartella dello script stesso
schema csv :
riga = ('Codice, Descrizione, Quantita\', Valore unitario, U.M., ' +
'Codice a barre, Famiglia, Categoria,Anno ,idMagazzino , idArticolo ,data_aggiornamento\n')
schema tabella:
anno ,id_magazzino , id_articolo , quantita , valore_unitario,data_aggiornamento
"""
self.connection()
def connection(self):
engine = create_engine('postgres:'+'//'+USER+':'
+ PASSWORD+ '@'
+ HOST + ':'
+ PORT + '/'
+ DATABASE,
encoding='utf-8',
convert_unicode=True )
engine.echo = True
meta = MetaData(engine)
self.pg_db_dest = SqlSoup(meta)
self.pg_db_dest.schema = AZIENDA_DESTINAZIONE
self.readFile()
def readFile(self):
spamReader = csv.reader(open(FILE_CSV), delimiter=DELIMITER, quotechar=QUOTECHAR)
self.fillDataContact(spamReader)
def fillDataContact(self,spamReader):
for row in spamReader:
quantita = float(row[2].strip().replace(",","."))
if quantita >0:
_field = self.pg_db_dest.inventario()
_field.anno=int(row[8])
_field.id_magazzino = int(row[9])
_field.id_articolo = int(row[10])
_field.quantita = quantita
_field.valore_unitario = float(row[3].strip().replace(",","."))
_field.data_aggiornamento = row[11] or None
sqlalchemy.ext.sqlsoup.Session.add(_field)
sqlalchemy.ext.sqlsoup.Session.commit()
def main():
global agent_port
global db_url
PreConfig()
#read db for ip and supression
options = {"sql_connection": db_url}
db = SqlSoup(options["sql_connection"])
ips = db.ip_port.all()
supressions = db.supression.all()
db.commit()
sup = {}
#{src_ip:{"supress":sup, "timeleft":time}
for supress in supressions:
sup[supress.src_ip] = "20"
#setup sockets
sock=socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.bind((server_ip, int(server_port)))
sock.listen(100)
while True:
print time.clock()
connection,address = sock.accept()
try:
connection.settimeout(5)
buf = connection.recv(1024)
flow2 = json.loads(buf)
#flow2 = {u'src_ip': u'10.10.0.5', u'supression': 0}
print "Server Received: %s " %(flow2)
try:
src_ip = flow2['src_ip']
supression = flow2['supression']
if src_ip in sup:
print "in sup, modify: " + src_ip
db.supression.get(src_ip).supression = supression
db.supression.get(src_ip).time = int(time.time())
db.commit()
else:
print "not in, adding: " + src_ip
print supression
db.supression.insert(src_ip=src_ip,supression=supression, time=int(time.time()))
sup[src_ip]=supression
db.commit()
except Exception:
print "f**k,sql wrong?"
except socket.timeout:
print 'time out'
except:
print 'well, something wrong'
connection.close()
def main():
cfg.CONF(args=sys.argv, project='quantum')
# (TODO) gary - swap with common logging
logging_config.setup_logging(cfg.CONF)
integ_br = cfg.CONF.OVS.integration_bridge
root_helper = cfg.CONF.AGENT.root_helper
options = {"sql_connection": cfg.CONF.DATABASE.sql_connection}
db = SqlSoup(options["sql_connection"])
LOG.info("Connecting to database \"%s\" on %s", db.engine.url.database,
db.engine.url.host)
plugin = OVSQuantumOFPRyuAgent(integ_br, db, root_helper)
plugin.daemon_loop(db)
sys.exit(0)
def daemon_loop(self):
old_vlan_bindings = {}
old_port_bindings = []
self.db_connected = False
while True:
if not self.db_connected:
time.sleep(self.reconnect_interval)
db = SqlSoup(self.db_connection_url)
self.db_connected = True
LOG.info("Connecting to database \"%s\" on %s" %
(db.engine.url.database, db.engine.url.host))
bindings = self.manage_networks_on_host(db, old_vlan_bindings,
old_port_bindings)
old_vlan_bindings = bindings[VLAN_BINDINGS]
old_port_bindings = bindings[PORT_BINDINGS]
time.sleep(self.polling_interval)
def connection(self):
if self.tipo == "postgresql":
engine = create_engine('postgres:'+'//'+self.user+':'
+ self.password+ '@'
+ self.host + ':'
+ self.port + '/'
+ self.db_name,
encoding='utf-8',
convert_unicode=True )
else:
self.azienda = None
self.mainSchema = None
engine =create_engine("sqlite:///"+self.db_path+"db",listeners=[SetTextFactory()],proxy=MyProxy())
engine.echo = False
meta = MetaData(engine)
self.pg_db_dest = SqlSoup(meta)
self.pg_db_dest.schema = self.azienda
self.readFile()
def connectDbRemote(self):
""" effettua la connessione al DB remoto """
engine = create_engine('postgres:'+'//'
+USER_REMOTO+':'
+ PASSWORD_REMOTO+ '@'
+ HOST_REMOTO + ':'
+ PORT_REMOTO + '/'
+ DATABASE_REMOTO,
encoding='utf-8',
convert_unicode=True )
tipo_eng = engine.name
engine.echo = False
self.metaRemote = MetaData(engine)
self.pg_db_server_remote = SqlSoup(self.metaRemote)
self.pg_db_server_remote.schema = SCHEMA_REMOTO
self.pg_db_server_main_remote = SqlSoup(self.metaRemote)
self.pg_db_server_main_remote.schema = MAINSCHEMA_REMOTO
SessionRemote = scoped_session(sessionmaker(bind=engine))
self.sessionRemote = SessionRemote()
print ">>>> CONNESSO AL DB REMOTO : %s IP: %s PORTA: %s SCHEMA %s <<<<< " %(DATABASE_REMOTO, HOST_REMOTO, PORT_REMOTO, SCHEMA_REMOTO)
def connectDbLocale(self):
""" effettua la connessione al DB locale """
SessionLocale = None
self.engineLocale = None
self.metaLocale = None
# self.sessionLocale.close_all()
# self.engineLocale.dispose() # added this
# del self.sessionLocale
# del self.engineLocale
mainschema_locale = Environment.conf.SincroDB.mainschema_locale
user_locale = Environment.conf.SincroDB.user_locale
password_locale = Environment.conf.SincroDB.password_locale
host_locale = Environment.conf.SincroDB.host_locale
port_locale = Environment.conf.SincroDB.port_locale
database_locale = Environment.conf.SincroDB.database_locale
engineLocale = create_engine('postgres:'+'//'
+user_locale+':'
+ password_locale+ '@'
+ host_locale + ':'
+ port_locale + '/'
+ database_locale,
encoding='utf-8',
convert_unicode=True )
tipo_eng = engineLocale.name
engineLocale.echo = False
self.metaLocale = MetaData(engineLocale)
self.pg_db_server_locale = SqlSoup(self.metaLocale)
self.pg_db_server_locale.schema = Environment.params["schema"]
self.pg_db_server_main_locale = SqlSoup(self.metaLocale)
self.pg_db_server_main_locale.schema = mainschema_locale
SessionLocale = scoped_session(sessionmaker(bind=engineLocale))
self.engineLocale = engineLocale
self.sessionLocale = SessionLocale()
print ">>>> CONNESSO AL DB LOCALE : %s IP: %s PORTA: %s SCHEMA %s <<<<< " %(database_locale, host_locale, port_locale, Environment.params["schema"])
def migrateVersion4():
log.info('Upgrading DB to version 4.')
# for some normal executions
db = SqlSoup(engine)
try:
db.execute('ALTER TABLE MovieETA ADD lastCheck INTEGER')
log.info('Added lastCheck to MovieETA table')
except OperationalError:
log.debug('Column lastCheck already added.')
try:
db.execute('ALTER TABLE MovieQueue ADD lastCheck INTEGER')
log.info('Added lastCheck to MovieQueue table')
except OperationalError:
log.debug('Column lastCheck already added.')
Session.add(DbVersion(4))
Session.flush()
def main():
db_name = sys.argv[1]
db = SqlSoup(db_name)
while True:
try:
cmd = raw_input(prompt)
if not cmd:
continue
if cmd.lower() in ("help", "?"):
show_help()
continue
sql = get_sql(cmd, db.engine.name) or cmd
res = db.execute(sql)
print_result(res)
db.commit()
except (SystemExit, KeyboardInterrupt, EOFError):
print "\nBye!\n"
return 0
except Exception:
traceback.print_exc()
db.rollback()
def connect_db(filename):
db = SqlSoup('sqlite:///%s' % filename)
return db
def migrateVersion2():
log.info('Upgrading DB to version 2.')
# for some normal executions
db = SqlSoup(engine)
# Remove not used table
try:
db.execute('DROP TABLE Feed')
log.info('Removed old Feed table.')
except (OperationalError, NoSuchTableError):
log.debug('No Feed table found.')
# History add column
try:
db.execute('DROP TABLE History')
log.info('Removed History table.')
except (OperationalError, NoSuchTableError):
log.debug('No History table found.')
# RenameHistory add column
try:
Session.query(RenameHistory).filter_by(movieQueue='').all()
log.debug('Column "RenameHistory:movieQueue" exists, not necessary.')
except (OperationalError, NoSuchTableError):
db.execute("CREATE TABLE RenameHistoryBackup(id, movieId, old, new);")
db.execute(
"INSERT INTO RenameHistoryBackup SELECT id, movieId, old, new FROM RenameHistory;"
)
db.execute("DROP TABLE RenameHistory;")
db.execute(
"CREATE TABLE RenameHistory (id, movieQueue, old VARCHAR, new VARCHAR);"
)
db.execute(
"INSERT INTO RenameHistory SELECT id, movieId, old, new FROM RenameHistoryBackup;"
)
db.execute("DROP TABLE RenameHistoryBackup;")
log.info('Added "movieQueue" column to existing RenameHistory Table.')
# Mark all history
# Quality from string to int
movies = Session.query(Movie).all()
for movie in movies:
# Add moviequeues
log.info('Making Queue item for %s' % movie.name)
queue = MovieQueue()
queue.movieId = movie.id
queue.qualityType = movie.quality if movie.quality else 'dvdrip' #just for backup
queue.order = 1
queue.active = (movie.status != u'deleted')
queue.completed = (movie.status != u'want')
queue.markComplete = True
Session.add(queue)
Session.flush()
log.info('Doing some stuff to RenameHistory')
history = Session.query(RenameHistory).filter_by(
movieQueue=movie.id).first()
if history:
history.movieQueue = queue.id
queue.name = os.path.basename(os.path.dirname(history.old))
Session.flush()
Session.add(DbVersion(1)) # Add version 1 for teh nice
Session.add(DbVersion(2))
Session.flush()
# -*- coding: utf-8 -*-
# Este módulo cuida das importações e funções
# usadas pelos outros módulos.
import csv, os, re, types
from optparse import OptionParser
from time import localtime, strftime
from ConfigParser import SafeConfigParser
from decimal import Decimal
from sqlalchemy.ext.sqlsoup import SqlSoup
import MySQLdb
# Conecta ao banco de dados
db = SqlSoup("mysql://*****:*****@localhost/cobranca")
connection = MySQLdb.connect(db='cobranca', user='******', passwd='caugm')
cursor = connection.cursor()
# Carrega a configuração
config = SafeConfigParser()
config.read("cobrador.ini")
def valor(valor, esconder_zero=True, largura=11):
temp = list(("%.2f" % valor).replace('.', ','))
v = temp.index(",")
for i in xrange(v - 3, 0, -3):
temp[i:i] = "."
temp = "".join(temp)
if temp == "0,00" and esconder_zero:
temp = ""
def _setup_sqlalchemy(self, path):
"""Establish foreign key relationships in the database and
fire-up sqlsoup"""
Session = sessionmaker()
self.engine = create_engine('sqlite:///%s' % path)
self.meta = MetaData(self.engine)
self.connection = self.engine.connect()
self.session = Session(bind=self.connection)
Groups = Table('Groups', self.meta, autoload=True)
Documents = Table('Documents', self.meta, autoload=True)
RemoteDocuments = Table('RemoteDocuments', self.meta,
Column('groupId', Integer,
ForeignKey('Groups.id')),
Column('remoteId', Integer,
primary_key=True),
Column('documentId', Integer,
ForeignKey('Documents.id'),
primary_key=True),
autoload=True)
DocumentContributors = Table('DocumentContributors', self.meta,
Column('documentId', Integer,
ForeignKey('Documents.id')),
autoload=True)
DocumentUrls = Table('DocumentUrls', self.meta,
Column('documentId', Integer,
ForeignKey('Documents.id'),
primary_key=True),
autoload=True)
DocumentFolders = Table('DocumentFolders', self.meta,
Column('documentId', Integer,
ForeignKey('Documents.id'),
primary_key=True),
Column('folderId', Integer,
ForeignKey('Folders.id'),
primary_key=True),
autoload=True)
DocumentTags = Table('DocumentTags', self.meta,
Column('documentId', Integer,
ForeignKey('Documents.id'),
primary_key=True),
Column('tag', String,
primary_key=True),
autoload=True)
Folders = Table('Folders', self.meta,
autoload=True)
self.db = SqlSoup(self.meta)
self.db.Documents.relate('contributors', self.db.DocumentContributors, lazy=True)
self.db.Documents.relate('url', self.db.DocumentUrls)
self.db.Documents.relate('tags', self.db.DocumentTags)
self.f_doc_alive = and_(self.db.Documents.onlyReference != 1,
self.db.Documents.deletionPending != 1)
def daemon_loop(self, db_connection_url):
"""Main processing loop (not currently used).
:param options: database information - in the event need to reconnect
"""
old_local_bindings = {}
old_vif_ports = {}
self.db_connected = False
while True:
if not self.db_connected:
time.sleep(self.reconnect_interval)
db = SqlSoup(db_connection_url)
self.db_connected = True
LOG.info('Connecting to database "%s" on %s' % (db.engine.url.database, db.engine.url.host))
# Get bindings from db.
all_bindings = self.get_db_port_bindings(db)
if not self.db_connected:
continue
all_bindings_vif_port_ids = set(all_bindings.keys())
lsw_id_bindings = self.get_db_vlan_bindings(db)
if not self.db_connected:
continue
# Get bindings from OVS bridge.
vif_ports = self.int_br.get_vif_ports()
new_vif_ports = dict([(p.vif_id, p) for p in vif_ports])
new_vif_ports_ids = set(new_vif_ports.keys())
old_vif_ports_ids = set(old_vif_ports.keys())
dead_vif_ports_ids = new_vif_ports_ids - all_bindings_vif_port_ids
dead_vif_ports = [new_vif_ports[p] for p in dead_vif_ports_ids]
disappeared_vif_ports_ids = old_vif_ports_ids - new_vif_ports_ids
new_local_bindings_ids = all_bindings_vif_port_ids.intersection(new_vif_ports_ids)
new_local_bindings = dict([(p, all_bindings.get(p)) for p in new_vif_ports_ids])
new_bindings = set((p, old_local_bindings.get(p), new_local_bindings.get(p)) for p in new_vif_ports_ids)
changed_bindings = set([b for b in new_bindings if b[2] != b[1]])
LOG.debug("all_bindings: %s" % all_bindings)
LOG.debug("lsw_id_bindings: %s" % lsw_id_bindings)
LOG.debug("old_vif_ports_ids: %s" % old_vif_ports_ids)
LOG.debug("dead_vif_ports_ids: %s" % dead_vif_ports_ids)
LOG.debug("old_vif_ports_ids: %s" % old_vif_ports_ids)
LOG.debug("new_local_bindings_ids: %s" % new_local_bindings_ids)
LOG.debug("new_local_bindings: %s" % new_local_bindings)
LOG.debug("new_bindings: %s" % new_bindings)
LOG.debug("changed_bindings: %s" % changed_bindings)
# Take action.
for p in dead_vif_ports:
LOG.info("No quantum binding for port " + str(p) + "putting on dead vlan")
self.port_dead(p)
for b in changed_bindings:
port_id, old_port, new_port = b
p = new_vif_ports[port_id]
if old_port:
old_net_uuid = old_port.network_id
LOG.info("Removing binding to net-id = " + old_net_uuid + " for " + str(p) + " added to dead vlan")
self.port_unbound(p, old_net_uuid)
if not new_port:
self.port_dead(p)
if new_port:
new_net_uuid = new_port.network_id
if new_net_uuid not in lsw_id_bindings:
LOG.warn("No ls-id binding found for net-id '%s'" % new_net_uuid)
continue
lsw_id = lsw_id_bindings[new_net_uuid]
try:
self.port_bound(p, new_net_uuid, lsw_id)
LOG.info(
"Port "
+ str(p)
+ " on net-id = "
+ new_net_uuid
+ " bound to "
+ str(self.local_vlan_map[new_net_uuid])
)
except Exception as e:
LOG.info(
"Unable to bind Port "
+ str(p)
+ " on netid = "
+ new_net_uuid
+ " to "
+ str(self.local_vlan_map[new_net_uuid])
)
for vif_id in disappeared_vif_ports_ids:
LOG.info("Port Disappeared: " + vif_id)
old_port = old_local_bindings.get(vif_id)
if old_port:
try:
self.port_unbound(old_vif_ports[vif_id], old_port.network_id)
except Exception:
LOG.info("Unable to unbind Port " + str(p) + " on net-id = " + old_port.network_uuid)
old_vif_ports = new_vif_ports
old_local_bindings = new_local_bindings
try:
db.commit()
except Exception as e:
LOG.info("Unable to commit to database! Exception: %s" % e)
db.rollback()
old_local_bindings = {}
old_vif_ports = {}
time.sleep(self.polling_interval)
def daemon_loop(self, db_connection_url):
self.local_vlan_map = {}
old_local_bindings = {}
old_vif_ports = {}
db_connected = False
while True:
if not db_connected:
time.sleep(self.reconnect_interval)
db = SqlSoup(db_connection_url)
db_connected = True
LOG.info('Connecting to database "%s" on %s' % (db.engine.url.database, db.engine.url.host))
all_bindings = {}
try:
ports = db.ports.all()
except Exception as e:
LOG.info("Unable to get port bindings! Exception: %s" % e)
db_connected = False
continue
for port in ports:
all_bindings[port.interface_id] = port
vlan_bindings = {}
try:
vlan_binds = db.vlan_bindings.all()
except Exception as e:
LOG.info("Unable to get vlan bindings! Exception: %s" % e)
db_connected = False
continue
for bind in vlan_binds:
vlan_bindings[bind.network_id] = bind.vlan_id
new_vif_ports = {}
new_local_bindings = {}
vif_ports = self.int_br.get_vif_ports()
for p in vif_ports:
new_vif_ports[p.vif_id] = p
if p.vif_id in all_bindings:
net_id = all_bindings[p.vif_id].network_id
new_local_bindings[p.vif_id] = net_id
else:
# no binding, put him on the 'dead vlan'
self.int_br.set_db_attribute("Port", p.port_name, "tag", DEAD_VLAN_TAG)
self.int_br.add_flow(priority=2, match="in_port=%s" % p.ofport, actions="drop")
old_b = old_local_bindings.get(p.vif_id, None)
new_b = new_local_bindings.get(p.vif_id, None)
if old_b != new_b:
if old_b is not None:
LOG.info("Removing binding to net-id = %s for %s" % (old_b, str(p)))
self.port_unbound(p, True)
if p.vif_id in all_bindings:
all_bindings[p.vif_id].op_status = OP_STATUS_DOWN
if new_b is not None:
# If we don't have a binding we have to stick it on
# the dead vlan
net_id = all_bindings[p.vif_id].network_id
vlan_id = vlan_bindings.get(net_id, DEAD_VLAN_TAG)
self.port_bound(p, vlan_id)
if p.vif_id in all_bindings:
all_bindings[p.vif_id].op_status = OP_STATUS_UP
LOG.info(("Adding binding to net-id = %s " "for %s on vlan %s") % (new_b, str(p), vlan_id))
for vif_id in old_vif_ports:
if vif_id not in new_vif_ports:
LOG.info("Port Disappeared: %s" % vif_id)
if vif_id in old_local_bindings:
old_b = old_local_bindings[vif_id]
self.port_unbound(old_vif_ports[vif_id], False)
if vif_id in all_bindings:
all_bindings[vif_id].op_status = OP_STATUS_DOWN
old_vif_ports = new_vif_ports
old_local_bindings = new_local_bindings
try:
db.commit()
except Exception as e:
LOG.info("Unable to commit to database! Exception: %s" % e)
db.rollback()
old_local_bindings = {}
old_vif_ports = {}
time.sleep(self.polling_interval)
def __init__(self, data_schema, db_url, metadata_table_name, scraper=None):
self.scraper = scraper
self.their_fields = copy.deepcopy(data_schema.their_fields)
self.resolutions = data_schema.resolutions
self.db_url = db_url
self.our_fields = {
'page_permalink': {
'column': Column(String(1000, convert_unicode=True)),
},
'access_time': {
'column': Column(Integer),
},
'doesnt_exist': {
'column': Column(Boolean),
},
'we_couldnt_parse_it': {
'column': Column(Boolean),
},
#'is_color = Column(Boolean)
}
resolutions_columns = []
for resolution, data in self.resolutions.items():
resolutions_columns.append((data['status_column_name'], {
'column':
Column(Boolean, default=False)
}))
resolutions_columns.append((data['url_column_name'], {
'column':
Column(String(1000, convert_unicode=True))
}))
resolutions_columns.append((data['too_big_column_name'], {
'column':
Column(Boolean, default=False)
}))
self.our_fields.update(dict(resolutions_columns))
def column_type_to_column_obj(type):
if type == 'string':
return Column(Text(9000, convert_unicode=True))
else:
print "what the heck kind of type is that?!?!?!?"
for index in self.their_fields.keys():
self.their_fields[index]['column'] = column_type_to_column_obj(
self.their_fields[index]['type'])
## glue all of the fields together
self.all_fields = dict(self.their_fields.items() +
self.our_fields.items())
## generate the metadata class
self.base = declarative_base()
class OurMetadata(self.base):
__tablename__ = data_schema.table_name
id = Column(Integer, primary_key=True)
for fieldname, fieldinfo in self.all_fields.items():
setattr(OurMetadata, fieldname, fieldinfo['column'])
## create the db
#self.db = SqlSoup(db_url + '?charset=utf8&use_unicode=0', expire_on_commit=True)
from sqlalchemy.orm import scoped_session, sessionmaker
self.db = SqlSoup(db_url + '?charset=utf8&use_unicode=0',
session=scoped_session(
sessionmaker(expire_on_commit=True)))
self.db.engine.raw_connection().connection.text_factory = unicode
# make the tables if they don't already exist
self.base.metadata.create_all(self.db.engine)
self.db.commit()
# make it easier to grab metadata table object
self.metadata_table = getattr(self.db, metadata_table_name)
if not self.metadata_table:
print "crap, something has gone really wrong. couldn't grab the metadata table"
#TODO: i think that maybe i can remove this. but not sure. probs need for sqlite.
self.db_lock = threading.Lock()
options, args = parser.parse_args()
if options.verbose:
LOG.basicConfig(level=LOG.DEBUG)
else:
LOG.basicConfig(level=LOG.WARN)
if len(args) != 1:
parser.print_help()
sys.exit(1)
config_file = args[0]
config = ConfigParser.ConfigParser()
try:
config.read(config_file)
except Exception, e:
LOG.error("Unable to parse config file \"%s\": %s" %
(config_file, str(e)))
integ_br = config.get("OVS", "integration-bridge")
options = {"sql_connection": config.get("DATABASE", "sql_connection")}
db = SqlSoup(options["sql_connection"])
LOG.info("Connecting to database \"%s\" on %s" %
(db.engine.url.database, db.engine.url.host))
plugin = OVSQuantumAgent(integ_br)
plugin.daemon_loop(db)
sys.exit(0)
def __init__(self, engine):
self.__db = SqlSoup(engine)
def connect(url):
global db
db = SqlSoup(url)
global goodNameClause
goodNameClause = db.machines.is_active == 1
class MySQLBind9Backend(base.Backend):
__plugin_name__ = 'mysqlbind9'
def get_url_data(self):
url = _parse_rfc1738_args(cfg.CONF[self.name].database_connection)
return url.translate_connect_args()
def get_dns_table(self, table=None):
"""
Get a Table object from SQLSoup
:param table: Overridable table name
"""
table = table or cfg.CONF[self.name].database_dns_table
return getattr(self._db, table)
def start(self):
super(MySQLBind9Backend, self).start()
if cfg.CONF[self.name].write_database:
self._engine = get_engine(self.name)
self._db = SqlSoup(self._engine)
self._sync_domains()
def _add_soa_record(self, domain, servers):
"""
add the single SOA record for this domain. Must create the
data from attributes of the domain
"""
table = self.get_dns_table()
data_rec = "%s. %s. %d %d %d %d %d" % (
servers[0]['name'], domain['email'].replace(
"@", "."), domain['serial'], domain['refresh'],
domain['retry'], domain['expire'], domain['minimum'])
# use the domain id for records that don't have a match
# in designate's records table
table.insert(tenant_id=domain['tenant_id'],
domain_id=domain['id'],
designate_rec_id=domain['id'],
name=domain['name'],
ttl=domain['ttl'],
type='SOA',
data=data_rec)
self._db.commit()
def _add_ns_records(self, domain, servers):
"""
add the NS records, one for each server, for this domain
"""
table = self.get_dns_table()
# use the domain id for records that don't have a match
# in designate's records table
for server in servers:
table.insert(tenant_id=domain['tenant_id'],
domain_id=domain['id'],
designate_rec_id=domain['id'],
name=domain['name'],
ttl=domain['ttl'],
type='NS',
data=server['name'])
self._db.commit()
def _insert_db_record(self, tenant_id, domain_id, record):
"""
generic db insertion method for a domain record
"""
table = self.get_dns_table()
table.insert(tenant_id=tenant_id,
domain_id=domain_id,
designate_rec_id=record['id'],
name=record['name'],
ttl=record['ttl'],
type=record['type'],
data=record['data'])
self._db.commit()
def _update_ns_records(self, domain, servers):
"""
delete and re-add all NS records : easier to just delete all
NS records and then replace - in the case of adding new NS
servers
"""
table = self.get_dns_table()
all_ns_rec = table.filter_by(tenant_id=domain['tenant_id'],
domain_id=domain['id'],
type=u'NS')
# delete all NS records
all_ns_rec.delete()
# add all NS records (might have new servers)
self._db.commit()
self._add_ns_records(domain, servers)
def _update_db_record(self, tenant_id, record):
"""
generic domain db record update method
"""
table = self.get_dns_table()
q = table.filter_by(tenant_id=tenant_id,
domain_id=record['domain_id'],
designate_rec_id=record['id'])
q.update({
'ttl': record['ttl'],
'type': record['type'],
'data': record['data']
})
self._db.commit()
def _update_soa_record(self, domain, servers):
"""
update the one single SOA record for the domain
"""
LOG.debug("_update_soa_record()")
table = self.get_dns_table()
# there will only ever be -one- of these
existing_record = table.filter_by(tenant_id=domain['tenant_id'],
domain_id=domain['id'],
type=u'SOA')
data_rec = "%s. %s. %d %d %d %d %d" % (
servers[0]['name'], domain['email'].replace(
"@", "."), domain['serial'], domain['refresh'],
domain['retry'], domain['expire'], domain['minimum'])
existing_record.update({
'ttl': domain['ttl'],
'type': u'SOA',
'data': data_rec
})
self._db.commit()
# def _update_domain_ttl(self, domain):
# LOG.debug("_update_soa_record()")
# table = self.get_dns_table()
#
# # there will only ever be -one- of these
# domain_records = table.filter_by(domain_id=domain['id'])
#
# domain_records.update({'ttl': domain['ttl']})
#
# self._db.commit()
def _delete_db_record(self, tenant_id, record):
"""
delete a specific record for a given domain
"""
table = self.get_dns_table()
LOG.debug("_delete_db_record")
q = table.filter_by(tenant_id=tenant_id,
domain_id=record['domain_id'],
designate_rec_id=record['id'])
q.delete()
self._db.commit()
def _delete_db_domain_records(self, tenant_id, domain_id):
"""
delete all records for a given domain
"""
LOG.debug('_delete_db_domain_records()')
table = self.get_dns_table()
# delete all records for the domain id
q = table.filter_by(tenant_id=tenant_id, domain_id=domain_id)
q.delete()
self._db.commit()
def create_domain(self, context, domain):
LOG.debug('create_domain()')
if cfg.CONF[self.name].write_database:
servers = self.central_service.find_servers(self.admin_context)
self._add_soa_record(domain, servers)
self._add_ns_records(domain, servers)
self._sync_domains()
def update_domain(self, context, domain):
LOG.debug('update_domain()')
if cfg.CONF[self.name].write_database:
servers = self.central_service.find_servers(self.admin_context)
self._update_soa_record(domain, servers)
self._update_ns_records(domain, servers)
def delete_domain(self, context, domain):
LOG.debug('delete_domain()')
if cfg.CONF[self.name].write_database:
self._delete_db_domain_records(domain['tenant_id'], domain['id'])
self._sync_domains()
def create_server(self, context, server):
LOG.debug('create_server()')
raise exceptions.NotImplemented('create_server() for '
'mysqlbind9 backend is '
'not implemented')
"""
TODO: this first-cut will not scale. Use bulk SQLAlchemy (core) queries
if cfg.CONF[self.name].write_database:
domains = self.central_service.find_domains(self.admin_context)
for domain in domains:
self._add_ns_records(domain, server)
self._sync_domains()
"""
# This method could be a very expensive and should only be called
# (e.g., from central) only if the name of the existing server is
# changed.
def update_server(self, context, server):
LOG.debug('update_server()')
raise exceptions.NotImplemented('update_server() for '
'mysqlbind9 backend is '
'not implemented')
"""
TODO: this first-cut will not scale. Use bulk SQLAlchemy (core) queries
if cfg.CONF[self.name].write_database:
servers = self.central_service.find_servers(self.admin_context)
domains = self.central_service.find_domains(self.admin_context)
for domain in domains:
self._update_ns_records(domain, servers)
self._sync_domains()
"""
def delete_server(self, context, server):
LOG.debug('delete_server()')
raise exceptions.NotImplemented('delete_server() for '
'mysqlbind9 backend is'
' not implemented')
"""
TODO: For scale, Use bulk SQLAlchemy (core) queries
"""
def create_record(self, context, domain, record):
LOG.debug('create_record()')
if cfg.CONF[self.name].write_database:
self._insert_db_record(domain['tenant_id'], domain['id'], record)
def update_record(self, context, domain, record):
LOG.debug('update_record()')
if cfg.CONF[self.name].write_database:
self._update_db_record(domain['tenant_id'], record)
def delete_record(self, context, domain, record):
LOG.debug('Delete Record')
if cfg.CONF[self.name].write_database:
self._delete_db_record(domain['tenant_id'], record)
def _sync_domains(self):
"""
Update the zone file and reconfig rndc to update bind.
Unike regular bind, this only needs to be done upon adding
or deleting domains as mysqlbind takes care of updating
bind upon regular record changes
"""
LOG.debug('Synchronising domains')
domains = self.central_service.find_domains(self.admin_context)
output_folder = os.path.join(os.path.abspath(cfg.CONF.state_path),
'bind9')
# Create the output folder tree if necessary
if not os.path.exists(output_folder):
os.makedirs(output_folder)
output_path = os.path.join(output_folder, 'zones.config')
abs_state_path = os.path.abspath(cfg.CONF.state_path)
LOG.debug("Getting ready to write zones.config at %s" % output_path)
# NOTE(CapTofu): Might have to adapt this later on?
url = self.get_url_data()
utils.render_template_to_file(
'mysql-bind9-config.jinja2',
output_path,
domains=domains,
state_path=abs_state_path,
dns_server_type=cfg.CONF[self.name].dns_server_type,
dns_db_schema=url['database'],
dns_db_table=cfg.CONF[self.name].database_dns_table,
dns_db_host=url['host'],
dns_db_user=url['username'],
dns_db_password=url['password'])
# only do this if domain create, domain delete
rndc_call = [
'rndc',
'-s',
cfg.CONF[self.name].rndc_host,
'-p',
str(cfg.CONF[self.name].rndc_port),
]
if cfg.CONF[self.name].rndc_config_file:
rndc_call.extend(['-c', self.config.rndc_config_file])
if cfg.CONF[self.name].rndc_key_file:
rndc_call.extend(['-k', self.config.rndc_key_file])
rndc_call.extend(['reconfig'])
utils.execute(*rndc_call)
class DB:
##### INSTANTIATION
def __init__(self, data_schema, db_url, metadata_table_name, scraper=None):
self.scraper = scraper
self.their_fields = copy.deepcopy(data_schema.their_fields)
self.resolutions = data_schema.resolutions
self.db_url = db_url
self.our_fields = {
'page_permalink': {
'column': Column(String(1000, convert_unicode=True)),
},
'access_time': {
'column': Column(Integer),
},
'doesnt_exist': {
'column': Column(Boolean),
},
'we_couldnt_parse_it': {
'column': Column(Boolean),
},
#'is_color = Column(Boolean)
}
resolutions_columns = []
for resolution, data in self.resolutions.items():
resolutions_columns.append((data['status_column_name'], {
'column':
Column(Boolean, default=False)
}))
resolutions_columns.append((data['url_column_name'], {
'column':
Column(String(1000, convert_unicode=True))
}))
resolutions_columns.append((data['too_big_column_name'], {
'column':
Column(Boolean, default=False)
}))
self.our_fields.update(dict(resolutions_columns))
def column_type_to_column_obj(type):
if type == 'string':
return Column(Text(9000, convert_unicode=True))
else:
print "what the heck kind of type is that?!?!?!?"
for index in self.their_fields.keys():
self.their_fields[index]['column'] = column_type_to_column_obj(
self.their_fields[index]['type'])
## glue all of the fields together
self.all_fields = dict(self.their_fields.items() +
self.our_fields.items())
## generate the metadata class
self.base = declarative_base()
class OurMetadata(self.base):
__tablename__ = data_schema.table_name
id = Column(Integer, primary_key=True)
for fieldname, fieldinfo in self.all_fields.items():
setattr(OurMetadata, fieldname, fieldinfo['column'])
## create the db
#self.db = SqlSoup(db_url + '?charset=utf8&use_unicode=0', expire_on_commit=True)
from sqlalchemy.orm import scoped_session, sessionmaker
self.db = SqlSoup(db_url + '?charset=utf8&use_unicode=0',
session=scoped_session(
sessionmaker(expire_on_commit=True)))
self.db.engine.raw_connection().connection.text_factory = unicode
# make the tables if they don't already exist
self.base.metadata.create_all(self.db.engine)
self.db.commit()
# make it easier to grab metadata table object
self.metadata_table = getattr(self.db, metadata_table_name)
if not self.metadata_table:
print "crap, something has gone really wrong. couldn't grab the metadata table"
#TODO: i think that maybe i can remove this. but not sure. probs need for sqlite.
self.db_lock = threading.Lock()
### SERIALIZATION
# serialize data before putting it in the database
def prep_data_for_insertion(self, data_dict):
if not data_dict:
return data_dict
for key, data in data_dict.items():
if key in self.all_fields and 'serialize' in self.all_fields[
key] and self.all_fields[key]['serialize']:
data_dict[key] = json.dumps(data_dict[key])
return data_dict
# de-serialize and decode to unicode the data after pulling it from the database
def re_objectify_data(self, data_dict):
if not data_dict:
return data_dict
data_dict['id'] = int(data_dict['id'])
for key, data in data_dict.items():
if key in self.all_fields and 'serialize' in self.all_fields[
key] and self.all_fields[key]['serialize']:
if data_dict[key]:
data_dict[key] = json.loads(data_dict[key])
else:
data_dict[key] = to_unicode_or_bust(data_dict[key])
return data_dict
##### READ-ONLY OPERATIONS
### BASE: Actually grab things from the database.
### many of the below functions use these
# NOTE: careful about using this directly. it doesn't "uncompress" the data after pulling it from the db
def get_image_metadata(self, id):
#with self.db_lock:
return self.metadata_table.get(id)
def get_image_metadata_dict(self, id):
# we run this through dict() so that we're manipulating a copy, not the actual object, which it turns out is cached or something
row = self.get_image_metadata(id)
if not row:
return None
row_dict = dict(row.__dict__)
objectified_dict = self.re_objectify_data(row_dict)
del objectified_dict[
'_sa_instance_state'] # sqlalchemy throws this sucker in. dont want it.
return objectified_dict
def get_resolution_url_column_name(self, resolution):
return self.resolutions[resolution]['url_column_name']
def get_resolution_url_column(self, resolution):
column_name = self.get_resolution_url_column_name(resolution)
return getattr(self.db, column_name)
def get_resolution_url(self, resolution, id):
row = self.metadata_table.get(id)
url_column_name = self.get_resolution_url_column_name(resolution)
return getattr(row, url_column_name)
#TODO: pretty sure these are the same function
def get_resolution_image_url(self, id, resolution):
metadata_url_column_name = self.resolutions[resolution][
'url_column_name']
url = getattr(self.metadata_table.get(id), metadata_url_column_name)
return url
def get_resolution_status_column_name(self, resolution):
return self.resolutions[resolution]['status_column_name']
def get_resolution_status_column(self, resolution):
the_status_column_name = self.get_resolution_status_column_name(
resolution)
the_status_column = getattr(self.metadata_table,
the_status_column_name)
return the_status_column
def get_resolution_status(self, id, resolution):
dict = self.get_image_metadata_dict(id)
column_name = self.get_resolution_status_column_name(resolution)
return dict.get(column_name)
def get_resolution_too_big_column_name(self, resolution):
return self.resolutions[resolution]['too_big_column_name']
def get_resolution_too_big_column(self, resolution):
column_name = self.get_resolution_too_big_column_name(resolution)
column = getattr(self.metadata_table, column_name)
return column
def get_is_marked_as_too_big(self, id, resolution):
dict = self.get_image_metadata_dict(id)
too_big_column_name = self.get_resolution_too_big_column_name(
resolution)
if dict[too_big_column_name]:
return True
return False
def get_valid_images(self):
criteria = []
for resolution in self.resolutions.keys():
criteria.append(
self.get_resolution_status_column(resolution) == True)
where = sqlalchemy.or_(*criteria)
return self.metadata_table.filter(where)
def get_next_successful_image_id(self, id):
where = self.metadata_table.id > id
higher_id = self.get_valid_images().filter(where).first()
if not higher_id:
return id
retval = int(higher_id.id)
return retval
def get_prev_successful_image_id(self, id):
where = self.metadata_table.id < id
lower_id = self.get_valid_images().filter(where).order_by(
sqlalchemy.desc(self.metadata_table.id)).first()
if not lower_id:
return id
retval = int(lower_id.id)
return retval
## input: resolution, as a string (hires, lores, thumb)
## returns: list of tuples in form: (id, url)
def get_set_images_to_dl(self, resolution):
the_status_column = self.get_resolution_status_column(resolution)
where = sqlalchemy.or_(the_status_column == False,
the_status_column == None)
#rows_to_dl = self.metadata_table.filter(where).filter(sqlalchemy.not_(self.get_resolution_too_big_column(resolution) == True)).all()
rows_to_dl = self.metadata_table.filter(where).all()
ids_to_dl = map(lambda row: row.id, rows_to_dl)
metadata_url_column_name = self.get_resolution_url_column_name(
resolution)
tuples = map(
lambda id:
(id, getattr(self.metadata_table.get(id), metadata_url_column_name)
), ids_to_dl)
# throw away tuples that have a null value in either position
# TODO: maybe we should throw an exception here?
tuples = filter(lambda tuple: tuple[0] and tuple[1], tuples)
return tuples
def get_highest_id_in_our_db(self):
try:
id = int(
self.metadata_table.order_by(
sqlalchemy.desc(self.metadata_table.id)).first().id)
except:
id = 1
return id
def get_random_valid_image_id(self):
possibilities = self.get_valid_images()
num_possibilities = possibilities.count()
choice = random.randrange(num_possibilities)
return possibilities[choice].id
def get_num_images(self):
# yeah, the below where statement really sucks
# i can't just filter by != True. it returns 0 results. i don't know why.
mywhere = sqlalchemy.or_(
self.metadata_table.we_couldnt_parse_it == False,
self.metadata_table.we_couldnt_parse_it == None)
return self.metadata_table.filter(mywhere).count()
##### WRITE-ONLY OPERATIONS
### BASE: Actually insert or update a row in the database
### many of the below functions use these
#NOTE: this only works if the primary key is 'id'
def insert_or_update_table_row(self, table, new_data_dict):
if not new_data_dict:
print "you're trying to insert a blank dict. that's pretty lame."
return False
# merge the new and the old into a fresh dict
existing_row = table.get(new_data_dict['id'])
if existing_row:
existing_row_data_dict = existing_row.__dict__
final_row_data_dict = existing_row_data_dict
for key, value in new_data_dict.items():
final_row_data_dict[key] = value
#write over the current row contents with it
#with self.db_lock:
self.db.delete(existing_row)
self.db.commit()
else:
final_row_data_dict = new_data_dict
#with self.db_lock:
table.insert(**final_row_data_dict)
self.db.commit()
def store_metadata_row(self, metadata_dict):
if not metadata_dict.has_key('we_couldnt_parse_it'):
metadata_dict['we_couldnt_parse_it'] = 0
metadata_dict = self.prep_data_for_insertion(metadata_dict)
self.insert_or_update_table_row(self.metadata_table, metadata_dict)
def mark_img_as_not_downloaded(self, id, resolution):
status_column_name = self.get_resolution_status_column_name(resolution)
data = {}
data['id'] = id
data[status_column_name] = False
self.store_metadata_row(data)
def mark_img_as_downloaded(self, id, resolution):
status_column_name = self.get_resolution_status_column_name(resolution)
data = {}
data['id'] = id
data[status_column_name] = True
self.store_metadata_row(data)
def mark_img_as_too_big(self, id, resolution):
status_column_name = self.get_resolution_too_big_column_name(
resolution)
data = {}
data['id'] = id
data[status_column_name] = True
self.store_metadata_row(data)
# DELETE EVERYTHING. CAREFUL!
def truncate_all_tables(self):
print "================================"
print "LIKE SERIOUSLY I AM ABOUT TO DELETE ALL THE TABLES RIGHT NOW OH BOY"
print self.db_url
print "================================"
meta = MetaData(self.db.engine)
meta.reflect()
meta.drop_all()
meta.create_all()
'''
for table in reversed(self.base.metadata.sorted_tables):
print table
table.delete()
self.db.commit()
self.base.metadata.create_all(self.db.engine)
self.db.commit()
'''
### HELPERS
def get_field_key_by_full_name(self, full_name):
for key, data in self.their_fields.items():
if not data['full_name']:
continue
if data['full_name'] == full_name:
return key
return False
##### OTHER
def repr_as_html(self, image_as_dict,
image_resolution_to_local_file_location_fxn):
if not image_as_dict:
return u""
floorified = usable_image_scraper.scraper.floorify(image_as_dict['id'])
id_zfilled = str(image_as_dict['id']).zfill(5)
image_urls = {}
for resolution in self.resolutions:
image_urls[
resolution] = image_resolution_to_local_file_location_fxn(
resolution)
# add link rel=license
#image_as_dict['copyright'] = image_as_dict['copyright'].strip("'").replace('None', '<a href="http://creativecommons.org/licenses/publicdomain/" rel="license">None</a>')
image_as_dict['next_id'] = int(image_as_dict['id']) + 1
image_as_dict['prev_id'] = int(image_as_dict['id']) - 1
image_as_dict['their_data'] = u''
for key, data in self.their_fields.items():
if not key in image_as_dict or not image_as_dict[key]:
continue
html_block = '<p class="datapoint">'
# if there's a pre-perscribed way to represent this field:
html_block += '<label for="' + key + '">' + self.their_fields[key][
'full_name'] + ': </label>'
rdfa_clause = ''
if 'dc_mapping' in data:
rdfa_clause = ' property="' + data['dc_mapping'] + '"'
if 'repr_as_html' in data:
html_block += data['repr_as_html'](image_as_dict[key])
# if not:
else:
html_block += '<span id="' + key + '"' + rdfa_clause + '>' + unicode(
image_as_dict[key]) + '</span>'
html_block += '</p>'
image_as_dict['their_data'] += html_block
def get_template_str():
template_file = 'django_template.html'
path = os.path.dirname(__file__)
relpath = os.path.relpath(path)
template_relpath = relpath + '/' + template_file
fp = open(template_relpath, 'r')
template_as_str = fp.read()
return template_as_str
# the table of image downloads
image_as_dict['download_links'] = u'<table id="download_links">'
for resolution, data in self.scraper.resolutions.items():
image_as_dict['download_links'] += u'<tr>'
image_as_dict['download_links'] += u'<td>' + resolution + ':</td>'
orig_url = self.get_resolution_url(resolution, image_as_dict['id'])
#image_as_dict['download_links'] += u'<td><a href="' + orig_url + '">' + self.scraper.abbrev.upper() + '</a></td>'
image_as_dict[
'download_links'] += u'<td><a href="' + orig_url + '">Original</a></td>'
# if we've downloaded the image
if self.get_resolution_status(image_as_dict['id'], resolution):
our_url = self.scraper.get_web_resolution_local_image_location(
resolution, image_as_dict['id'], remote_url=orig_url)
image_as_dict[
'download_links'] += u'<td><a href="' + our_url + '">Usable Image Mirror</a></td>'
else:
image_as_dict['download_links'] += u'<td></td>'
image_as_dict['download_links'] += u'</table>'
template_str = get_template_str()
template = Template(template_str)
context = Context({'image': image_as_dict, 'image_urls': image_urls})
html = template.render(context)
return html
import urlparse
from datetime import datetime, timedelta
from werkzeug.useragents import UserAgent
from pygeoip import GeoIP, MMAP_CACHE
import threading
import re
from .. import config
from sqlalchemy.ext.sqlsoup import SqlSoup
from pystil.db import desc
from pystil.data.utils import parse_referrer, parse_domain
db = SqlSoup(config.CONFIG["DB_URL"])
Visit = db.visit
ipv4re = re.compile(r"(\d{1,3}(\.|$)){4}")
gip_tl = threading.local()
class Message(object):
def __init__(self, query, user_agent, remote_addr):
self.query = query
self.stamp = datetime.utcnow()
self.user_agent = user_agent
self.remote_addr = remote_addr
@property
def gip(self):
if not hasattr(gip_tl, 'gip'):
gip_tl.gip = GeoIP(config.CONFIG['IP_DB'], MMAP_CACHE)
return gip_tl.gip
if not (db_user and db_pass and db_socket and days):
print 'Config error!'
sys.exit(-1)
if not days.isdigit():
print 'Config file error, days must be a number'
sys.exit(-1)
date = int(time()) - (86400 * int(days))
mysql_uri = "mysql://%s:%s@localhost/%%s?unix_socket=%s" % \
(db_user, db_pass, db_socket)
zimbra_uri = mysql_uri % ('zimbra')
zimbra_db = SqlSoup(zimbra_uri)
zimbra_user = pwd.getpwnam('zimbra')
zimbra_uid = zimbra_user.pw_uid
zimbra_gid = zimbra_user.pw_gid
volume = False
def get_volume(volume_id):
global volume
if not volume or volume.id != volume_id:
volume = zimbra_db.volume.filter(
zimbra_db.volume.id == volume_id).one()
return volume
class Upgrade:
def __init__(self, engine):
self.__db = SqlSoup(engine)
def process(self):
"""Main function that run the update process"""
#_upgrade_system_info_structure()
old_app_version = self.get_current_app_version()
old_db_version = self.get_current_db_version()
print("=== Upgrade process")
print("\t> Current version (application : %s, database = %s)"
% (self.get_current_app_version(), self.get_current_db_version()))
print("\t> New version (application : %s, database = %s)"
% (self.get_new_app_version(), self.get_new_db_version()))
self._sanity_check_before_upgrade()
# Database upgrade
while upgrade_scripts.db_upgrade(self):
pass
if old_db_version == self.get_current_db_version():
print("\tThe database was NOT upgraded: nothing to do!")
# Application upgrade
while upgrade_scripts.app_upgrade(self):
pass
if old_app_version == self.get_current_app_version():
print("\tThe application was NOT upgraded: nothing to do!")
print("=== Upgrade process terminated")
def set_version(self, app_version, db_version):
"""Set the version of the application and the database"""
self.update_app_version(app_version)
self.update_db_version(db_version)
self.commit()
def commit(self):
self.__db.commit()
#####################
# Utility functions #
#####################
def _sanity_check_before_upgrade(self):
"""Check that the upgrade process can be run"""
# We use NormalizedVersion to be able to make comparisons
new_db_version = self.get_new_db_version()
new_app_version = self.get_new_app_version()
current_db_version = self.get_current_db_version()
current_app_version = self.get_current_app_version()
if new_db_version > new_app_version:
print("Internal error")
print("The new database version number (%s) can't be superior to the application one (%s)"
% (new_db_version, new_app_version))
self._abort_upgrade_process()
if current_db_version > new_db_version:
print("Something is wrong with your installation:")
print("Your database version number (%s) is superior to the one you're trying to install (%s)"
% (current_db_version, new_db_version))
self._abort_upgrade_process()
if current_app_version > new_app_version:
print("Something is wrong with your installation:")
print("Your application version number (%s) is superior to the one you're trying to install (%s)"
% (current_app_version, new_app_version))
self._abort_upgrade_process()
if current_db_version > current_app_version:
print("Something is wrong with your installation:")
print("Your database version number (%s) is superior to the application one (%s)"
% (current_db_version, current_app_version))
self._abort_upgrade_process()
def get_current_db_version(self):
"""Return the current version of the database"""
db_version = self._sql_execute("SELECT db_version FROM core_system_info").fetchone()[0]
if db_version is None or db_version == '':
# Should only happen for the first upgrade using this script
return NormalizedVersion('0.1.0')
else:
return NormalizedVersion(self._suggest_normalized_version(db_version))
def get_new_db_version(self):
"""Return the version of the database we should upgrade to (normalized version)"""
return NormalizedVersion(self._suggest_normalized_version(DB_VERSION))
def update_db_version(self, db_version):
"""Update the version of the database"""
if self._sql_execute("SELECT db_version FROM core_system_info").fetchone() is None:
sql = "INSERT INTO core_system_info (db_version) VALUES('%s')" % db_version
else:
sql = "UPDATE core_system_info SET db_version='%s'" % db_version
self._sql_execute(sql)
def get_current_app_version(self):
"""Return the current version of the application"""
try:
app_version = self._sql_execute("SELECT app_version FROM core_system_info").fetchone()[0]
# Should only happen if the 'app_version' column doesn't exist (first application upgrade using this script)
if app_version is None or app_version == '':
app_version = NormalizedVersion('0.1.0')
return NormalizedVersion(self._suggest_normalized_version(app_version))
except Exception:
return NormalizedVersion('0.1.0')
def get_new_app_version(self):
"""Return the version of the application we should upgrade to (normalized version)"""
return NormalizedVersion(self._suggest_normalized_version(__version__))
def update_app_version(self, app_version):
"""Update the version of the application"""
if self._sql_execute("SELECT app_version FROM core_system_info").fetchone() is None:
sql = "INSERT INTO core_system_info (app_version) VALUES('%s')" % app_version
else:
sql = "UPDATE core_system_info SET app_version='%s'" % app_version
self._sql_execute(sql)
def _suggest_normalized_version(self, version):
n_version = suggest_normalized_version(version)
if n_version is None:
print("Error : invalid version number : %s" % version)
print("See : http://wiki.domogik.org/Release_numbering")
self._abort_install_process()
else:
return n_version
def _sql_execute(self, sql_code):
return self.__db.execute(sql_code)
def _abort_upgrade_process(self, message=""):
print("Upgrade process aborted : %s" % message)
sys.exit(1)
Q = dbgrafo.execute(
'select artigo_id_1,esfera_1,artigo_1,lei_1,artigo_id_2,esfera_2, artigo_2, lei_2, peso from vw_gr_artigo_artigo where peso >100'
)
if not nedges:
res = Q.fetchall()
nedges = len(res)
else:
res = Q.fetchmany(nedges)
eds = [(i[0], i[4], i[8]) for i in res]
G = nx.Graph()
G.add_weighted_edges_from(eds)
print "== Grafo Artigo_Artigo == "
print "==> Order: ", G.order()
print "==> # Edges: ", len(G.edges())
print "==> # Cliques: ", nx.algorithms.clique.graph_number_of_cliques(G)
print "==> Avg. Clustering: ", nx.average_clustering(G)
if __name__ == "__main__":
import socket
dbgrafo = SqlSoup("%s/SEN_Grafo" % MySQLServer)
dbdec = SqlSoup("%s/STF_Analise_Decisao" % MySQLServer)
#cf88_vs_outras(500)
#dyn_graph(1000)
G, elist = lei_vs_lei()
artigo_artigo()
#P.show()
dyn_graph_lei(elist)
class DictionaryLookup:
#FIXME: REFACTOR, REFACTOR, friggin' REFACTOR all this mess!
def __init__(self):
self.db = SqlSoup(SQLITE + PATH_TO_RES + JMDICT)
#self.joinTables() #TODO: should move somewhere (may be pre-dump routine?)
self.dictionary = {}
self.loadJmdictFromDumpRegex() #TODO: add check
def joinTables(self):
'''Join tables on init for better perfomance'''
join_word = self.db.join(self.db.k_ele, self.db.r_ele, self.db.k_ele.fk==self.db.r_ele.fk, isouter=True)
join_sense = self.db.join(join_word, self.db.sense, join_word.fk==self.db.sense.fk )
join_sense_labels = self.db.with_labels(join_sense)
self.join_gloss = self.db.join(join_sense_labels, self.db.gloss, join_sense_labels.sense_id==self.db.gloss.fk)
def dumpJmdictToFileMulilang(self, languages):
'''VERY time (and memory) consuming'''
dictionary = {}
everything = self.join_gloss.all()
print len(everything)
for item in everything:
# if item.lang == 'eng':
# if dictionary.has_key(item.r_ele_value):
# dictionary[item.r_ele_value].append({'word' : item.k_ele_value, 'sense' : item.value})
# else:
# dictionary[item.r_ele_value] = [{'word' : item.k_ele_value, 'sense' : item.value}] #what about r_ele_nokanji?
# if item.lang == 'eng' or item.lang == 'rus': #(*)
if item.lang in languages:
if dictionary.has_key(item.r_ele_value):
if dictionary[item.r_ele_value].has_key(item.k_ele_value):
if dictionary[item.r_ele_value][item.k_ele_value].has_key(item.lang):
dictionary[item.r_ele_value][item.k_ele_value][item.lang].append(item.value)
else:
dictionary[item.r_ele_value][item.k_ele_value][item.lang] = [item.value]
else:
dictionary[item.r_ele_value][item.k_ele_value] = { item.lang : [item.value] }
# if item.lang == 'eng':
# dictionary[item.r_ele_value]['sense']['eng'].append(item.value)
# if item.lang == 'rus':
# dictionary[item.r_ele_value]['sense']['rus'].append(item.value)
# dictionary[item.r_ele_value][item.lang].append(item.value) #without (*) check - will copy everythig
# dictionary[item.r_ele_value]['word'] = item.k_ele_value
else:
#dictionary[item.r_ele_value] = [{'word' : item.k_ele_value, item.lang : [item.value] }]
dictionary[item.r_ele_value] = { item.k_ele_value : { item.lang : [item.value] } }
#===================================================================
# if item.lang == 'eng':
# if dictionary.has_key(item.r_ele_value):
# dictionary[item.r_ele_value]['word'] = item.k_ele_value
# dictionary[item.r_ele_value]['sense']['eng'].append(item.value)
# else:
# dictionary[item.r_ele_value] = [{ 'word' : item.k_ele_value, 'eng' : [item.value] }]
# elif item.lang == 'rus':
# if dictionary.has_key(item.r_ele_value):
# dictionary[item.r_ele_value]['word'] = item.k_ele_value
# dictionary[item.r_ele_value]['sense']['rus'].append(item.value)
# else:
# dictionary[item.r_ele_value] = [{'word' : item.k_ele_value, 'rus' : [item.value] }]
#===================================================================
#NB:[{ 'word' : ..., 'sense' : { 'rus' : [], 'eng' : [] } ]
#or
#NB: [{ 'word' : ..., 'rus' : [], 'eng' : [] } <--- the best?
#or (even better)
#additionally, check if 'word' is the same ~ append to rus/eng/... senses, not to item by key;
#then, not dict[key] = [{ ... }] but dict[key] = { ... [], [] }
#(probably won't work, reading : word is not 1:1)
# if item.lang == 'eng':
# if dictionary.has_key(item.r_ele_value):
# dictionary[item.r_ele_value]['word'] = item.k_ele_value
# dictionary[item.r_ele_value]['sense']['eng'] = item.value
# else:
# dictionary[item.r_ele_value] = [{'word' : item.k_ele_value, 'sense' : {'eng' : item.value}}]
# elif item.lang == 'rus':
# if dictionary.has_key(item.r_ele_value):
# dictionary[item.r_ele_value]['word'] = item.k_ele_value
# dictionary[item.r_ele_value]['sense']['rus'] = item.value
# else:
# dictionary[item.r_ele_value] = [{'word' : item.k_ele_value, 'sense' : {'rus' : item.value}}]
dump = open(PATH_TO_RES + JMDICT_DUMP, 'w')
pickle.dump(dictionary, dump)
del dictionary
del everything
dump.close()
def dumpJmdictToFile(self, lang='eng'):
dictionary = {}
everything = self.join_gloss.all()
print len(everything)
for item in everything:
if item.lang == lang:
#NB:[ { 'word' : .., 'sense' : [..] } ] ~ dictionary composed of list of dictionaries
#===============================================================
# if dictionary.has_key(item.r_ele_value):
# dictionary[item.r_ele_value].append({'word' : item.k_ele_value, 'sense' : item.value})
# else:
# dictionary[item.r_ele_value] = [{'word' : item.k_ele_value, 'sense' : item.value}]
#===============================================================
#NB: { word : [ senses ] } ~ dictionary of dictionaries
if dictionary.has_key(item.r_ele_value):
if dictionary[item.r_ele_value].has_key(item.k_ele_value):
dictionary[item.r_ele_value][item.k_ele_value].append(item.value)
else:
dictionary[item.r_ele_value][item.k_ele_value] = [item.value]
else:
dictionary[item.r_ele_value] = { item.k_ele_value : [item.value] }
dump = open(PATH_TO_RES + JMDICT_DUMP, 'w')
pickle.dump(dictionary, dump)
del dictionary
del everything
dump.close()
def dumpJmdictToFileWithRegex(self, lang='eng'):
'''VERY time consuming'''
dictionary = redict({}) #NB: regex dictionary, [] is an generator object (iterator)
everything = self.join_gloss.all()
print len(everything)
for item in everything:
#NB:[ { 'word' : .., 'sense' : [..] } ] ~ dictionary composed of list of dictionaries
#===================================================================
# if dictionary.has_key(item.r_ele_value):
# dictionary.get(item.r_ele_value).append({'word' : item.k_ele_value, 'sense' : item.value})
# else:
# dictionary[item.r_ele_value] = [{'word' : item.k_ele_value, 'sense' : item.value}]
#===================================================================
#NB: { word : [ senses ] } ~ dictionary of dictionaries
if item.lang == lang:
if dictionary.has_key(item.r_ele_value):
if dictionary.get(item.r_ele_value).has_key(item.k_ele_value):
dictionary.get(item.r_ele_value).get(item.k_ele_value).append(item.value)
else:
dictionary.get(item.r_ele_value)[item.k_ele_value] = [item.value]
else:
dictionary[item.r_ele_value] = { item.k_ele_value : [item.value], 'kana' : item.r_ele_value }
dump = open(PATH_TO_RES + JMDICT_DUMP + '_rx', 'w')
pickle.dump(dictionary, dump)
del dictionary
del everything
dump.close()
def loadJmdictFromDump(self):
dump = open(PATH_TO_RES + JMDICT_DUMP, 'r')
self.dictionary = pickle.load(dump)
dump.close()
def loadJmdictFromDumpRegex(self):
dump = open(PATH_TO_RES + JMDICT_DUMP + '_rx', 'r')
self.dictionaryR = pickle.load(dump)
dump.close()
def populate():
tables = [('fermentables', 'Fermentable'), ('hops', 'Hop'),
('yeast', 'Yeast'), ('extras', 'Extra')]
path = os.path.dirname(os.path.abspath(data.__file__))
handle = SqlSoup('sqlite:///%s' % os.path.join(path, 'ingredients.db'))
for table, cls in tables:
print "-" * 80
print DARKBLUE + table.upper() + ENDS
print "-" * 80
for ingredient in getattr(handle, table).all():
# Coerce the data mapping into a dictionary
kwargs = dict(
(k, getattr(ingredient, k, '')) for k in ingredient.c.keys())
# Attempt to look up the entity first
uid = kwargs['uid']
ingredient = getattr(entities, cls).get_by(uid=uid)
# If the entity doesn't already exist, create it
new = False
changed = False
if ingredient is None:
new = True
ingredient = getattr(entities, cls)()
# Update necessary columns
for k, v in kwargs.items():
if not ne(getattr(ingredient, k), v):
changed = True
if k == 'liquid':
v = True if v == 1 else False
setattr(ingredient, k, v)
if new is True:
print "%s (%s)" % (ingredient.printed_name.encode(
'utf-8', 'ignore'), '%s New %s' % (GREEN, ENDS))
elif changed is True:
print "%s (%s)" % (ingredient.printed_name.encode(
'utf-8', 'ignore'), '%s Updated %s' % (YELLOW, ENDS))
else:
print "%s (No Changes)" % ingredient.printed_name.encode(
'utf-8', 'ignore')
print "=" * 80
print BLUE + "GENERATING STYLES" + ENDS
print "=" * 80
handle = SqlSoup('sqlite:///%s' % os.path.join(path, 'styles.db'))
for style in handle.styles.all():
# Coerce the data mapping into a dictionary
kwargs = dict((k, getattr(style, k, '')) for k in style.c.keys())
# Attempt to look up the entity first
uid = kwargs['uid']
style = entities.Style.get_by(uid=uid)
# If the entity doesn't already exist, create it
new = False
changed = False
if style is None:
new = True
style = entities.Style()
# Update necessary columns
for k, v in kwargs.items():
if not ne(getattr(style, k), v):
changed = True
setattr(style, k, v)
if new is True:
print "%s (%s)" % (style.name.encode(
'utf-8', 'ignore'), '%s New %s' % (GREEN, ENDS))
elif changed is True:
print "%s (%s)" % (style.name.encode(
'utf-8', 'ignore'), '%s Updated %s' % (YELLOW, ENDS))
else:
print "%s (No Changes)" % style.name.encode('utf-8', 'ignore')
model.commit()
def __init__(self):
self.db = SqlSoup(SQLITE + PATH_TO_RES + JMDICT)
#self.joinTables() #TODO: should move somewhere (may be pre-dump routine?)
self.dictionary = {}
self.loadJmdictFromDumpRegex() #TODO: add check