def watch(conf, package, interval, serialno, output_file): if not package: apk = _get_apk(conf, cache=True) package, _ = androaxml.parse_apk(apk) m = airtest.Monitor('android://'+serialno, package) outfd = None if output_file: outfd = open(output_file, 'wb') wr = csv.writer(outfd) mem_items = ['PSS', 'RSS', 'VSS'] items = ['TIME', 'CPU'] + mem_items format = '%-12s'*len(items) # if syscpu: # format += '%-12s'*2 # items += ['SYSAVGCPU', 'SYSALLCPU'] print format % tuple(items) if outfd: wr.writerow(items) while True: time_start = time.time() values = [] values.append(time.strftime('%H:%M:%S')) #cpu = app.dev.cpuinfo(package) values.append(str(m.cpu())) mem = m.memory() strvals = values[:] for item in mem_items: v = int(mem.get(item, 0))*1024 # if human_readable: v_str = humanize.naturalsize(int(v)) # else: # v_str = v strvals.append(v_str) values.append(round(v/1024.0/1024, 2)) # if syscpu: # syscpus = m.sys_cpu(True) # cpustr = '|'.join([str(round(v, 2)) for v in syscpus]) # sysavg = sum(syscpus)/len(syscpus) # values += [(round(sysavg, 2)), cpustr] # strvals += [str(round(sysavg, 2)), cpustr] print format % tuple(strvals) if outfd: wr.writerow(values) # outfd.write((format + '\n') % tuple(values)) # outfd.flush() sleep = interval - (time.time() - time_start) if sleep > 0: time.sleep(sleep)
def uninstall(conf, serialno, apk): if not apk: apk = _get_apk(conf, cache=True) pkg, act = androaxml.parse_apk(apk) args = ['adb'] if serialno: args.extend(['-s', serialno]) args += ['uninstall', pkg] _run(*args)
def watch(conf, package, interval, serialno, output_file): if not package: apk = _get_apk(conf, cache=True) package, _ = androaxml.parse_apk(apk) m = airtest.Monitor('android://' + serialno, package) outfd = None if output_file: outfd = open(output_file, 'wb') wr = csv.writer(outfd) mem_items = ['PSS', 'RSS', 'VSS'] items = ['TIME', 'CPU'] + mem_items format = '%-12s' * len(items) # if syscpu: # format += '%-12s'*2 # items += ['SYSAVGCPU', 'SYSALLCPU'] print format % tuple(items) if outfd: wr.writerow(items) while True: time_start = time.time() values = [] values.append(time.strftime('%H:%M:%S')) #cpu = app.dev.cpuinfo(package) values.append(str(m.cpu())) mem = m.memory() strvals = values[:] for item in mem_items: v = int(mem.get(item, 0)) * 1024 # if human_readable: v_str = humanize.naturalsize(int(v)) # else: # v_str = v strvals.append(v_str) values.append(round(v / 1024.0 / 1024, 2)) # if syscpu: # syscpus = m.sys_cpu(True) # cpustr = '|'.join([str(round(v, 2)) for v in syscpus]) # sysavg = sum(syscpus)/len(syscpus) # values += [(round(sysavg, 2)), cpustr] # strvals += [str(round(sysavg, 2)), cpustr] print format % tuple(strvals) if outfd: wr.writerow(values) # outfd.write((format + '\n') % tuple(values)) # outfd.flush() sleep = interval - (time.time() - time_start) if sleep > 0: time.sleep(sleep)
def watch(conf, package, interval, serialno, human_readable, syscpu, output_file): if not package: apk = _get_apk(conf, cache=True) package, _ = androaxml.parse_apk(apk) # app = airtest.connect(serialno, device=airtest.ANDROID, monitor=False) airtest.connect('android://' + serialno) m = airtest.Monitor('android://' + serialno, package) outfd = None if output_file: outfd = open(output_file, 'w') mem_items = ['PSS', 'RSS', 'VSS'] items = ['TIME', 'CPU'] + mem_items format = '%-12s' * len(items) if syscpu: format += '%-12s' * 2 items += ['SYSAVGCPU', 'SYSALLCPU'] print format % tuple(items) while True: time_start = time.time() values = [] values.append(time.strftime('%H:%M:%S')) #cpu = app.dev.cpuinfo(package) values.append(str(m.cpu())) mem = m.memory() #app.dev.meminfo(package) for item in mem_items: v = int(mem.get(item, 0)) * 1024 if human_readable: v = humanize.naturalsize(int(v)) values.append(str(v)) if syscpu: syscpus = m.sys_cpu(True) cpustr = '|'.join([str(round(v, 2)) for v in syscpus]) sysavg = sum(syscpus) / len(syscpus) values += [str(round(sysavg, 2)), cpustr] print format % tuple(values) if outfd: outfd.write((format + '\n') % tuple(values)) outfd.flush() sleep = interval - (time.time() - time_start) if sleep > 0: time.sleep(sleep)
def install(no_start, conf, serialno, apk): apk = _get_apk(conf) adbargs = ['adb'] if serialno: adbargs.extend(['-s', serialno]) args = adbargs + ['install', '-r', apk] # install app _run(*args) if no_start: return pkg, act = androaxml.parse_apk(apk) args = adbargs + ['shell', 'am', 'start', '-n', pkg+'/'+act] _run(*args)
def install(no_start, conf, serialno, apk): if not apk: apk = _get_apk(conf) adbargs = ['adb'] if serialno: adbargs.extend(['-s', serialno]) args = adbargs + ['install', '-r', apk] # install app _run(*args) if no_start: return pkg, act = androaxml.parse_apk(apk) args = adbargs + ['shell', 'am', 'start', '-n', pkg + '/' + act] _run(*args)
def watch(conf, package, interval, serialno, human_readable, output_file): if not package: apk = _get_apk(conf, cache=True) package, _ = androaxml.parse_apk(apk) app = airtest.connect(phoneno=serialno, device=airtest.ANDROID, monitor=False) # print app.dev.getdevinfo() outfd = None if output_file: outfd = open(output_file, 'w') mem_items = ['PSS', 'RSS', 'VSS'] items = ['TIME', 'CPU'] + mem_items format = '%-12s'*len(items) print format % tuple(items) while True: time_start = time.time() values = [] values.append(time.strftime('%H:%M:%S')) cpu = app.dev.getCpu(package) values.append(str(cpu)) mem = app.dev.getMem(package) for item in mem_items: v = int(mem.get(item))*1024 if human_readable: v = humanize.naturalsize(int(v)) values.append(str(v)) print format % tuple(values) if outfd: outfd.write((format + '\n') % tuple(values)) outfd.flush() sleep = interval - (time.time() - time_start) if sleep > 0: time.sleep(sleep)
def inspect(apkfile): pkg, act = androaxml.parse_apk(apkfile) click.echo('Package Name: "%s"' % pkg) click.echo('Activity: "%s"' % act)