rtt_data = {} curl_data = {} myName = getMyName() curTS = time.time() dateStr = datetime.fromtimestamp(curTS).strftime('%m%d') rtt_data['Timestamp'] = curTS curl_data['Timestamp'] = curTS for host_name in hosts.commercial_hosts.keys(): mnRTT = getMnRTT(hosts.commercial_hosts[host_name], probe_num) rtt_data[host_name] = mnRTT for url_name in hosts.commercial_urls: rsp_time = curl(hosts.commercial_urls[url_name]) curl_data[url_name] = rsp_time rtt_file_name = config.probe_path + myName + '_' + dateStr + '_ping.csv' rtt_headers = ['Timestamp'] + hosts.commercial_hosts.keys() appendCSV(rtt_file_name, rtt_headers, rtt_data) curl_file_name = config.probe_path + myName + '_' + dateStr +'_curl.csv' curl_headers = ['Timestamp'] + hosts.commercial_urls.keys() appendCSV(curl_file_name, curl_headers, curl_data) time_elapsed = time.time() - curTS print "Running Time at ", str(curTS), ' is ', str(time_elapsed)
probe_num = 1 rtt_data = {} curl_data = {} bw_data_list = [] myName = getMyName() curTS = time.time() dateStr = datetime.fromtimestamp(curTS).strftime("%m%d") rtt_data["Timestamp"] = curTS curl_data["Timestamp"] = curTS for url_name in hosts.cache_urls.keys(): rsp_time = curl(hosts.cache_urls[url_name]) curl_data[url_name] = rsp_time for host_name in hosts.cache_ips.keys(): mnRTT = getMnRTT(hosts.cache_ips[host_name], probe_num) rtt_data[host_name] = mnRTT rtt_file_name = config.probe_path + myName + "_" + dateStr + "_cacheping.csv" rtt_headers = ["Timestamp"] + hosts.cache_ips.keys() appendCSV(rtt_file_name, rtt_headers, rtt_data) curl_file_name = config.probe_path + myName + "_" + dateStr + "_cachecurl.csv" curl_headers = ["Timestamp"] + hosts.cache_urls.keys() appendCSV(curl_file_name, curl_headers, curl_data)
probe_num = 1 rtt_data = {} curl_data = {} bw_data_list = [] myName = getMyName() curTS = time.time() dateStr = datetime.fromtimestamp(curTS).strftime('%m%d') rtt_data['Timestamp'] = curTS curl_data['Timestamp'] = curTS for url_name in hosts.cache_urls.keys(): rsp_time = curl(hosts.cache_urls[url_name]) curl_data[url_name] = rsp_time for host_name in hosts.cache_ips.keys(): mnRTT = getMnRTT(hosts.cache_ips[host_name], probe_num) rtt_data[host_name] = mnRTT rtt_file_name = config.probe_path + myName + '_' + dateStr + '_cacheping.csv' rtt_headers = ['Timestamp'] + hosts.cache_ips.keys() appendCSV(rtt_file_name, rtt_headers, rtt_data) curl_file_name = config.probe_path + myName + '_' + dateStr + '_cachecurl.csv' curl_headers = ['Timestamp'] + hosts.cache_urls.keys() appendCSV(curl_file_name, curl_headers, curl_data) now = datetime.now()
probe_num = 1 rtt_data = {} curl_data = {} myName = getMyName() curTS = time.time() dateStr = datetime.fromtimestamp(curTS).strftime('%m%d') rtt_data['Timestamp'] = curTS curl_data['Timestamp'] = curTS for host_name in hosts.commercial_hosts.keys(): mnRTT = getMnRTT(hosts.commercial_hosts[host_name], probe_num) rtt_data[host_name] = mnRTT for url_name in hosts.commercial_urls: rsp_time = curl(hosts.commercial_urls[url_name]) curl_data[url_name] = rsp_time rtt_file_name = config.probe_path + myName + '_' + dateStr + '_ping.csv' rtt_headers = ['Timestamp'] + hosts.commercial_hosts.keys() appendCSV(rtt_file_name, rtt_headers, rtt_data) curl_file_name = config.probe_path + myName + '_' + dateStr + '_curl.csv' curl_headers = ['Timestamp'] + hosts.commercial_urls.keys() appendCSV(curl_file_name, curl_headers, curl_data) time_elapsed = time.time() - curTS print "Running Time at ", str(curTS), ' is ', str(time_elapsed)