def insert_into_table(curs, table, data):
att_str = ad.att_string(ad.tables[table])
att_lst = ad.att_list(att_str)
sql = ('INSERT INTO {} ({}) '
'VALUES({})'.format(table, att_str, ('?, ' * len(att_lst))[:-2]))
curs.execute(sql, [(data[key] if key in data.keys() else None)
for key in att_lst])
class UserData(DataHandler):
table = 'users'
vars=ad.att_list(ad.att_string(ad.tables[table]))
def __init__(self,dbh,limit=1):
self._collected = open(tmp_path+'now_collected'+dbh.ts+'.tmp','w+')
super(UserData,self).__init__(dbh,limit)
@property
def collected(self):
self._collected.seek(0)
return self._collected
def add_to_collected(self,datum):
self._collected.seek(0,2)
self._collected.write(str(datum)+'\n')
def extract(self,d,k):
try:
return d[k]
except KeyError:
return None
def add_record(self,id,d):
self.data.append([self.extract(d,v) for v in UserData.vars])
self.add_to_collected(id)
super(UserData,self).add_record(d)
def update(self,d):
for k,v in d.iteritems():
self.add_record(k,d[k])
def insert_into_table(curs,table,data):
att_str=ad.att_string(ad.tables[table])
att_lst=ad.att_list(att_str)
sql=('INSERT INTO {} ({}) '
'VALUES({})'.format(table,att_str,('?, '*len(att_lst))[:-2]))
curs.execute(sql,[(data[key] if key in data.keys() else None)
for key in att_lst])
def insert_into_table(curs, table, data):
att_str = ad.att_string(ad.tables[table])
att_lst = ad.att_list(att_str)
sql = ('INSERT INTO {} ({}) '
'VALUES({})'.format(table, att_str, ('?, ' * len(att_lst))[:-2]))
try:
data_to_add = [(data[key] if key in data.keys() else None)
for key in att_lst]
curs.execute(sql, data_to_add)
except sqlite3.IntegrityError as ie:
pass
def insert_into_table(curs,table,data):
att_str=ad.att_string(ad.tables[table])
att_lst=ad.att_list(att_str)
sql=('INSERT INTO {} ({}) '
'VALUES({})'.format(table,att_str,('?, '*len(att_lst))[:-2]))
try:
data_to_add=[(data[key] if key in data.keys() else None)
for key in att_lst]
curs.execute(sql,data_to_add)
except sqlite3.IntegrityError as ie:
pass
class FollowData(DataHandler):
table = 'x_follows_y'
vars=ad.att_list(ad.att_string(ad.tables[table]))
def __init__(self,db_handler,limit=1):
super(FollowData,self).__init__(db_handler,limit)
def add_record(self,t):
self.data.append(t)
super(FollowData,self).add_record(t)
def update(self,s):
for t in s:
self.add_record(t)
class UserData(DataHandler):
table = 'users'
vars = ad.att_list(ad.att_string(ad.tables[table]))
def __init__(self, dbh):
super(UserData, self).__init__(dbh)
def extract(self, d, k):
try:
return d[k]
except KeyError:
return None
def add_record(self, id, d):
self.data.append([self.extract(d, v) for v in UserData.vars])
super(UserData, self).add_record(d)
def update(self, d):
for k, v in d.iteritems():
self.add_record(k, d[k])
def swap_em_in(source,target):
connsourc=sqlite3.connect(source)
conntarge=sqlite3.connect(target)
curssourc=connsourc.cursor()
curstarge=conntarge.cursor()
att_str=add_data.att_string(add_data.tables['tracks'])
att_lst=add_data.att_list(att_str)
sql1='SELECT * FROM tracks'
sql2=('INSERT INTO tracks ({}) '
'VALUES({})'.format(att_str,('?, '*len(att_lst))[:-2]))
done=0
for n,datum in enumerate(curssourc.execute(sql1)):
try:
curstarge.execute(sql2,datum)
done += 1
except sqlite3.IntegrityError:
pass
if n % 500 == 0: print 'Tried: {}'.format(n)
if done > 0 and done % 500 == 0:
print 'Done: {}'.format(done)
conntarge.commit()
conntarge.commit()
return True
