def fetch_config(zone, conn):
"""Fetch all pieces of a Route 53 config from Amazon.
Args: zone: string, hosted zone id.
conn: boto.route53.Route53Connection
Returns: list of ElementTrees, one for each piece of config."""
more_to_fetch = True
cfg_chunks = []
next_name = None
next_type = None
next_identifier = None
while more_to_fetch == True:
more_to_fetch = False
getstr = '/%s/hostedzone/%s/rrset' % (R53_API_VERSION, zone)
if next_name is not None:
getstr += '?name=%s&type=%s' % (next_name, next_type)
if next_identifier is not None:
getstr += '&identifier=%s' % next_identifier
log.debug('requesting %s' % getstr)
resp = conn.make_request('GET', getstr)
etree = lxml.etree.parse(resp)
cfg_chunks.append(etree)
root = etree.getroot()
truncated = root.find('{%s}IsTruncated' % R53_XMLNS)
if truncated is not None and truncated.text == 'true':
more_to_fetch = True
next_name = root.find('{%s}NextRecordName' % R53_XMLNS).text
next_type = root.find('{%s}NextRecordType' % R53_XMLNS).text
try:
next_identifier = root.find('{%s}NextRecordIdentifier' % R53_XMLNS).text
except AttributeError: # may not have next_identifier
next_identifier = None
return cfg_chunks
def fetch_config(zone, conn):
"""Fetch all pieces of a Route 53 config from Amazon.
Args: zone: string, hosted zone id.
conn: boto.route53.Route53Connection
Returns: list of ElementTrees, one for each piece of config."""
more_to_fetch = True
cfg_chunks = []
next_name = None
next_type = None
next_identifier = None
while more_to_fetch == True:
more_to_fetch = False
getstr = '/%s/hostedzone/%s/rrset' % (R53_API_VERSION, zone)
if next_name is not None:
getstr += '?name=%s&type=%s' % (next_name, next_type)
if next_identifier is not None:
getstr += '&identifier=%s' % next_identifier
log.debug('requesting %s' % getstr)
resp = conn.make_request('GET', getstr)
etree = lxml.etree.parse(resp)
cfg_chunks.append(etree)
root = etree.getroot()
truncated = root.find('{%s}IsTruncated' % R53_XMLNS)
if truncated is not None and truncated.text == 'true':
more_to_fetch = True
next_name = root.find('{%s}NextRecordName' % R53_XMLNS).text
next_type = root.find('{%s}NextRecordType' % R53_XMLNS).text
try:
next_identifier = root.find('{%s}NextRecordIdentifier' % R53_XMLNS).text
except AttributeError: # may not have next_identifier
next_identifier = None
return cfg_chunks
def _etree_to_dict(self, etree):
"""Convert an XML etree into a list of dicts.
This method only takes care of elements, not attributes!
:param etree: Etree object to process
:return: Data as a list of dict.
"""
root = etree.getroot()
data = []
labels = []
for flow in root:
flow_data = {}
for i in range(len(flow)):
if flow[i].tag != "Tag":
flow_data[flow[i].tag] = flow[i].text
else:
if flow[i].text == "Normal":
labels.append(TagValue.Normal)
self._num_normal += 1
else:
labels.append(TagValue.Attack)
self._num_attack += 1
data.append(flow_data)
return data, labels
def __parseto_xtree(self, xhtml_s):
if isinstance(xhtml_s, dict):
base_url = xhtml_s.pop("base_url", None)
# print "IN"
print base_url
resolve_base = xhtml_s.pop("resolve_base", True)
clean_xhtml = xhtml_s.pop("clean_xhtml", False)
xhtml_s = xhtml_s.pop("xhtml_s", None)
assert xhtml_s,\
"LinkExtractor.__parseto_xtree() Error: Dictionary with <None> xhtml source"
elif isinstance(xhtml_s, str):
clean_xhtml = False
base_url = None
else:
raise Exception(
"LinkExtractor.__parseto_xtree() Error: string or dictionary instance expected"
)
if clean_xhtml:
xhtml_clr = html_clr(
scripts=True, javascript=True, comments=True, style=True,
links=True, meta=True, page_structure=False, processing_instructions=True,
embedded=True, annoying_tags=True, remove_unknown_tags=True
)
# meta=False because we need MetaInfo
xhtml_s = xhtml_clr.clean_html(xhtml_s)
# The HTMLParser(s) should be defined in the thread (or process) when lxml.html.parser is dispatched into it
htmlparser = lxml.html.HTMLParser(recover=True, no_network=False)
# recover mode and download DTD enabled
# Now parse the XHTML source
try:
etree = lxml.html.parse(StringIO(xhtml_s), parser=htmlparser)
except Exception as e:
print("LinkExtractor Error: %s" % e)
print("LinkExtractor: Now Trying with the SOUP parser")
try:
etree = soup.parse(xhtml_s)
except Exception as e:
raise Exception("LinkExtractor Error: %s" % e)
if base_url:
eroot = etree.getroot()
try:
eroot.make_links_absolute(base_url, resolve_base_href=resolve_base)
except Exception as e:
raise Exception(
"LinkExtractor.__parseto_xtree() while making links absolute Error: " % e
)
# Return the etree just created
return etree
def __init__(self, rfile, etree, sftp, fscli, log):
self.etree = etree
self.root = etree.getroot()
self.file = rfile
self.sftp = sftp
self.cli = fscli
self.log = log
self._touched = []
def __init__(self, rfile, etree, conf_io, fscli, log):
self.etree = etree
self.root = etree.getroot()
self.file = rfile
self.conf_io = conf_io
self.cli = fscli
self.log = log
self._touched = []
def _etree_to_dict(self, etree):
"""Convert an XML etree into a list of dicts.
This method only takes care of elements, not attributes!
:param etree: Etree object to process
:return: Data as a list of dict.
"""
root = etree.getroot()
data = []
for flow in root:
flow_data = {}
for i in range(len(flow)):
flow_data[flow[i].tag] = flow[i].text
data.append(flow_data)
return data
def get_schedule(channel, tz):
if channel != '9 Канал Израиль':
return []
sched = schedule.Schedule(tz, _source_tz)
etree = lxml.etree.parse(_URL, _parser)
doc = etree.getroot()
content = doc[2][7][3][0][4][0][0][4]
for tv_program in content[4: 11]:
prog_id = tv_program.get('id')
dt = datetime.datetime.strptime(prog_id, 'tv_programm_%Y%m%d')
sched.set_date(dt.date())
for li in tv_program[0]:
span = li[0]
sched.set_time(span.text)
sched.set_title(span.tail.strip())
return sched.pop()