Python thor.time函数代码示例

 def save_test(self):
     """Save a previously run test_id."""
     try:
         # touch the save file so it isn't deleted.
         os.utime(
             os.path.join(save_dir, self.test_id), 
             (
                 thor.time(), 
                 thor.time() + (save_days * 24 * 60 * 60)
             )
         )
         location = "?id=%s" % self.test_id
         if self.descend:
             location = "%s&descend=True" % location
         self.response_start(
             "303", "See Other", [
             ("Location", location)
         ])
         self.response_body("Redirecting to the saved test page...")
     except (OSError, IOError):
         self.response_start(
             "500", "Internal Server Error", [
             ("Content-Type", "text/html; charset=%s" % charset), 
         ])
         # TODO: better error message (through formatter?)
         self.response_body(
             error_template % "Sorry, I couldn't save that."
         )
     self.response_done([])

 def write(self, content: bytes, lifetime: int) -> None:
     """
     Write content to the file, marking it fresh for lifetime seconds.
     Discard errors silently.
     """
     try:
         fd = gzip.open(self.path, 'w')
         fd.write(content)
         os.utime(self.path, (thor.time(), thor.time() + lifetime))
     except (OSError, IOError, zlib.error):
         return
     finally:
         if 'fd' in locals():
             fd.close()

    def _response_done(self, trailers):
        "Finish anaylsing the response, handling any parse errors."
        self._st.append('_response_done()')
        state = self.state
        state.res_complete = True
        state.res_done_ts = thor.time()
        state.transfer_length = self.exchange.input_transfer_length
        state.header_length = self.exchange.input_header_length
        # TODO: check trailers
        if self.status_cb and state.type:
            self.status_cb("fetched %s (%s)" % (state.uri, state.type))
        state.res_body_md5 = self._md5_processor.digest()
        state.res_body_post_md5 = self._md5_post_processor.digest()
        checkCaching(state)

        if state.method not in ['HEAD'] and state.res_status not in ['304']:
            # check payload basics
            if state.parsed_hdrs.has_key('content-length'):
                if state.res_body_len == state.parsed_hdrs['content-length']:
                    state.set_message('header-content-length', rs.CL_CORRECT)
                else:
                    state.set_message('header-content-length', 
                                    rs.CL_INCORRECT,
                                    body_length=f_num(state.res_body_len)
                    )
            if state.parsed_hdrs.has_key('content-md5'):
                c_md5_calc = base64.encodestring(state.res_body_md5)[:-1]
                if state.parsed_hdrs['content-md5'] == c_md5_calc:
                    state.set_message('header-content-md5', rs.CMD5_CORRECT)
                else:
                    state.set_message('header-content-md5', rs.CMD5_INCORRECT,
                                     calc_md5=c_md5_calc)
        self.done()
        self.finish_task()

    def body_done(self, complete: bool, trailers: RawHeaderListType = None) -> None:
        """
        Signal that the body is done. Complete should be True if we
        know it's complete (e.g., final chunk, Content-Length).
        """
        self.complete = complete
        self.complete_time = thor.time()
        self.trailers = trailers or []
        self.payload_md5 = self._md5_processor.digest()
        self.decoded_md5 = self._md5_post_processor.digest()

        if self.is_request or \
          (not self.is_head_response and self.status_code not in ['304']):
            # check payload basics
            if 'content-length' in self.parsed_headers:
                if self.payload_len == self.parsed_headers['content-length']:
                    self.add_note('header-content-length', CL_CORRECT)
                else:
                    self.add_note('header-content-length',
                                  CL_INCORRECT,
                                  body_length=f_num(self.payload_len))
            if 'content-md5' in self.parsed_headers:
                c_md5_calc = base64.encodebytes(self.payload_md5)[:-1]
                if self.parsed_headers['content-md5'] == c_md5_calc:
                    self.add_note('header-content-md5', CMD5_CORRECT)
                else:
                    self.add_note('header-content-md5',
                                  CMD5_INCORRECT, calc_md5=c_md5_calc)
        self.emit('content_available')

 def run(self, done_cb=None):
     """
     Make an asynchronous HTTP request to uri, calling status_cb as it's
     updated and done_cb when it's done. Reason is used to explain what the
     request is in the status callback.
     """
     self.outstanding_tasks += 1
     self._st.append('run(%s)' % str(done_cb))
     self.done_cb = done_cb
     state = self.state
     if not self.preflight() or state.uri == None:
         # generally a good sign that we're not going much further.
         self.finish_task()
         return
     if 'user-agent' not in [i[0].lower() for i in state.req_hdrs]:
         state.req_hdrs.append(
             (u"User-Agent", u"RED/%s (http://redbot.org/)" % __version__))    
     self.exchange = self.client.exchange()
     self.exchange.on('response_start', self._response_start)
     self.exchange.on('response_body', self._response_body)
     self.exchange.on('response_done', self._response_done)
     self.exchange.on('error', self._response_error)
     if self.status_cb and state.type:
         self.status_cb("fetching %s (%s)" % (state.uri, state.type))
     req_hdrs = [
         (k.encode('ascii', 'replace'), v.encode('latin-1', 'replace')) \
         for (k, v) in state.req_hdrs
     ]
     self.exchange.request_start(state.method, state.uri, req_hdrs)
     state.req_ts = thor.time()
     if state.req_body != None:
         self.exchange.request_body(state.req_body)
     self.exchange.request_done([])

 def save_test(self) -> None:
     """Save a previously run test_id."""
     try:
         # touch the save file so it isn't deleted.
         os.utime(os.path.join(self.config.save_dir, self.test_id), (
             thor.time(), thor.time() + (self.config.save_days * 24 * 60 * 60)))
         location = "?id=%s" % self.test_id
         if self.descend:
             location = "%s&descend=True" % location
         self.response_start("303", "See Other", [("Location", location)])
         self.response_body("Redirecting to the saved test page...".encode(self.config.charset))
     except (OSError, IOError):
         self.response_start(b"500", b"Internal Server Error",
                             [(b"Content-Type", b"text/html; charset=%s" % self.charset_bytes),])
         self.response_body(self.show_error("Sorry, I couldn't save that."))
     self.response_done([])

    def read(self):
        """
        Read the file, returning its contents. If it does not exist or
        cannot be read, returns None.
        """
        if not path.exists(self.path):
            return None

        try:
            fd = gzip.open(self.path)
        except (OSError, IOError, zlib.error):
            self.delete()
            return None

        try:
            mtime = os.fstat(fd.fileno()).st_mtime
            is_fresh = mtime > thor.time()
            if not is_fresh:
                self.delete()
                return None
            content = fd.read()
        except IOError:
            self.delete()
            return None
        finally:
            fd.close()
        return content

    def final_status(self):
#        See issue #51
#        self.status("RED made %(reqs)s requests in %(elapse)2.3f seconds." % {
#            'reqs': fetch.total_requests,
        self.status("RED finished in %(elapse)2.3f seconds." % {
           'elapse': thor.time() - self.start
        })

    def final_status(self) -> None:
#        See issue #51
#        self.status("REDbot made %(reqs)s requests in %(elapse)2.3f seconds." % {
#            'reqs': fetch.total_requests,
        self.status("")
        self.output("""
<div id="final_status">%(elapse)2.2f seconds</div>
""" % {'elapse': thor.time() - self.start})

    def status(self, message: str) -> None:
        "Update the status bar of the browser"
        self.output("""
<script>
<!-- %3.3f
$('#red_status').text("%s");
-->
</script>
""" % (thor.time() - self.start, e_html(message)))

    def debug(self, message: str) -> None:
        "Debug to console."
        self.output("""
<script>
<!--
console.log("%3.3f %s");
-->
</script>
""" % (thor.time() - self.start, e_js(message)))

    def status(self, message):
        "Update the status bar of the browser"
        self.output(u"""
<script>
<!-- %3.3f
window.status="%s";
-->
</script>
        """ % (thor.time() - self.start, e_html(message)))

    def load_saved_test(self):
        """Load a saved test by test_id."""
        try:
            fd = gzip.open(os.path.join(
                save_dir, os.path.basename(self.test_id)
            ))
            mtime = os.fstat(fd.fileno()).st_mtime
        except (OSError, IOError, TypeError, zlib.error):
            self.response_start(
                "404", "Not Found", [
                ("Content-Type", "text/html; charset=%s" % charset), 
                ("Cache-Control", "max-age=600, must-revalidate")
            ])
            # TODO: better error page (through formatter?)
            self.response_body(error_template % 
                "I'm sorry, I can't find that saved response."
            )
            self.response_done([])
            return
        is_saved = mtime > thor.time()
        try:
            state = pickle.load(fd)
        except (pickle.PickleError, EOFError):
            self.response_start(
                "500", "Internal Server Error", [
                ("Content-Type", "text/html; charset=%s" % charset), 
                ("Cache-Control", "max-age=600, must-revalidate")
            ])
            # TODO: better error page (through formatter?)
            self.response_body(error_template % 
                "I'm sorry, I had a problem reading that response."
            )
            self.response_done([])
            return
        finally:
            fd.close()
            
        formatter = find_formatter(self.format, 'html', self.descend)(
            self.base_uri, state.request.uri, state.orig_req_hdrs, lang,
            self.output, allow_save=(not is_saved), is_saved=True,
            test_id=self.test_id
        )
        self.response_start(
            "200", "OK", [
            ("Content-Type", "%s; charset=%s" % (
                formatter.media_type, charset)), 
            ("Cache-Control", "max-age=3600, must-revalidate")
        ])
        if self.check_type:
        # TODO: catch errors
            state = state.subreqs.get(self.check_type, None)

        formatter.start_output()
        formatter.set_state(state)
        formatter.finish_output()
        self.response_done([])

 def _response_start(self, status, phrase, res_headers):
     "Process the response start-line and headers."
     self._st.append('_response_start(%s, %s)' % (status, phrase))
     self.response.start_time = thor.time()
     self.response.version = self.exchange.res_version
     self.response.status_code = status.decode('iso-8859-1', 'replace')
     self.response.status_phrase = phrase.decode('iso-8859-1', 'replace')
     self.response.set_headers(res_headers)
     StatusChecker(self.response, self.request)
     checkCaching(self.response, self.request)

 def _response_done(self, trailers):
     "Finish analysing the response, handling any parse errors."
     self._st.append('_response_done()')
     self.response.complete_time = thor.time()
     self.response.transfer_length = self.exchange.input_transfer_length
     self.response.header_length = self.exchange.input_header_length
     self.response.body_done(True, trailers)
     if self.status_cb and self.name:
         self.status_cb("fetched %s (%s)" % (
             self.request.uri, self.name
         ))
     self.done()
     self.finish_task()