def __str__(self):
res=cStringIO.StringIO()
w=res.write
if self.tag != "TEXT":
w("<%s" %self.tag)
# attributes which will produce arg = "val"
attr1 = [ k for k in self.attrs
if not isinstance(self.attrs[k],bool) ]
w("".join([' %s="%s"'
%(k.replace('_','-'),self.attrs[k]) for k in attr1]))
# attributes with no argument
# if value is False, don't generate anything
attr2 = [ k for k in self.attrs if self.attrs[k] is True ]
w("".join([' %s' %k for k in attr2]))
w(">")
if self.tag in ONE_LINE:
w('\n')
#w(str(self.inner_HTML))
#@LM: unicode needs to be encoded
w(str(utils.getUtf8String(self.inner_HTML)))
for child in self.children:
w(str(child))
if self.tag in CLOSING_TAGS:
w("</%s>" %self.tag)
if self.tag in LINE_BREAK_AFTER:
w('\n')
if hasattr(self,"brothers"):
for brother in self.brothers:
w(str(brother))
return res.getvalue()
def query(db, query_string):
query_string = utils.getUtf8String(query_string)
# z1 = time.clock()
# print "QUERY: ",query_string
# try:
last_result = db.execute(query_string)
# except (sqlite.OperationalError) as (strerror):
# print "E: pysqlite2._sqlite.OperationalError", strerror
# print "query: ", query_string
# return None
# print " - sql take:", (time.clock()-z1)
return last_result
def query(self, query):
#import time
query = utils.getUtf8String(query)
#z1 = time.clock()
#print "QUERY: ",query
try:
last_result = self.db.execute(query)
except (sqlite.OperationalError) as (strerror):
print "E: pysqlite2._sqlite.OperationalError", strerror
print "query: ", query
return None
#except:
# print "E: query fatal error", sys.exc_info()[0]
# print "query: ", query
# return None
#print " - sql take:", (time.clock()-z1)
return last_result
