def parse(responses):
"""Using a list of responses, parse out useful information and return
it as a list of dicts.
"""
results = []
court_id = "Court not yet set."
for response in responses:
response.raise_for_status()
court_id = get_court_id_from_url(response.url)
set_response_encoding(response)
text = clean_html(response.text)
tree = get_html_parsed_text(text)
tree.rewrite_links(fix_links_in_lxml_tree, base_href=response.url)
opinion_count = int(
tree.xpath('//b[contains(text(), "Total number of '
'opinions reported")]')[0].tail)
if opinion_count == 0:
continue
rows = tree.xpath('(//table)[1]//tr[position() > 1]')
for row in rows:
if results:
# If we have results already, pass the previous result to
# the FreeOpinionRow object.
row = FreeOpinionRow(row, results[-1], court_id)
else:
row = FreeOpinionRow(row, {}, court_id)
results.append(row)
logger.info("Parsed %s results from written opinions report at %s" %
(len(results), court_id))
return results
def _count_rows(html):
"""Count the rows in the docket report.
:param html: The HTML of the docket report.
:return: The count of the number of rows.
"""
tree = get_html_parsed_text(html)
return len(tree.xpath('//table[./tr/td[3]]/tr')) - 1 # No header row
def _count_rows(html):
"""Count the rows in the docket report.
:param html: The HTML of the docket report.
:return: The count of the number of rows.
"""
tree = get_html_parsed_text(html)
return len(tree.xpath('//table[./tr/td[3]]/tr')) - 1 # No header row
def _make_html_tree(self, text):
"""Hook for custom HTML parsers
By default, the etree.html parser is used, but this allows support for
other parsers like the html5parser or even BeautifulSoup, if it's called
for (example: return get_html5_parsed_text(text)). Otherwise, this method
can be overwritten to execute custom parsing logic.
"""
return get_html_parsed_text(text)
def _make_html_tree(self, text):
"""Hook for custom HTML parsers
By default, the etree.html parser is used, but this allows support for
other parsers like the html5parser or even BeautifulSoup, if it's called
for (example: return get_html5_parsed_text(text)). Otherwise, this method
can be overwritten to execute custom parsing logic.
"""
return get_html_parsed_text(text)
def download_pdf(self, pacer_case_id, pacer_document_number):
"""Download a PDF from PACER.
Note that this doesn't support attachments yet.
"""
timeout = (60, 300)
url = make_doc1_url(self.court_id, pacer_document_number, True)
data = {
'caseid': pacer_case_id,
'got_receipt': '1',
}
logger.info("GETting PDF at URL: %s with params: %s" % (url, data))
r = self.session.get(url, params=data, timeout=timeout)
# The request above sometimes generates an HTML page with an iframe
# containing the PDF, and other times returns the PDF. Our task is thus
# to either get the src of the iframe and download the PDF or just
# return the pdf.
r.raise_for_status()
if is_pdf(r):
logger.info('Got PDF binary data for case %s at: %s' % (url, data))
return r
text = clean_html(r.text)
tree = get_html_parsed_text(text)
tree.rewrite_links(fix_links_in_lxml_tree, base_href=r.url)
try:
iframe_src = tree.xpath('//iframe/@src')[0]
except IndexError:
if 'pdf:Producer' in text:
logger.error("Unable to download PDF. PDF content was placed "
"directly in HTML. URL: %s, caseid: %s" %
(url, pacer_case_id))
else:
logger.error(
"Unable to download PDF. PDF not served as binary "
"data and unable to find iframe src attribute. "
"URL: %s, caseid: %s" % (url, pacer_case_id))
return None
r = self.session.get(iframe_src, timeout=timeout)
if is_pdf(r):
logger.info('Got iframed PDF data for case %s at: %s' %
(url, iframe_src))
return r
def _get_subpage_html_by_page(self, page):
path = ".//textarea[@id='PostContent']"
html = page.xpath(path)[0].text_content()
return get_html_parsed_text(html)
def get_page(self) -> WebElement:
text = clean_html(self.webdriver.page_source)
html = get_html_parsed_text(text)
html.rewrite_links(fix_links_but_keep_anchors, base_href=self.url)
return html
