Best Python code snippet using lisa_python
thermal_imaging.py
Source: thermal_imaging.py
...399 if res == 0:400 return "{0:.2f}".format(value / 10.0 - 273.15)401 else:402 return "{0:.2f}".format(value / 100.0 - 273.15)403 def get_statistics_async(self, statistics):404 self.valid_resolution = statistics.resolution405 spot_mean = self.kelvin_to_degstr(statistics.spotmeter_statistics[0])406 spot_max = self.kelvin_to_degstr(statistics.spotmeter_statistics[1])407 spot_min = self.kelvin_to_degstr(statistics.spotmeter_statistics[2])408 spot_pix = str(statistics.spotmeter_statistics[3])409 self.spotmeter_mean_label.setText(spot_mean)410 self.spotmeter_minimum_label.setText(spot_min)411 self.spotmeter_maximum_label.setText(spot_max)412 self.spotmeter_pixel_count_label.setText(spot_pix)413 temp_fpa = self.kelvin_to_degstr(statistics.temperatures[0], 1)414 temp_fpa_ffc = self.kelvin_to_degstr(statistics.temperatures[1], 1)415 temp_housing = self.kelvin_to_degstr(statistics.temperatures[2], 1)416 temp_housing_ffc = self.kelvin_to_degstr(statistics.temperatures[3], 1)417 self.temp_fpa_label.setText(temp_fpa)...
common.py
Source: common.py
...178 for port in ports:179 client_netperf.run_as_client_async(server.internal_address, core_count, port)180 client_sar = client.tools[Sar]181 server_sar = server.tools[Sar]182 server_sar.get_statistics_async()183 result = client_sar.get_statistics()184 pps_message = client_sar.create_pps_performance_messages(185 result, inspect.stack()[1][3], test_type, test_result186 )187 notifier.notify(pps_message)188def perf_ntttcp(189 test_result: TestResult,190 server: Optional[RemoteNode] = None,191 client: Optional[RemoteNode] = None,192 udp_mode: bool = False,193 connections: Optional[List[int]] = None,194 test_case_name: str = "",195 server_nic_name: Optional[str] = None,196 client_nic_name: Optional[str] = None,...
sar.py
Source:sar.py
...29 def install(self) -> bool:30 posix_os: Posix = cast(Posix, self.node.os)31 posix_os.install_packages("sysstat")32 return self._check_exists()33 def get_statistics_async(34 self, key_word: str = "DEV", interval: int = 1, count: int = 12035 ) -> Process:36 # sar [ options ] [ <interval> [ <count> ] ]37 # -n { <keyword> [,...] | ALL }38 # Network statistics39 # Keywords are:40 # DEV Network interfaces41 # EDEV Network interfaces (errors)42 # NFS NFS client43 # NFSD NFS server44 # SOCK Sockets (v4)45 # IP IP traffic (v4)46 # EIP IP traffic (v4) (errors)47 # ICMP ICMP traffic (v4)48 # EICMP ICMP traffic (v4) (errors)49 # TCP TCP traffic (v4)50 # ETCP TCP traffic (v4) (errors)51 # UDP UDP traffic (v4)52 # SOCK6 Sockets (v6)53 # IP6 IP traffic (v6)54 # EIP6 IP traffic (v6) (errors)55 # ICMP6 ICMP traffic (v6)56 # EICMP6 ICMP traffic (v6) (errors)57 # UDP6 UDP traffic (v6)58 # FC Fibre channel HBAs59 # SOFT Software-based network processing60 cmd = f"{self.command} -n {key_word} {interval} {count}"61 process = self.node.execute_async(cmd)62 return process63 def get_statistics(64 self, key_word: str = "DEV", interval: int = 1, count: int = 12065 ) -> ExecutableResult:66 process = self.get_statistics_async(key_word, interval, count)67 return process.wait_result(68 expected_exit_code=0,69 expected_exit_code_failure_message="fail to run sar command",70 )71 def create_pps_performance_messages(72 self,73 result: ExecutableResult,74 test_case_name: str,75 test_type: str,76 test_result: "TestResult",77 ) -> NetworkPPSPerformanceMessage:78 # IFACE: Name of the network interface for which statistics are reported.79 # rxpck/s: packet receiving rate (unit: packets/second)80 # txpck/s: packet transmitting rate (unit: packets/second)...
Check out the latest blogs from LambdaTest on this topic:
I routinely come across test strategy documents when working with customers. They are lengthy—100 pages or more—and packed with monotonous text that is routinely reused from one project to another. Yawn once more— the test halt and resume circumstances, the defect management procedure, entrance and exit criteria, unnecessary generic risks, and in fact, one often-used model replicates the requirements of textbook testing, from stress to systems integration.
With the rise of Agile, teams have been trying to minimize the gap between the stakeholders and the development team.
Web applications continue to evolve at an unbelievable pace, and the architecture surrounding web apps get more complicated all of the time. With the growth in complexity of the web application and the development process, web application testing also needs to keep pace with the ever-changing demands.
In 2007, Steve Jobs launched the first iPhone, which revolutionized the world. But because of that, many businesses dealt with the problem of changing the layout of websites from desktop to mobile by delivering completely different mobile-compatible websites under the subdomain of ‘m’ (e.g., https://m.facebook.com). And we were all trying to figure out how to work in this new world of contending with mobile and desktop screen sizes.
Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Get 100 minutes of automation test minutes FREE!!