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googlesheet.py
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#!/usr/bin/python
#
# Google Sheet Creator
#
# The following additional packages are required beyond the base install:
#
# python2 package requirements:
# sudo apt-get install python-configparser python-requests python-psutil python-httplib2 python-pip
# sudo pip2 install --upgrade google-api-python-client oauth2client
#
# python3 package requirements:
# sudo apt-get install python3-psutil python3-pip
# sudo pip3 install --upgrade google-api-python-client oauth2client
#
# To run -setup without local browser use this command:
# ./googlesheet.py -setup --noauth_local_webserver
#
import os
import sys
import warnings
import re
import shutil
import time
import pickle
from distutils.dir_util import copy_tree
from tempfile import NamedTemporaryFile, mkdtemp
from subprocess import call, Popen, PIPE
from datetime import datetime
import argparse
import smtplib
import sleepgraph as sg
import tools.bugzilla as bz
import os.path as op
from tools.googleapi import setupGoogleAPIs, initGoogleAPIs, google_api_command, gdrive_find, gdrive_mkdir, gdrive_backup
from tools.parallel import MultiProcess
gslink = '=HYPERLINK("{0}","{1}")'
gsperc = '=({0}/{1})'
deviceinfo = {'suspend':dict(),'resume':dict()}
trash = []
mystarttime = time.time()
def pprint(msg, withtime=True):
if withtime:
print('[%05d] %s' % (time.time()-mystarttime, msg))
else:
print(msg)
sys.stdout.flush()
def empty_trash():
global trash
for item in trash:
if op.exists(item):
if op.isdir(item):
shutil.rmtree(item)
else:
os.remove(item)
trash = []
def errorCheck(line):
l = line.lower()
for s in ['error', 'bug', 'failed']:
if s in l:
return True
return False
def healthCheck(data):
h, hmax = 0, 80
# 40 Test Pass/Fail
tpass = float(data['resdetail']['pass'])
total = float(data['resdetail']['tests'])
h = 40.0 * tpass / total
# 10 Kernel issues
if 'issues' in data and len(data['issues']) > 0:
warningsonly = True
for issue in data['issues']:
if errorCheck(issue['line']):
warningsonly = False
break
h += 5 if warningsonly else 0
else:
h += 10
# 10 Suspend Time (median)
if data['sstat'][1]:
smax = float(data['sstat'][0])
smed = float(data['sstat'][1])
pval = 10.0 if smax < 1000 else 9.5
if smed < 1000:
h += pval
elif smed < 2000:
h += ((2000 - smed) / 1000) * pval
# 20 Resume Time (median)
if data['rstat'][1]:
rmax = float(data['rstat'][0])
rmed = float(data['rstat'][1])
pval = 20.0 if rmax < 1000 else 19.5
if rmed < 1000:
h += pval
elif rmed < 2000:
h += ((2000 - rmed) / 1000) * pval
# 20 S0ix achieved in S2idle
if data['mode'] == 'freeze' and 'syslpi' in data and data['syslpi'] >= 0:
hmax += 20
h += 20.0 * float(data['syslpi'])/total
data['health'] = int(100 * h / hmax)
def columnMap(file, head, required):
# create map of column name to index
colidx = dict()
s, e, idx = head.find('<th') + 3, head.rfind('</th>'), 0
for key in head[s:e].replace('</th>', '').split('<th'):
name = re.sub('[^>]*>', '', key.strip().lower(), 1)
colidx[name] = idx
idx += 1
for name in required:
if name not in colidx:
doError('"%s" column missing in %s' % (name, file))
return colidx
def columnValues(colidx, row):
# create an array of column values from this row
values = []
out = row.split('<td')
for i in out[1:]:
endtrim = re.sub('</td>.*', '', i.replace('\n', ''))
value = re.sub('[^>]*>', '', endtrim, 1)
values.append(value)
return values
def infoDevices(folder, file, basename):
global deviceinfo
colidx = dict()
html = open(file, 'r').read()
for tblock in html.split('<div class="stamp">'):
x = re.match('.*\((?P<t>[A-Z]*) .*', tblock)
if not x:
continue
type = x.group('t').lower()
if type not in deviceinfo:
continue
for dblock in tblock.split('<tr'):
if '<th>' in dblock:
# check for requried columns
colidx = columnMap(file, dblock, ['device name', 'average time',
'count', 'worst time', 'host (worst time)', 'link (worst time)'])
continue
if len(colidx) == 0 or '<td' not in dblock or '</td>' not in dblock:
continue
values = columnValues(colidx, dblock)
x, url = re.match('<a href="(?P<u>.*)">', values[colidx['link (worst time)']]), ''
if x:
url = op.relpath(file.replace(basename, x.group('u')), folder)
name = values[colidx['device name']]
count = int(values[colidx['count']])
avgtime = float(values[colidx['average time']].split()[0])
wrstime = float(values[colidx['worst time']].split()[0])
host = values[colidx['host (worst time)']]
entry = {
'name': name,
'count': count,
'total': count * avgtime,
'worst': wrstime,
'host': host,
'url': url
}
if name in deviceinfo[type]:
if entry['worst'] > deviceinfo[type][name]['worst']:
deviceinfo[type][name]['worst'] = entry['worst']
deviceinfo[type][name]['host'] = entry['host']
deviceinfo[type][name]['url'] = entry['url']
deviceinfo[type][name]['count'] += entry['count']
deviceinfo[type][name]['total'] += entry['total']
else:
deviceinfo[type][name] = entry
def infoIssues(folder, file, basename, testcount):
colidx = dict()
issues, bugs = [], []
html = open(file, 'r').read()
tables = sg.find_in_html(html, '<table>', '</table>', False)
if len(tables) < 1:
return (issues, bugs)
for issue in tables[0].split('<tr'):
if '<th>' in issue:
# check for requried columns
colidx = columnMap(file, issue, ['issue', 'count', 'tests', 'first instance'])
continue
if len(colidx) == 0 or '<td' not in issue or '</td>' not in issue:
continue
values = columnValues(colidx, issue)
x, url = re.match('<a href="(?P<u>.*)">.*', values[colidx['first instance']]), ''
if x:
url = op.relpath(file.replace(basename, x.group('u')), folder)
tests = int(values[colidx['tests']])
issues.append({
'count': int(values[colidx['count']]),
'tests': tests,
'rate': float(tests)*100.0/testcount,
'line': values[colidx['issue']],
'url': url,
})
if len(tables) < 2:
return (issues, bugs)
for bug in tables[1].split('<tr'):
if '<th>' in bug:
# check for requried columns
colidx = columnMap(file, bug, ['bugzilla', 'description', 'count', 'first instance'])
continue
if len(colidx) == 0 or '<td' not in bug or '</td>' not in bug:
continue
values = columnValues(colidx, bug)
x, url = re.match('<a href="(?P<u>.*)">.*', values[colidx['first instance']]), ''
if x:
url = op.relpath(file.replace(basename, x.group('u')), folder)
x = re.match('<a href="(?P<u>.*)">(?P<id>[0-9]*)</a>', values[colidx['bugzilla']])
if not x:
continue
count = int(values[colidx['count']])
bugs.append({
'count': count,
'rate': float(count)*100.0/testcount,
'desc': values[colidx['description']],
'bugurl': x.group('u'),
'bugid': x.group('id'),
'url': url,
})
return (issues, bugs)
def kernelRC(kernel, strict=False):
m = re.match('(?P<v>[0-9]*\.[0-9]*\.[0-9]*).*\-rc(?P<rc>[0-9]*).*', kernel)
if m:
return m.group('v')+'-rc'+m.group('rc')
m = re.match('(?P<v>[0-9]*\.[0-9]*\.[0-9]*).*', kernel)
if m:
return m.group('v')
return '' if strict else kernel
def info(file, data, args):
colidx = dict()
desc = dict()
resdetail = {'tests':0, 'pass': 0, 'fail': 0, 'hang': 0, 'error': 0}
statvals = dict()
worst = {'worst suspend device': dict(), 'worst resume device': dict()}
starttime = endtime = 0
extra = dict()
# parse the html row by row
html = open(file, 'r').read()
for test in html.split('<tr'):
if '<th>' in test:
# check for requried columns
colidx = columnMap(file, test, ['kernel', 'host', 'mode',
'result', 'test time', 'suspend', 'resume'])
continue
if len(colidx) == 0 or 'class="head"' in test or '<html>' in test:
continue
# create an array of column values from this row
values = []
out = test.split('<td')
for i in out[1:]:
values.append(re.sub('</td>.*', '', i[1:].replace('\n', '')))
# fill out the desc, and be sure all the tests are the same
for key in ['kernel', 'host', 'mode']:
val = values[colidx[key]]
if key not in desc:
desc[key] = val
elif val != desc[key]:
pprint('SKIPPING %s, multiple %ss found' % (file, key))
return
# count the tests and tally the various results
resdetail[values[colidx['result']].split()[0]] += 1
resdetail['tests'] += 1
# find the timeline url if possible
url = ''
if 'detail' in colidx:
x = re.match('<a href="(?P<u>.*)">', values[colidx['detail']])
if x:
link = file.replace('summary.html', x.group('u'))
url = op.relpath(link, args.folder)
# pull the test time from the url (host machine clock is more reliable)
testtime = datetime.strptime(values[colidx['test time']], '%Y/%m/%d %H:%M:%S')
if url:
x = re.match('.*/suspend-(?P<d>[0-9]*)-(?P<t>[0-9]*)/.*', url)
if x:
testtime = datetime.strptime(x.group('d')+x.group('t'), '%y%m%d%H%M%S')
if not endtime or testtime > endtime:
endtime = testtime
if not starttime or testtime < starttime:
starttime = testtime
# find the suspend/resume max/med/min values and links
x = re.match('id="s%s(?P<s>[a-z]*)" .*>(?P<v>[0-9\.]*)' % \
desc['mode'], values[colidx['suspend']])
if x:
statvals['s'+x.group('s')] = (x.group('v'), url)
x = re.match('id="r%s(?P<s>[a-z]*)" .*>(?P<v>[0-9\.]*)' % \
desc['mode'], values[colidx['resume']])
if x:
statvals['r'+x.group('s')] = (x.group('v'), url)
# tally the worst suspend/resume device values
for phase in worst:
if phase not in colidx or not values[colidx[phase]]:
continue
idx = colidx[phase]
if values[idx] not in worst[phase]:
worst[phase][values[idx]] = 0
worst[phase][values[idx]] += 1
# tally any turbostat values if found
for key in ['pkgpc10', 'syslpi', 'wifi']:
if key not in colidx or not values[colidx[key]]:
continue
val = values[colidx[key]]
if key not in extra:
extra[key] = -1
if val in ['N/A', 'TIMEOUT']:
continue
if extra[key] < 0:
extra[key] = 0
if key == 'wifi':
if val:
extra[key] += 1
else:
val = float(val.replace('%', ''))
if val > 0:
extra[key] += 1
statinfo = {'s':{'val':[],'url':[]},'r':{'val':[],'url':[]}}
for p in statinfo:
dupval = statvals[p+'min'] if p+'min' in statvals else ('', '')
for key in [p+'max', p+'med', p+'min']:
val, url = statvals[key] if key in statvals else dupval
statinfo[p]['val'].append(val)
statinfo[p]['url'].append(url)
cnt = 1 if resdetail['tests'] < 2 else resdetail['tests'] - 1
avgtime = ((endtime - starttime) / cnt).total_seconds()
data.append({
'kernel': desc['kernel'],
'rc': kernelRC(desc['kernel']),
'host': desc['host'],
'mode': desc['mode'],
'count': resdetail['tests'],
'date': starttime.strftime('%y%m%d'),
'time': starttime.strftime('%H%M%S'),
'file': file,
'resdetail': resdetail,
'sstat': statinfo['s']['val'],
'rstat': statinfo['r']['val'],
'sstaturl': statinfo['s']['url'],
'rstaturl': statinfo['r']['url'],
'wsd': worst['worst suspend device'],
'wrd': worst['worst resume device'],
'testtime': avgtime,
'totaltime': avgtime * resdetail['tests'],
})
x = re.match('.*/suspend-[a-z]*-(?P<d>[0-9]*)-(?P<t>[0-9]*)-[0-9]*min/summary.html', file)
if x:
btime = datetime.strptime(x.group('d')+x.group('t'), '%y%m%d%H%M%S')
data[-1]['timestamp'] = btime
for key in extra:
data[-1][key] = extra[key]
dfile = file.replace('summary.html', 'summary-devices.html')
if op.exists(dfile):
infoDevices(args.folder, dfile, 'summary-devices.html')
else:
pprint('WARNING: device summary is missing:\n%s\nPlease rerun sleepgraph -summary' % dfile)
ifile = file.replace('summary.html', 'summary-issues.html')
if op.exists(ifile):
data[-1]['issues'], data[-1]['bugs'] = infoIssues(args.folder, ifile,
'summary-issues.html', data[-1]['resdetail']['tests'])
else:
pprint('WARNING: issues summary is missing:\n%s\nPlease rerun sleepgraph -summary' % ifile)
healthCheck(data[-1])
def text_output(args, data, buglist, devinfo=False):
global deviceinfo
text = ''
for test in sorted(data, key=lambda v:(v['kernel'],v['host'],v['mode'],v['date'],v['time'])):
text += 'Kernel : %s\n' % test['kernel']
text += 'Host : %s\n' % test['host']
text += 'Mode : %s\n' % test['mode']
text += 'Health : %d\n' % test['health']
if 'timestamp' in test:
text += ' Timestamp: %s\n' % test['timestamp']
text += ' Duration: %.1f hours\n' % (test['totaltime'] / 3600)
text += ' Avg test time: %.1f seconds\n' % test['testtime']
text += ' Results:\n'
total = test['resdetail']['tests']
for key in ['pass', 'fail', 'hang', 'error']:
val = test['resdetail'][key]
if val > 0:
p = 100*float(val)/float(total)
text += ' - %s: %d/%d (%.2f%%)\n' % (key.upper(), val, total, p)
for key in ['pkgpc10', 'syslpi', 'wifi']:
if key not in test:
continue
if test[key] < 0:
text += ' %s: UNSUPPORTED\n' % (key.upper())
else:
text += ' %s: %d/%d\n' % \
(key.upper(), test[key], test['resdetail']['tests'])
if test['sstat'][2]:
text += ' Suspend: Max=%s, Med=%s, Min=%s\n' % \
(test['sstat'][0], test['sstat'][1], test['sstat'][2])
else:
text += ' Suspend: N/A\n'
if test['rstat'][2]:
text += ' Resume: Max=%s, Med=%s, Min=%s\n' % \
(test['rstat'][0], test['rstat'][1], test['rstat'][2])
else:
text += ' Resume: N/A\n'
text += ' Worst Suspend Devices:\n'
wsus = test['wsd']
for i in sorted(wsus, key=lambda k:wsus[k], reverse=True):
text += ' - %s (%d times)\n' % (i, wsus[i])
text += ' Worst Resume Devices:\n'
wres = test['wrd']
for i in sorted(wres, key=lambda k:wres[k], reverse=True):
text += ' - %s (%d times)\n' % (i, wres[i])
if 'issues' not in test or len(test['issues']) < 1:
continue
text += ' Issues found in dmesg logs:\n'
issues = test['issues']
for e in sorted(issues, key=lambda v:v['count'], reverse=True):
text += ' (x%d t%d) %s\n' % (e['count'], e['tests'], e['line'])
if args.bugzilla:
text += '\n'
for id in sorted(buglist, key=lambda k:(buglist[k]['worst'], int(k)), reverse=True):
b = buglist[id]
text += '%6s: %s\n' % (id, b['desc'])
if 'match' not in buglist[id]:
continue
matches = buglist[id]['match']
for m in sorted(matches, key=lambda k:(k['rate'], k['count'], k['host'], k['mode']), reverse=True):
text += ' %s %s %s - [%d / %d]\n' % (m['kernel'], m['host'],
m['testname'], m['count'], m['total'])
if devinfo:
for type in sorted(deviceinfo, reverse=True):
text += '\n%-50s %10s %9s %5s %s\n' % (type.upper(), 'WORST', 'AVG', 'COUNT', 'HOST')
devlist = deviceinfo[type]
for name in sorted(devlist, key=lambda k:devlist[k]['worst'], reverse=True):
d = deviceinfo[type][name]
text += '%50s %10.3f %9.3f %5d %s\n' % \
(d['name'], d['worst'], d['average'], d['count'], d['host'])
return text
def get_url(htmlfile, urlprefix):
if not urlprefix:
link = htmlfile
else:
link = op.join(urlprefix, htmlfile)
return '<a href="%s">html</a>' % link
def cellColor(errcond, warncond):
if errcond:
return 'f77'
if warncond:
return 'ff7'
return '7f7'
def html_output(args, data, buglist):
urlprefix = args.urlprefix
issues = worst = False
html = '<!DOCTYPE html>\n<html>\n<head>\n\
<meta http-equiv="content-type" content="text/html; charset=UTF-8">\n\
<title>SleepGraph Summary of Summaries</title>\n\
<style type=\'text/css\'>\n\
table {width:100%; border-collapse: collapse;}\n\
th {border: 2px solid black;background:#622;color:white;}\n\
td {font: 14px "Times New Roman";}\n\
c {font: 12px "Times New Roman";}\n\
ul {list-style-type: none;}\n\
</style>\n</head>\n<body>\n'
# generate the header text
slink, uniq = '', dict()
for test in data:
for key in ['kernel', 'host', 'mode']:
if key not in uniq:
uniq[key] = test[key]
elif test[key] != uniq[key]:
uniq[key] = ''
if not args.htmlonly and not slink:
slink = gdrive_link(args.spath, test, '{kernel}')
links = []
for key in ['kernel', 'host', 'mode']:
if key in uniq and uniq[key]:
link = '%s%s=%s' % (key[0].upper(), key[1:], uniq[key])
if slink:
link = '<a href="%s">%s</a>' % (slink, link)
links.append(link)
if len(links) < 1:
link = '%d multitest runs' % len(data)
if slink:
link = '<a href="%s">%s</a>' % (slink, link)
links.append(link)
html += 'Sleepgraph Stress Test Summary: %s<br><br>\n' % (','.join(links))
# generate the main text
colspan = 12 if worst else 10
th = '\t<th>{0}</th>\n'
td = '\t<td nowrap align=center>{0}</td>\n'
tdm = '\t<td nowrap align=center style="border: 1px solid black;">{0}</td>\n'
tdmc = '\t<td nowrap align=center style="border: 1px solid black;background:#{1};">{0}</td>\n'
tdml = '\t<td nowrap style="border: 1px solid black;">{0}</td>\n'
html += '<table style="border:1px solid black;">\n'
html += '<tr>\n' + th.format('Kernel') + th.format('Host') +\
th.format('Mode') + th.format('Test Data') + th.format('Duration') +\
th.format('Health') + th.format('Results') + th.format('Issues') +\
th.format('Suspend Time') + th.format('Resume Time')
if worst:
html += th.format('Worst Suspend Devices') + th.format('Worst Resume Devices')
html += '</tr>\n'
num = 0
for test in sorted(data, key=lambda v:(v['health'],v['host'],v['mode'],v['kernel'],v['date'],v['time'])):
links = dict()
for key in ['kernel', 'host', 'mode']:
glink = ''
if not args.htmlonly:
glink = gdrive_link(args.tpath, test, '{%s}'%key)
if glink:
links[key] = '<a href="%s">%s</a>' % (glink, test[key])
else:
links[key] = test[key]
glink = ''
if not args.htmlonly:
glink = gdrive_link(args.tpath, test)
gpath = gdrive_path('{date}{time}', test)
if glink:
links['test'] = '<a href="%s">%s</a>' % (glink, gpath)
else:
links['test']= gpath
trs = '<tr style="background-color:#ddd;">\n' if num % 2 == 1 else '<tr>\n'
num += 1
html += trs
html += tdm.format(links['kernel'])
html += tdm.format(links['host'])
html += tdm.format(links['mode'])
html += tdm.format(links['test'])
dur = '<table><tr>%s</tr><tr>%s</tr></table>' % \
(td.format('%.1f hours' % (test['totaltime'] / 3600)),
td.format('%d x %.1f sec' % (test['resdetail']['tests'], test['testtime'])))
html += tdm.format(dur)
html += tdmc.format(test['health'],
cellColor(test['health'] < 40, test['health'] < 90))
reshtml = '<table>'
total = test['resdetail']['tests']
passfound = failfound = False
for key in ['pass', 'fail', 'hang', 'error']:
val = test['resdetail'][key]
if val < 1:
continue
if key == 'pass':
passfound = True
else:
failfound = True
p = 100*float(val)/float(total)
reshtml += '<tr>%s</tr>' % \
td.format('%s: %d/%d <c>(%.2f%%)</c>' % (key.upper(), val, total, p))
html += tdmc.format(reshtml+'</table>',
cellColor(not passfound, passfound and failfound))
if 'issues' in test and len(test['issues']) > 0:
ihtml = '<table>'
warnings = errors = 0
for issue in test['issues']:
if errorCheck(issue['line']):
errors += 1
else:
warnings += 1
if errors > 0:
ihtml += '<tr>' + td.format('%d ERROR%s' %\
(errors, 'S' if errors > 1 else '')) + '</tr>'
if warnings > 0:
ihtml += '<tr>' + td.format('%d WARNING%s' %\
(warnings, 'S' if warnings > 1 else '')) + '</tr>'
html += tdmc.format(ihtml+'</table>', cellColor(errors > 0, warnings > 0))
else:
html += tdmc.format('NONE', '7f7')
for s in ['sstat', 'rstat']:
if test[s][2]:
html += tdmc.format('<table><tr>%s</tr><tr>%s</tr><tr>%s</tr></table>' %\
(td.format('Max=%s' % test[s][0]),
td.format('Med=%s' % test[s][1]),
td.format('Min=%s' % test[s][2])),
cellColor(float(test[s][1]) >= 2000, float(test[s][1]) >= 1000))
else:
html += tdmc.format('N/A', 'f77')
if worst:
for entry in ['wsd', 'wrd']:
tdhtml = '<ul style="list-style-type: circle; font-size: 10px; padding: 0 0 0 20px;">'
list = test[entry]
for i in sorted(list, key=lambda k:list[k], reverse=True):
tdhtml += '<li>%s (x%d)</li>' % (i, list[i])
html += tdml.format(tdhtml+'</ul>')
html += '</tr>\n'
if not issues or 'issues' not in test:
continue
html += '%s<td colspan=%d><table border=1 width="100%%">' % (trs, colspan)
html += '%s<td colspan=%d style="width:90%%;"><b>Issues found</b></td><td><b>Count</b></td><td><b>html</b></td>\n</tr>' % (trs, colspan)
issues = test['issues']
if len(issues) > 0:
for e in sorted(issues, key=lambda v:v['tests'], reverse=True):
html += '%s<td colspan=%d style="font: 12px Courier;">%s</td><td>%d times</td><td>%s</td></tr>\n' % \
(trs, colspan, e['line'], e['tests'], get_url(e['url'], urlprefix))
else:
html += '%s<td colspan=%d>NONE</td></tr>\n' % (trs, colspan+2)
html += '</table></td></tr>\n'
html += '</table><br>\n'
if args.bugzilla:
html += 'Open Bugzilla Issues Summary: %d total<br><br>\n' % (len(buglist))
html += '<table style="border:1px solid black;">\n'
html += '<tr>\n' + th.format('Bugzilla') + th.format('Description') +\
th.format('Kernel') + th.format('Host') + th.format('Test Run') +\
th.format('Count') + th.format('Failure Rate') + th.format('First Instance') + '</tr>\n'
for id in sorted(buglist, key=lambda k:(buglist[k]['worst'], int(k)), reverse=True):
b = buglist[id]
bugurl = '<a href="%s">%s</a>' % (b['url'], id)
trh = '<tr style="background-color:#ccc;border:1px solid black;">'
html += '%s\n%s<td colspan=7 style="border: 1px solid black;">%s</td>\n</tr>' % \
(trh, tdm.format(bugurl), b['desc'])
if 'match' not in buglist[id]:
continue
num = 0
matches = buglist[id]['match']
for m in sorted(matches, key=lambda k:(k['rate'], k['count'], k['host'], k['mode']), reverse=True):
trs = '<tr style="background-color:#ddd;">\n' if num % 2 == 1 else '<tr>\n'
num += 1
if m['testlink']:
testlink = '<a href="%s">%s</a>' % (m['testlink'], m['testname'])
else:
testlink = m['testname']
if m['html'].startswith('http'):
timeline = '<a href="%s">%s</a>' % (m['html'], 'html')
else:
timeline = m['html']
count = '%d' % m['count']
rate = '%d/%d (%.2f%%)' % (m['count'], m['total'],
100*float(m['count'])/float(m['total']))
count = tdmc.format(count, cellColor(m['count'] > 0, False))
rate = tdmc.format(rate, cellColor(m['count'] > 0, False))
timeline = tdmc.format(timeline, cellColor(m['count'] > 0, False))
html += trs + td.format('') + td.format('') +\
tdm.format(m['kernel']) + tdm.format(m['host']) +\
tdm.format(testlink) + count + rate + timeline + '\n</tr>'
html += '</table>\n'
return html + '</body>\n</html>\n'
def send_mail(server, sender, receiver, type, subject, contents):
message = \
'From: %s\n'\
'To: %s\n'\
'MIME-Version: 1.0\n'\
'Content-type: %s\n'\
'Subject: %s\n\n' % (sender, receiver, type, subject)
if ',' in receiver:
receivers = receiver.split(',')
else:
receivers = receiver.split(';')
message += contents
smtpObj = smtplib.SMTP(server, 25)
smtpObj.sendmail(sender, receivers, message)
def gdrive_path(outpath, data, focus=''):
desc = dict()
for key in ['rc','kernel','host','mode','count','date','time']:
if key in data:
desc[key] = data[key]
if focus and outpath.find(focus) < 0:
gpath = ''
elif focus:
idx = outpath.find('/', outpath.find(focus))
if idx >= 0:
gpath = outpath[:idx].format(**desc)
else:
gpath = outpath.format(**desc)
else:
gpath = outpath.format(**desc)
return gpath
def gdrive_link(outpath, data, focus=''):
gpath = gdrive_path(outpath, data, focus)
if not gpath:
return ''
linkfmt = 'https://drive.google.com/open?id={0}'
id = gdrive_find(gpath)
if id:
return linkfmt.format(id)
return ''
def gzipFile(file):
shutil.copy(file, '/tmp')
out = op.join('/tmp', op.basename(file))
if not op.exists(out):
return file
res = call('gzip -f --best '+out, shell=True)
if res != 0:
return file
out += '.gz'
if not op.exists(out):
return file
return out
def formatSpreadsheet(id, urlprefix=True):
hidx = 5 if urlprefix else 4
highlight_range = {
'sheetId': 1,
'startRowIndex': 1,
'startColumnIndex': 5,
'endColumnIndex': 6,
}
bugstatus_range = {
'sheetId': 3,
'startRowIndex': 1,
'startColumnIndex': 2,
'endColumnIndex': 3,
}
sigdig_range = {
'sheetId': 1,
'startRowIndex': 1,
'startColumnIndex': 7,
'endColumnIndex': 13,
}
requests = [{
'addConditionalFormatRule': {
'rule': {
'ranges': [ highlight_range ],
'booleanRule': {
'condition': {
'type': 'TEXT_NOT_CONTAINS',
'values': [ { 'userEnteredValue': 'pass' } ]
},
'format': {
'textFormat': { 'foregroundColor': { 'red': 1.0 } }
}
}
},
'index': 0
},
'addConditionalFormatRule': {
'rule': {
'ranges': [ bugstatus_range ],
'booleanRule': {
'condition': {
'type': 'TEXT_NOT_CONTAINS',
'values': [ { 'userEnteredValue': 'PASS' } ]
},
'format': {
'textFormat': { 'foregroundColor': { 'red': 1.0 } }
}
}
},
'index': 1
}
},
{'updateBorders': {
'range': {'sheetId': 0, 'startRowIndex': 0, 'endRowIndex': hidx,
'startColumnIndex': 0, 'endColumnIndex': 3},
'top': {'style': 'SOLID', 'width': 3},
'left': {'style': 'SOLID', 'width': 3},
'bottom': {'style': 'SOLID', 'width': 2},
'right': {'style': 'SOLID', 'width': 2}},
},
{'updateBorders': {
'range': {'sheetId': 0, 'startRowIndex': hidx, 'endRowIndex': hidx+1,
'startColumnIndex': 0, 'endColumnIndex': 3},
'bottom': {'style': 'DASHED', 'width': 1}},
},
{
'repeatCell': {
'range': sigdig_range,
'cell': {
'userEnteredFormat': {
'numberFormat': {
'type': 'NUMBER',
'pattern': '0.000'
}
}
},
'fields': 'userEnteredFormat.numberFormat'
},
},
{
'repeatCell': {
'range': {
'sheetId': 3, 'startRowIndex': 1,
'startColumnIndex': 4, 'endColumnIndex': 5,
},
'cell': {
'userEnteredFormat': {
'numberFormat': {'type': 'NUMBER', 'pattern': '0.00%;0%;0%'},
'horizontalAlignment': 'RIGHT'
}
},
'fields': 'userEnteredFormat.numberFormat,userEnteredFormat.horizontalAlignment'
}
},
{
'repeatCell': {
'range': {
'sheetId': 2, 'startRowIndex': 1,
'startColumnIndex': 4, 'endColumnIndex': 5,
},
'cell': {
'userEnteredFormat': {
'numberFormat': {'type': 'NUMBER', 'pattern': '0.00%;0%;0%'},
'horizontalAlignment': 'RIGHT'
}
},
'fields': 'userEnteredFormat.numberFormat,userEnteredFormat.horizontalAlignment'
}
},
{'autoResizeDimensions': {'dimensions': {'sheetId': 0,
'dimension': 'COLUMNS', 'startIndex': 0, 'endIndex': 3}}},
{'autoResizeDimensions': {'dimensions': {'sheetId': 1,
'dimension': 'COLUMNS', 'startIndex': 0, 'endIndex': 16}}},
{'autoResizeDimensions': {'dimensions': {'sheetId': 2,
'dimension': 'COLUMNS', 'startIndex': 0, 'endIndex': 12}}},
{'autoResizeDimensions': {'dimensions': {'sheetId': 3,
'dimension': 'COLUMNS', 'startIndex': 0, 'endIndex': 6}}},
{'autoResizeDimensions': {'dimensions': {'sheetId': 4,
'dimension': 'COLUMNS', 'startIndex': 0, 'endIndex': 6}}},
{'autoResizeDimensions': {'dimensions': {'sheetId': 5,
'dimension': 'COLUMNS', 'startIndex': 0, 'endIndex': 6}}
}]
body = {
'requests': requests
}
response = google_api_command('formatsheet', id, body)
pprint('{0} cells updated.'.format(len(response.get('replies'))));
def createSpreadsheet(testruns, devall, issues, mybugs, folder, urlhost, title, useturbo, usewifi):
pid = gdrive_find(folder)
gdrive_backup(folder, title)
# create the headers row
headers = [
['#','Mode','Host','Kernel','Test Start','Result','Kernel Issues','Suspend',
'Resume','Worst Suspend Device','ms','Worst Resume Device','ms'],
['Kernel Issue', 'Hosts', 'Count', 'Tests', 'Fail Rate', 'First Instance'],
['Device Name', 'Average Time', 'Count', 'Worst Time', 'Host (worst time)', 'Link (worst time)'],
['Bugzilla', 'Description', 'Status', 'Count', 'Rate', 'First Instance']
]
if useturbo:
headers[0].append('PkgPC10')
headers[0].append('SysLPI')
if usewifi:
headers[0].append('Wifi')
headers[0].append('Timeline')
headrows = []
for header in headers:
headrow = []
for name in header:
headrow.append({
'userEnteredValue':{'stringValue':name},
'userEnteredFormat':{
'textFormat': {'bold': True},
'horizontalAlignment':'CENTER',
'borders':{'bottom':{'style':'SOLID'}},
},
})
headrows.append(headrow)
# assemble the issues in the spreadsheet
issuedata = [{'values':headrows[1]}]
for e in sorted(issues, key=lambda v:v['tests'], reverse=True):
r = {'values':[
{'userEnteredValue':{'stringValue':e['line']}},
{'userEnteredValue':{'numberValue':len(e['urls'])}},
{'userEnteredValue':{'numberValue':e['count']}},
{'userEnteredValue':{'numberValue':e['tests']}},
{'userEnteredValue':{'formulaValue':gsperc.format(e['tests'], len(testruns))}},
]}
for host in e['urls']:
url = op.join(urlhost, e['urls'][host][0]) if urlhost else e['urls'][host][0]
r['values'].append({
'userEnteredValue':{'formulaValue':gslink.format(url, host)}
})
issuedata.append(r)
# assemble the bugs in the spreadsheet
bugdata = [{'values':headrows[3]}]
for b in sorted(mybugs, key=lambda v:(v['count'], int(v['id'])), reverse=True):
if b['found']:
status = 'FAIL'
url = op.join(urlhost, b['found']) if urlhost else b['found']
timeline = {'formulaValue':gslink.format(url, 'html')}
else:
status = 'PASS'
timeline = {'stringValue':''}
r = {'values':[
{'userEnteredValue':{'formulaValue':gslink.format(b['bugurl'], b['id'])}},
{'userEnteredValue':{'stringValue':b['desc']}},
{'userEnteredValue':{'stringValue':status}},
{'userEnteredValue':{'numberValue':b['count']}},
{'userEnteredValue':{'formulaValue':gsperc.format(b['count'], len(testruns))}},
{'userEnteredValue':timeline},
]}
bugdata.append(r)
# assemble the device data into spreadsheets
limit = 1
devdata = {
'suspend': [{'values':headrows[2]}],
'resume': [{'values':headrows[2]}],
}
for type in sorted(devall, reverse=True):
devlist = devall[type]
for name in sorted(devlist, key=lambda k:devlist[k]['worst'], reverse=True):
data = devall[type][name]
avg = data['average']
if avg < limit:
continue
url = op.join(urlhost, data['url']) if urlhost else data['url']
r = {'values':[
{'userEnteredValue':{'stringValue':data['name']}},
{'userEnteredValue':{'numberValue':float('%.3f' % avg)}},
{'userEnteredValue':{'numberValue':data['count']}},
{'userEnteredValue':{'numberValue':data['worst']}},
{'userEnteredValue':{'stringValue':data['host']}},
{'userEnteredValue':{'formulaValue':gslink.format(url, 'html')}},
]}
devdata[type].append(r)
# assemble the entire spreadsheet into testdata
i = 1
results = []
desc = {'summary': op.join(urlhost, 'summary.html')}
testdata = [{'values':headrows[0]}]
for test in sorted(testruns, key=lambda v:(v['mode'], v['host'], v['kernel'], v['time'])):
for key in ['host', 'mode', 'kernel']:
if key not in desc:
desc[key] = test[key]
if test['result'] not in desc:
if test['result'].startswith('fail ') and 'fail' not in results:
results.append('fail')
results.append(test['result'])
desc[test['result']] = 0
desc[test['result']] += 1
url = op.join(urlhost, test['url'])
r = {'values':[
{'userEnteredValue':{'numberValue':i}},
{'userEnteredValue':{'stringValue':test['mode']}},
{'userEnteredValue':{'stringValue':test['host']}},
{'userEnteredValue':{'stringValue':test['kernel']}},
{'userEnteredValue':{'stringValue':test['time']}},
{'userEnteredValue':{'stringValue':test['result']}},
{'userEnteredValue':{'stringValue':test['issues']}},
{'userEnteredValue':{'numberValue':float(test['suspend'])}},
{'userEnteredValue':{'numberValue':float(test['resume'])}},
{'userEnteredValue':{'stringValue':test['sus_worst']}},
{'userEnteredValue':{'numberValue':float(test['sus_worsttime'])}},
{'userEnteredValue':{'stringValue':test['res_worst']}},
{'userEnteredValue':{'numberValue':float(test['res_worsttime'])}},
]}
if useturbo:
for key in ['pkgpc10', 'syslpi']:
val = test[key] if key in test else ''
r['values'].append({'userEnteredValue':{'stringValue':val}})
if key not in desc:
results.append(key)
desc[key] = -1
if val and val != 'N/A':
if desc[key] < 0:
desc[key] = 0
val = float(val.replace('%', ''))
if val > 0:
desc[key] += 1
if usewifi:
val = test['wifi'] if 'wifi' in test else ''
r['values'].append({'userEnteredValue':{'stringValue':val}})
if 'wifi' not in desc:
results.append('wifi')
desc['wifi'] = -1
if val:
if desc['wifi'] < 0:
desc['wifi'] = 0
if val.lower() != 'timeout':
desc['wifi'] += 1
r['values'].append({'userEnteredValue':{'formulaValue':gslink.format(url, 'html')}})
testdata.append(r)
i += 1
total = i - 1
desc['total'] = '%d' % total
desc['issues'] = '%d' % len(issues)
fail = 0
for key in results:
if key not in desc:
continue
val = desc[key]
perc = 100.0*float(val)/float(total)