def process_request(self, request, spider):
token_and_used = one_valid_token(self.req_count, self.tk_alive)
if token_and_used is None:
log.msg(format='No token alive', level=log.INFO, spider=spider)
raise CloseSpider('No Token Alive')
token, used = token_and_used
if used > self.per_token_hours_limit - self.buffer_size:
calibration(self.req_count, self.tk_alive,
self.per_token_hours_limit)
token, _ = one_valid_token(self.req_count, self.tk_alive)
tk_status = token_status(token)
reset_time_in, remaining = tk_status
if remaining < BUFFER_SIZE:
log.msg(
format=
'REACH API REQUEST BUFFER, SLEEP %(reset_time_in)s SECONDS',
level=log.WARNING,
spider=spider,
reset_time_in=reset_time_in)
time.sleep(reset_time_in)
log.msg(format='Request token: %(token)s used: %(used)s',
level=log.INFO,
spider=spider,
token=token,
used=used)
request.headers['Authorization'] = 'OAuth2 %s' % token
def process_request(self, request, spider):
token_and_used = one_valid_token(self.req_count, self.tk_alive)
if token_and_used is None:
log.msg(format='No token alive',
level=log.INFO, spider=spider)
raise CloseSpider('No Token Alive')
token, used = token_and_used
if used > self.per_token_hours_limit - self.buffer_size:
while 1:
token, used = one_valid_token(self.req_count, self.tk_alive)
remaining = self.per_token_hours_limit - used
token_key, token_secret = token.split('_')
if remaining < self.buffer_size:
log.msg(format='[Token] %(token)s REACH API REQUEST BUFFER, SLEEP %(reset_time_in)s SECONDS',
level=log.WARNING, spider=spider, token=token, reset_time_in=SLEEP_TIME_CHECK)
time.sleep(SLEEP_TIME_CHECK)
else:#当remaining恢复时，跳出sleep循环
break
ip_addr, ip_used = one_ip_request_count(self.req_ip_count, self.localIp)
if ip_used > self.per_ip_hours_limit - self.buffer_size:
while 1:
ip_addr, ip_used = one_ip_request_count(self.req_ip_count, self.localIp)
if ip_used < self.per_ip_hours_limit - self.buffer_size:
break
else:
log.msg(format='[Token] %(ip)s REACH IP REQUEST BUFFER, SLEEP %(reset_time_in)s SECONDS',
level=log.WARNING, spider=spider, ip=ip_addr, reset_time_in=SLEEP_TIME_CHECK)
time.sleep(SLEEP_TIME_CHECK)
log.msg(format='Request token: %(token)s used: %(used)s, Request IP: %(ip)s used: %(ip_used)s',
level=log.INFO, spider=spider, token=token, used=used, ip=ip_addr, ip_used=ip_used)
token_key, token_secret = token.split('_')
oauth4Scrapy = OAuth4Scrapy(self.api_key, self.api_secret)
oauth4Scrapy.setToken(token_key, token_secret)
headers = oauth4Scrapy.getAuthHeaders(request.url)
request.headers.update(headers)
def process_request(self, request, spider):
token_and_used = one_valid_token(self.req_count, self.tk_alive)
if token_and_used is None:
log.msg(format='No token alive',
level=log.INFO, spider=spider)
raise CloseSpider('No Token Alive')
token, used = token_and_used
if used > self.per_token_hours_limit - self.buffer_size:
calibration(self.req_count, self.tk_alive, self.per_token_hours_limit)
token, _ = one_valid_token(self.req_count, self.tk_alive)
tk_status = token_status(token)
reset_time_in, remaining = tk_status
if remaining < BUFFER_SIZE:
log.msg(format='REACH API REQUEST BUFFER, SLEEP %(reset_time_in)s SECONDS',
level=log.WARNING, spider=spider, reset_time_in=reset_time_in)
time.sleep(reset_time_in)
log.msg(format='Request token: %(token)s used: %(used)s',
level=log.INFO, spider=spider, token=token, used=used)
request.headers['Authorization'] = 'OAuth2 %s' % token