def speedy(site):
pst = pyspeedtest.SpeedTest(site)
print()
nicePrint("Using site", site)
nicePrint("Ping", pyspeedtest.pretty_speed(pst.ping()))
nicePrint("Download", pyspeedtest.pretty_speed(pst.download()))
print()
def update_statistics(self):
"""
Updates the statistics display on the GUI menu.
Responsible for keeping track of rolling averages and last tests.
Called directly by the tester thread.
"""
self.lasttest = self.thread.last_result
self.ntests += 1
ping_offset = (self.lasttest['ping'] - self.avg['ping']) / self.ntests
down_offset = (self.lasttest['down'] - self.avg['down']) / self.ntests
up_offset = (self.lasttest['up'] - self.avg['up']) / self.ntests
self.avg['ping'] = self.avg['ping'] + ping_offset
self.avg['down'] = self.avg['down'] + down_offset
self.avg['up'] = self.avg['up'] + up_offset
# create new format strings from computed averages/last test
# \u2191 is an up arrow
# \u2193 is a down arrow
last_str = u"Last: {ping}ms / {up}\u2191 / {down}\u2193".format(
ping=self.lasttest['ping'],
up=pretty_speed(self.lasttest['up']),
down=pretty_speed(self.lasttest['down']))
avg_str = u"Avg: {ping}ms / {up}\u2191 / {down}\u2193".format(
ping=round(self.avg['ping'], 2),
up=pretty_speed(self.avg['up']),
down=pretty_speed(self.avg['down']))
# apply changes
self.last_test_label.config(text=last_str)
self.avg_test_label.config(text=avg_str)
def getSpeedtest(self):
try: # Speed Test
st = pyspeedtest.SpeedTest()
self.ping = pyspeedtest.pretty_speed(st.ping())
self.download = pyspeedtest.pretty_speed(st.download())
self.upload = pyspeedtest.pretty_speed(st.upload())
self.timeStamp() # Set Time stamp after Speed Tests
if self.verbose:
self.printSpeedTestData()
except Exception as e:
print("Speedtest Error:", e)
def _get_speedtest(self):
try:
self.speed_test.connect(SPEEDTEST_URL)
self.procs.append(
Process(target=self.task_queue.put,
args=({
"Speed_Test": {
"Ping": "%.2f ms" % self.speed_test.ping()
}
}, )))
self.procs.append(
Process(target=self.task_queue.put,
args=({
"Speed_Test": {
"Download":
pyspeedtest.pretty_speed(
self.speed_test.download())
}
}, )))
self.procs.append(
Process(target=self.task_queue.put,
args=({
"Speed_Test": {
"Upload":
pyspeedtest.pretty_speed(
self.speed_test.upload())
}
}, )))
except:
self.procs.append(
Process(target=self.task_queue.put,
args=({
"Speed_Test": {
"Download": "0.0 Mbps",
"Upload": "0.0 Mbps",
"Ping": "0.0 ms"
}
}, )))
def run(self):
self.parent.listWidget.clear()
self.parent.hizihesapla.setEnabled(False)
self.parent.listWidget.insertItem(0,"Test yapılıyor, lütfen bekleyiniz.")
self.sonuclari_sifirla()
self.st = pyspeedtest.SpeedTest() # Programa işlevsellik kazandıran kodlar.
self.downloadbilgisi = pyspeedtest.pretty_speed(self.st.download()) #Download hızı hesaplanıyor.
self.uploadbilgisi = pyspeedtest.pretty_speed(self.st.upload()) # Upload hızı hesaplanıyor.
self.pingbilgisi = pyspeedtest.pretty_speed(self.st.ping()) # Ping hesaplanıyor.
self.item = ["Download: " + self.downloadbilgisi, "Upload: " + self.uploadbilgisi,
"Ping: " + self.pingbilgisi]
self.parent.sonuc_yazi_1.setText(self.downloadbilgisi)
self.parent.sonuc_yazi_2.setText(self.uploadbilgisi)
self.parent.sonuc_yazi_3.setText(self.pingbilgisi)
self.parent.listWidget.clear()
self.parent.listWidget.insertItems(0, self.item)
self.parent.hizihesapla.setEnabled(True)
def send_speed_test(ws):
print("Preparing message for server...")
try:
st = pyspeedtest.SpeedTest()
st.connect('speedtestba1.telecomitalia.it')
ping = round(st.ping(), 2)
download_speed = pyspeedtest.pretty_speed(st.download())
upload_speed = pyspeedtest.pretty_speed(st.upload())
msg = {
'type': "speedTestClient",
'message': "",
'userId': USER_ID,
'mac': MAC_ADDRESS,
'ping': ping,
'dw_speed': download_speed,
'up_speed': upload_speed
}
except Exception as e:
print(e)
json_msg = json.dumps(msg)
yield from ws.send(json_msg)
print("Message sent to the web socket: " + json_msg)
def speedtest(host,
runs=2,
index=None,
sourcetype="speedtest",
source="speedtest_search_command",
logger=None):
"""
Performs a bandwidth speedtest and sends the results to an index.
"""
# This will contain the event we will index and return
result = {}
speedtester = pyspeedtest.SpeedTest(host=host, runs=runs)
result['ping'] = round(speedtester.ping(), 2)
result['download'] = round(speedtester.download(), 2)
result['download_readable'] = pyspeedtest.pretty_speed(
speedtester.download())
result['upload'] = round(speedtester.upload(), 2)
result['upload_readable'] = pyspeedtest.pretty_speed(speedtester.upload())
result['server'] = speedtester.host
# Write the event as a stash new file
if index is not None:
writer = StashNewWriter(index=index,
source_name=source,
sourcetype=sourcetype,
file_extension=".stash_output")
# Log that we performed the speedtest
if logger:
logger.debug("Wrote stash file=%s", writer.write_event(result))
# Return the result
return result
def run_analytics():
with open(readfilename, 'r') as record:
lines = record.readlines()
records = {"time": [], "locs": [], "ping": [], "down": [], "up": []}
fails, totaltries = 0, 0
for line in lines:
try:
time, loc, ping, down, up = line.split(", ")
records['time'].append(
tm.strptime(time, "%a %b %d %w %Y at %H:%M:%S"))
records['locs'].append(loc)
records['ping'].append(float(ping))
records['down'].append(float(down))
records['up'].append(float(up))
except ValueError:
# it was a connection error
fails += 1
totaltries += 1
statlines = []
# meta
statlines.append(" " * 10 + " INTERNET SPEED REPORT")
statlines.append(" Location: " + LOCATION)
statlines.append("Time window: beginning " +
tm.asctime(records['time'][0]))
statlines.append(" end " +
tm.asctime(records['time'][-1]))
statlines.append("Server specified: " + str(FORCE_SERVER))
statlines.append("\n")
# pings
statlines.append(" " * 10 + " PING STATISTICS " + " " * 10)
statlines.append("Fastest ping: " + str(min(records['ping'])) + " ms")
statlines.append("Slowest ping: " + str(max(records['ping'])) + " ms")
statlines.append("Average ping: " + str(avg(records['ping'])) + " ms")
statlines.append("\n")
# download
statlines.append(" " * 10 + "DOWNLOAD STATISTICS" + " " * 10)
statlines.append("Fastest download: " + pretty_speed(max(records['down'])))
statlines.append("Slowest download: " + pretty_speed(min(records['down'])))
statlines.append("Average download: " + pretty_speed(avg(records['down'])))
statlines.append("\n")
# upload
statlines.append(" " * 10 + " UPLOAD STATISTICS " + " " * 10)
statlines.append("Fastest upload: " + pretty_speed(max(records['up'])))
statlines.append("Slowest upload: " + pretty_speed(min(records['up'])))
statlines.append("Average upload: " + pretty_speed(avg(records['up'])))
statlines.append("\n")
if STANDARDS_ENABLE:
print("Standards!" + str(STANDARDS_ENABLE))
statlines.append(" " * 10 + " OUT-OF-STANDARDS" + " " * 10)
# below standard rates
statlines.append("Total connection attempts: " + str(totaltries))
statlines.append("Total failed connection attempts: " + str(fails))
statlines.append("Total successful connection attempts: " +
str(totaltries - fails))
statlines.append("Percentage of failed connections: " +
str(round(fails / totaltries, 4) * 100) + "%")
statlines.append("")
n_ping_above_std = 0
for ping in records['ping']:
if ping > STANDARD_PING:
n_ping_above_std += 1
statlines.append("Number of ping times above " + str(STANDARD_PING) +
" ms: " + str(n_ping_above_std))
p_ping_above_std = round(n_ping_above_std / totaltries, 3)
statlines.append("Percentage of ping times below standard: " +
str(p_ping_above_std * 100) + "%")
statlines.append("Hours/day ping time is below standard: " +
str(round(p_ping_above_std * 24, 1)) + " hours")
statlines.append("")
n_down_below_std = 0
for down in records['down']:
if down < STANDARD_DOWN:
n_down_below_std += 1
statlines.append("Number of download speeds below " +
pretty_speed(STANDARD_DOWN) + ": " +
str(n_down_below_std))
p_down_below_std = round(n_down_below_std / totaltries, 3)
statlines.append("Percentage of download speeds below standard: " +
str(p_down_below_std * 100) + "%")
statlines.append("Hours/day download speed is below standard: " +
str(round(p_down_below_std * 24, 1)) + " hours")
statlines.append("")
n_up_below_std = 0
for up in records['up']:
if up < STANDARD_UP:
n_up_below_std += 1
statlines.append("Number of upload speeds below " +
pretty_speed(STANDARD_UP) + ": " +
str(n_up_below_std))
p_up_below_std = round(n_up_below_std / totaltries, 3)
statlines.append("Percentage of upload speeds below standard: " +
str(p_up_below_std * 100) + "%")
statlines.append("Hours/day upload speed is below standard: " +
str(round(p_up_below_std * 24, 1)) + " hours")
statlines.append("\n")
with open(ANALYTICS_REC_FILE, 'w') as out:
out.writelines('\n'.join(statlines))
def __get_down__(self):
self.actual_down_str = pyspeedtest.pretty_speed(self.speedtest.download())
self.actual_down, _ = self.actual_down_str.split()
self.actual_down = int(round(float(self.actual_down)))
def __get_up__(self):
self.actual_up_str = pyspeedtest.pretty_speed(self.speedtest.upload())
self.actual_up, _ = self.actual_up_str.split()
self.actual_up = int(round(float(self.actual_up)))
sys.stdout.write('\r{0} Testing upload'.format(msg))
upload = tester.upload()
results[profile_name] = {
'id': profile['id'],
'name': profile_name,
'ping': ping,
'upload': upload,
'download': download,
'score': (upload * download) / ping
}
sys.stdout.write('\r{0:7.0f}s {1} {2:5.0f}ms {3:>13s} {4:>13s}\n'.format(
time() - test_time, profile_name.rjust(profiles_longuest_name + 1),
ping, pyspeedtest.pretty_speed(download),
pyspeedtest.pretty_speed(upload)))
best_profile = max(results.values(), key=lambda p: p['score'])
print('\nApplying best found profile "{0}"'.format(best_profile['name']))
client.post('/xdsl/{0}/lines/{1}/dslamPort/changeProfile'.format(
service, line),
dslamProfileId=best_profile['id'])
connection_status = 'down'
while True:
try:
sleep(.5)
requests.get('https://www.ovh.com', timeout=2)
if connection_status == 'up':
import pyspeedtest
from time import localtime, strftime
import os.path
import csv
fname = 'speed.csv'
today = localtime()
# Run speed test
st = pyspeedtest.SpeedTest()
st.ping()
up = pyspeedtest.pretty_speed(st.upload())
down = pyspeedtest.pretty_speed(st.download())
# Check if file exists -- create and initialize with headers
if(not os.path.isfile('speed.csv')):
row = [['Weekday','Time','Month','Day','Year','Up','Down']]
file = open(fname,'w')
with file:
writer = csv.writer(file)
writer.writerows([['Weekday','Time','Month','Day','Year','Up','Down']])
row = [[strftime("%a",today), strftime("%H:%M",today), today[1], today[2], today[0], up, down]]
file = open(fname,'a')
with file:
writer = csv.writer(file)
writer.writerows(row)
import pyspeedtest
i = 0
testLoop = 100
while i < testLoop:
st = pyspeedtest.SpeedTest(host='www.speedtest.net')
resultDownload = pyspeedtest.pretty_speed(st.download())
print('Download: %s') % (resultDownload)
i += 1