def _do_fetch(self, statedir: AtomicDir, persdata: PersistentData,
logger: Logger) -> bool:
numpage = 0
nextpageurl = self.url + 'Packages()?$filter=IsLatestVersion'
while True:
logger.log('getting ' + nextpageurl)
text = self.do_http(nextpageurl).text
with open(os.path.join(statedir.get_path(),
'{}.xml'.format(numpage)),
'w',
encoding='utf-8') as pagefile:
pagefile.write(text)
# parse next page
logger.log('parsing ' + nextpageurl)
root = xml.etree.ElementTree.fromstring(text)
next_link = root.find(
'{http://www.w3.org/2005/Atom}link[@rel="next"]')
if next_link is None:
break
nextpageurl = next_link.attrib['href']
numpage += 1
return True
def _do_fetch(self, statedir: AtomicDir, persdata: PersistentData, logger: Logger) -> bool:
packages_url = self.url + 'packages.gz'
logger.get_indented().log('fetching package list from ' + packages_url)
data = self.do_http(packages_url).text # autogunzipped?
package_names = []
for line in data.split('\n'):
line = line.strip()
if line.startswith('#') or line == '':
continue
package_names.append(line)
if not package_names:
raise RuntimeError('Empty package list received, refusing to continue')
logger.get_indented().log('{} package name(s) parsed'.format(len(package_names)))
for num_page, (url, num_packages) in enumerate(_split_names_into_urls(self.url + '/rpc/?v=5&type=info', package_names, self.max_api_url_length)):
logger.get_indented().log('fetching page {} of {} package(s)'.format(num_page + 1, num_packages))
with open(os.path.join(statedir.get_path(), '{}.json'.format(num_page)), 'wb') as statefile:
statefile.write(self.do_http(url).content)
return True
def _do_fetch(self, statedir: AtomicDir, persdata: PersistentData,
logger: Logger) -> bool:
tarpath = os.path.join(statedir.get_path(), '.temporary.tar')
headers = {}
if persdata.get('last-modified'):
headers['if-modified-since'] = persdata.get('last-modified')
logger.log('using if-modified-since: {}'.format(
headers['if-modified-since']))
logger.log('fetching {}'.format(self.url))
try:
with open(tarpath, 'wb') as tarfile:
response = save_http_stream(self.url,
tarfile,
headers=headers,
timeout=self.fetch_timeout)
except NotModifiedException:
logger.log('got 403 not modified')
return False
# XXX: may be unportable, FreeBSD tar automatically handles compression type,
# may not be the case on linuxes
# XXX: this extracts tarball permissions, which is not desirable and it may
# produce non-readable files and dirs (blackarch). GNU tar has --mode, BSD tar
# lacks this. We should probably require GNU tar, and handle binary name which
# may differ on BSD.
run_subprocess(
['tar', '-x', '-z', '-f', tarpath, '-C',
statedir.get_path()], logger)
os.remove(tarpath)
if response.headers.get('last-modified'):
persdata['last-modified'] = response.headers['last-modified']
logger.log('storing last-modified: {}'.format(
persdata['last-modified']))
return True
def _do_fetch(self, statedir: AtomicDir, persdata: PersistentData,
logger: Logger) -> bool:
tarpath = os.path.join(statedir.get_path(), '.temporary.tar')
headers = {}
if persdata.get('last-modified'):
headers['if-modified-since'] = persdata.get('last-modified')
logger.log('using if-modified-since: {}'.format(
headers['if-modified-since']))
logger.log('fetching {}'.format(self.url))
try:
with open(tarpath, 'wb') as tarfile:
response = save_http_stream(self.url,
tarfile,
headers=headers,
timeout=self.fetch_timeout)
except NotModifiedException:
logger.log('got 403 not modified')
return False
# XXX: may be unportable, FreeBSD tar automatically handles compression type,
# may not be the case on linuxes
run_subprocess(
['tar', '-x', '-z', '-f', tarpath, '-C',
statedir.get_path()], logger)
os.remove(tarpath)
if response.headers.get('last-modified'):
persdata['last-modified'] = response.headers['last-modified']
logger.log('storing last-modified: {}'.format(
persdata['last-modified']))
return True
def _do_fetch(self, statedir: AtomicDir, persdata: PersistentData, logger: Logger) -> bool:
numpage = 1
while True:
url = self.url + '?page={}&per_page={}&sort=alpha'.format(numpage, self.per_page)
logger.log('getting ' + url)
text = self.do_http(url).text
with open(os.path.join(statedir.get_path(), '{}.json'.format(numpage)), 'w', encoding='utf-8') as pagefile:
pagefile.write(text)
# parse next page
if not json.loads(text)['crates']:
logger.log('last page detected')
return True
numpage += 1
def _do_fetch(self, statedir: AtomicDir, persdata: PersistentData, logger: Logger) -> bool:
page_counter = count()
query = '?per_page={}&sort=alpha'.format(self.per_page)
while query:
url = self.url + query
logger.log('getting ' + url)
text = self.do_http(url).text
with open(os.path.join(statedir.get_path(), '{}.json'.format(next(page_counter))), 'w', encoding='utf-8') as pagefile:
pagefile.write(text)
pagefile.flush()
os.fsync(pagefile.fileno())
# parse next page
query = json.loads(text)['meta']['next_page']
logger.log('last page detected')
return True
def _do_fetch(self, statedir: AtomicDir, persdata: PersistentData,
logger: Logger) -> bool:
for letter in ['0-9'] + list(ascii_uppercase):
page = 1
numpages = 1
while True:
logger.log('fetching {} page {}'.format(letter, page))
pageurl = '{}/{}/page/{}/'.format(self.url, letter, page)
# fetch HTML
response = self.do_http(pageurl)
response.encoding = 'utf-8' # is not detected properly
text = response.text
# get number of pages, if there are more than 1 of them
if numpages == 1:
for pagebutton in lxml.html.document_fromstring(
text).xpath('.//nav[@class="page-selector"]/a'
): # type: ignore
numpages = max(numpages,
int(pagebutton.text)) # type: ignore
# save HTML
with open(os.path.join(statedir.get_path(),
'{}-{}.html'.format(letter, page)),
'w',
encoding='utf-8') as pagefile:
pagefile.write(text)
pagefile.flush()
os.fsync(pagefile.fileno())
# end if that was last (or only) page
if page >= numpages:
break
# proceed with the next page
page += 1
return True
def _load_spec(self, package: str, statedir: AtomicDir,
logger: Logger) -> None:
specurl = self.giturl + '/{0}.git/plain/{0}.spec'.format(package)
logger.get_indented().log('getting spec from {}'.format(specurl))
r = do_http(specurl, check_status=False)
if r.status_code != 200:
deadurl = self.giturl + '/{0}.git/plain/dead.package'.format(
package)
dr = do_http(deadurl, check_status=False)
if dr.status_code == 200:
logger.get_indented(2).log('dead: ' +
';'.join(dr.text.split('\n')))
else:
logger.get_indented(2).log('failed: {}'.format(
r.status_code)) # XXX: check .dead.package, instead throw
return
with open(os.path.join(statedir.get_path(), package + '.spec'),
'wb') as file:
file.write(r.content)
def _do_fetch_scroll(self, statedir: AtomicDir, logger: Logger) -> None:
numpage = 0
logger.log('getting page {}'.format(numpage))
response = self._do_http('{}?scroll={}'.format(self._url,
self._scroll),
json=self._request_data).json()
scroll_id = response['_scroll_id']
while response['hits']['hits']:
with open(os.path.join(statedir.get_path(),
'{}.json'.format(numpage)),
'w',
encoding='utf-8') as pagefile:
json.dump(response['hits']['hits'], pagefile)
pagefile.flush()
os.fsync(pagefile.fileno())
numpage += 1
logger.log('getting page {}'.format(numpage))
response = self._do_http('{}?scroll={}&scroll_id={}'.format(
self._scroll_url, self._scroll, scroll_id)).json()
try:
self._do_http(self._scroll_url,
method='DELETE',
json={
'scroll_id': scroll_id
}).json()
except requests.exceptions.HTTPError as e:
# we don't care too much if removing the scroll fails, it'll timeout anyway
# XXX: but log this
logger.log('failed to DELETE scroll, server reply follows:\n' +
e.response.text,
severity=Logger.ERROR)
logger.log(e.response.text, severity=Logger.ERROR)
pass
