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How to use find_groups_in_lines method in lisa

Best Python code snippet using lisa_python

lagscope.py

Source:lagscope.py

...207            dump_csv,208            daemon,209        )210        result = process.wait_result()211        errors = find_groups_in_lines(result.stdout, self._client_failure_pattern)212        if errors:213            raise LisaException(214                f"lagscope client error: {[x['error'] for x in errors]}"215            )216        return result217    def get_average(self, result: ExecutableResult) -> Decimal:218        matched_results = self._average_pattern.match(result.stdout)219        if matched_results:220            return Decimal(matched_results.group("average_latency_us"))221        else:222            self._log.debug(f"no average latency found in {result.stdout}")223            return Decimal(-1.0)224    def create_latency_performance_messages(225        self,226        result: ExecutableResult,227        test_case_name: str,228        test_result: "TestResult",229    ) -> List[NetworkLatencyPerformanceMessage]:230        matched_results = self._result_pattern.match(result.stdout)231        assert (232            matched_results233        ), "not found matched latency statistics from lagscope results."234        all_matched_results = find_groups_in_lines(235            result.stdout, self._interval_frequency_pattern236        )237        perf_message_list: List[NetworkLatencyPerformanceMessage] = []238        for matched_result in all_matched_results:239            other_fields: Dict[str, Any] = {}240            other_fields["tool"] = constants.NETWORK_PERFORMANCE_TOOL_LAGSCOPE241            other_fields["min_latency_us"] = Decimal(242                matched_results.group("min_latency_us")243            )244            other_fields["max_latency_us"] = Decimal(245                matched_results.group("max_latency_us")246            )247            other_fields["average_latency_us"] = Decimal(248                matched_results.group("average_latency_us")...

xdptools.py

Source:xdptools.py

...51        run full test of xdp tools repo52        """53        result = self.node.execute("make test", sudo=True, cwd=self._code_path)54        abnormal_results: Dict[str, str] = {}55        for item in find_groups_in_lines(56            result.stdout, pattern=self._xdp_test_result_pattern57        ):58            if item["result"] not in ["PASS", "SKIPPED"]:59                abnormal_results[item["name"]] = item["result"]60        if abnormal_results:61            raise LisaException(f"found failed tests: {abnormal_results}")62        result.assert_exit_code(63            0, "unknown error on xdp tests, please check log for more details."64        )65    def _initialize(self, *args: Any, **kwargs: Any) -> None:66        super()._initialize(*args, **kwargs)67        self._command: PurePath = PurePath(self._default_command)68        self._gro_lro_settings: Dict[str, DeviceGroLroSettings] = {}69    def _install(self) -> bool:...

tcpdump.py

Source:tcpdump.py

...63            force_run=True,64            sudo=True,65        ).stdout66        packets: List[IpPacket] = []67        results = find_groups_in_lines(output, self._information_pattern)68        for item in results:69            packet = IpPacket(70                time=time.strptime(item["time"], "%H:%M:%S.%f"),71                source=item["source"],72                destination=item["destination"],73                extra=item["extra"],74            )75            packets.append(packet)76        self._log.debug(f"{len(packets)} packets loaded.")77        return packets78    def _install(self) -> bool:79        self.node.os.install_packages("tcpdump")  # type: ignore...

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