def parse_capacity_measurements(hash):
data = []
result = []
device = database_helper.get_device_by_hash(hash).replace(':','')
filename = settings.PROJECT_ROOT + '/summary/measurements/capacity/' + device
#garbage characters to be removed:
remove = ')("\n'
try:
with open(filename,'r') as f:
#each line represents one measurement record:
for record in f:
entry = []
for i in range(0,len(remove)):
record = record.replace(remove[i],'')
record = record.split('|')
#eventstamp:
entry.append(int(record[0]))
#average:
entry.append(float(record[1])*1000)
#direction:
entry.append(record[2])
data.append(entry)
except:
return result
#sort by eventstamp:
sorted_data = sorted(data, key=lambda x: x[0])
sorted_up = [(x,y) for x,y,z in sorted_data if z=='up']
sorted_down = [(x,y) for x,y,z in sorted_data if z=='dw']
series_up = dict(name='Capacity Up', type='line', data=sorted_up)
series_down = dict(name='Capacity Down', type='line', data=sorted_down)
result.append(series_up)
result.append(series_down)
return result
def parse_lmrtt_measurements(hash):
data = []
result = []
device = database_helper.get_device_by_hash(hash).replace(':', '')
filename = settings.PROJECT_ROOT + '/summary/measurements/lmrtt/' + device
#garbage characters to be removed:
remove = ')("\n'
try:
with open(filename, 'r') as f:
#each line represents one measurement record:
for record in f:
entry = []
for i in range(0, len(remove)):
record = record.replace(remove[i], '')
record = record.split('|')
#eventstamp:
entry.append(int(record[0]))
#average:
entry.append(float(record[1]))
data.append(entry)
#file not found:
except:
return result
#sort by eventstamp:
sorted_data = sorted(data, key=lambda x: x[0])
series = dict(name='Last mile latency',
type='line',
data=sorted_data,
priority=1,
id=4)
result.append(series)
return result
def parse_lmrtt_measurements(hash):
data = []
result = []
device = database_helper.get_device_by_hash(hash).replace(':','')
filename = settings.PROJECT_ROOT + '/summary/measurements/lmrtt/' + device
#garbage characters to be removed:
remove = ')("\n'
try:
with open(filename,'r') as f:
#each line represents one measurement record:
for record in f:
entry = []
for i in range(0,len(remove)):
record = record.replace(remove[i],'')
record = record.split('|')
#eventstamp:
entry.append(int(record[0]))
#average:
entry.append(float(record[1]))
data.append(entry)
#file not found:
except:
return result
#sort by eventstamp:
sorted_data = sorted(data, key=lambda x: x[0])
series = dict(name='Last mile latency', type='line', data=sorted_data, priority=1, id=4)
result.append(series)
return result
def parse_underload_measurements(hash):
result = []
data = []
device = database_helper.get_device_by_hash(hash).replace(':', '')
filename = settings.PROJECT_ROOT + '/summary/measurements/underload/' + device
#garbage characters to be removed:
remove = ')("\n'
try:
with open(filename, 'r') as f:
#each line represents one measurement record:
for record in f:
entry = []
for i in range(0, len(remove)):
record = record.replace(remove[i], '')
record = record.split('|')
#eventstamp:
entry.append(int(record[0]))
#average:
entry.append(float(record[1]))
#direction:
direction = record[2]
entry.append(direction)
data.append(entry)
#file not found:
except:
return result
#sort by eventstamp:
sorted_data = sorted(data, key=lambda x: x[0])
sorted_up = [(x, y) for x, y, z in sorted_data if z == 'up']
sorted_dw = [(x, y) for x, y, z in sorted_data if z == 'dw']
series_up = dict(name='Under Load Up', type='line', data=sorted_up)
series_dw = dict(name='Under Load Down', type='line', data=sorted_dw)
result.append(series_up)
result.append(series_dw)
return result
def parse_bitrate_measurements(hash, dir):
result = []
data = []
device = database_helper.get_device_by_hash(hash).replace(':', '')
filename = settings.PROJECT_ROOT + '/summary/measurements/bitrate/' + device
#garbage characters to be removed:
remove = ')("\n'
try:
with open(filename, 'r') as f:
#each line represents one measurement record:
for record in f:
entry = []
for i in range(0, len(remove)):
record = record.replace(remove[i], '')
record = record.split('|')
#eventstamp:
entry.append(int(record[0]))
#average:
entry.append(float(record[1]) * 1000)
#direction:
direction = record[2]
entry.append(direction)
toolid = record[3]
entry.append(toolid)
data.append(entry)
#file not found:
except:
return result
#sort by eventstamp:
sorted_data = sorted(data, key=lambda x: x[0])
sorted_multi = [(x, y) for x, y, z, t in sorted_data
if z == dir and t == 'NETPERF_3']
sorted_single = [(x, y) for x, y, z, t in sorted_data
if z == dir and t != 'NETPERF_3']
multi_series = dict(name='Multi-threaded TCP',
type='line',
data=sorted_multi,
priority=1)
if dir == 'dw':
multi_series['id'] = 1
else:
multi_series['id'] = 2
single_series = dict(name='Single-threaded TCP',
type='line',
data=sorted_single)
result.append(multi_series)
result.append(single_series)
return result
def parse_rtt_measurements(hash):
result = []
data = []
dstips = []
device = database_helper.get_device_by_hash(hash).replace(':','')
filename = settings.PROJECT_ROOT + '/summary/measurements/rtt/' + device
#garbage characters to be removed:
remove = ')("\n'
ipr = database_helper.get_server_list()
try:
with open(filename,'r') as f:
#each line represents one measurement record:
for record in f:
entry = []
for i in range(0,len(remove)):
record = record.replace(remove[i],'')
record = record.split('|')
#eventstamp:
entry.append(int(record[0]))
#average:
entry.append(float(record[1]))
#mserver address:
dstip = record[2]
entry.append(dstip)
if dstip not in dstips and dstip!='':
dstips.append(dstip)
data.append(entry)
#file not found:
except:
return result
#sort by eventstamp:
sorted_data = sorted(data, key=lambda x: x[0])
#group data into sub-series by measurement server
for dstip in dstips:
mserver = ipr.filter(ip=dstip)
if len(mserver)==0:
continue
#measurements are grouped by dstip, though dstip itself is discarded:
series_data = [(x,y) for x,y,z in sorted_data if z==dstip]
series = dict(name=mserver[0].location,type='line',data=series_data)
result.append(series)
return result
def parse_rtt_measurements(hash):
result = []
data = []
dstips = []
device = database_helper.get_device_by_hash(hash).replace(':', '')
filename = settings.PROJECT_ROOT + '/summary/measurements/rtt/' + device
#garbage characters to be removed:
remove = ')("\n'
ipr = database_helper.get_server_list()
try:
with open(filename, 'r') as f:
#each line represents one measurement record:
for record in f:
entry = []
for i in range(0, len(remove)):
record = record.replace(remove[i], '')
record = record.split('|')
#eventstamp:
entry.append(int(record[0]))
#average:
entry.append(float(record[1]))
#mserver address:
dstip = record[2]
entry.append(dstip)
if dstip not in dstips and dstip != '':
dstips.append(dstip)
data.append(entry)
#file not found:
except:
return result
#sort by eventstamp:
sorted_data = sorted(data, key=lambda x: x[0])
#group data into sub-series by measurement server
for dstip in dstips:
mserver = ipr.filter(ip=dstip)
if len(mserver) == 0:
continue
#measurements are grouped by dstip, though dstip itself is discarded:
series_data = [(x, y) for x, y, z in sorted_data if z == dstip]
series = dict(name=mserver[0].location, type='line', data=series_data)
result.append(series)
return result
def parse_bitrate_measurements(hash, dir):
result = []
data = []
device = database_helper.get_device_by_hash(hash).replace(':','')
filename = settings.PROJECT_ROOT + '/summary/measurements/bitrate/' + device
#garbage characters to be removed:
remove = ')("\n'
try:
with open(filename,'r') as f:
#each line represents one measurement record:
for record in f:
entry = []
for i in range(0,len(remove)):
record = record.replace(remove[i],'')
record = record.split('|')
#eventstamp:
entry.append(int(record[0]))
#average:
entry.append(float(record[1])*1000)
#direction:
direction = record[2]
entry.append(direction)
toolid = record[3]
entry.append(toolid)
data.append(entry)
#file not found:
except:
return result
#sort by eventstamp:
sorted_data = sorted(data, key=lambda x: x[0])
sorted_multi = [(x,y) for x,y,z,t in sorted_data if z==dir and t=='NETPERF_3']
sorted_single = [(x,y) for x,y,z,t in sorted_data if z==dir and t!='NETPERF_3']
multi_series = dict(name='Multi-threaded TCP', type='line',data=sorted_multi,priority=1)
if dir=='dw':
multi_series['id']=1
else:
multi_series['id']=2
single_series = dict(name='Single-threaded TCP', type='line', data=sorted_single)
result.append(multi_series)
result.append(single_series)
return result
def get_location(hash):
device = database_helper.get_device_by_hash(hash)
details = database_helper.get_details_by_deviceid(device)
if details.count() > 0:
return (details[0].city + ", " + details[0].country)
return "unavailable"
def get_location(hash): device = database_helper.get_device_by_hash(hash) details = database_helper.get_details_by_deviceid(device) if details.count()>0: return (details[0].city + ", " + details[0].country) return "unavailable"