Best Python code snippet using lisa_python
data.py
Source:data.py
...120 dflist.extend(['調æ´ååæ課ç¨è¨è¨èæå¸æ¹å¼' for _ in range(8)])121 return pd.DataFrame({122 "col": dflist123 })124def get_interrupt_data():125 # 8-3. å¸ç課å å¹²æ¾è¡çº126 dflist = list()127 dflist.extend(['æä½å¶ç´' for _ in range(7)])128 dflist.extend(['調æ´' for _ in range(10)])129 dflist.extend(['äºè§£åå ' for _ in range(10)])130 dflist.extend(['åæ課ç¨è¨è¨èæå¸æ¹å¼' for _ in range(8)])131 dflist.extend(['èå°å¸«æè¼å°è師è¨è«æèå ææ¹å¼' for _ in range(8)])132 return pd.DataFrame({133 "col": dflist134 })135def get_alienated_data():136 # 8-4. å¸ç人éçé¢è¡çº137 dflist = list()138 dflist.extend(['å½æ§èª¿æ´åçµæ¹å¼' for _ in range(7)])...
interrupt_inspector.py
Source:interrupt_inspector.py
...40 return "cat /proc/interrupts"41 @property42 def can_install(self) -> bool:43 return False44 def get_interrupt_data(self) -> List[Interrupt]:45 # Run cat /proc/interrupts. The output is of the form :46 # CPU0 CPU147 # 0: 22 0 IR-IO-APIC 2-edge timer48 # 1: 2 0 IR-IO-APIC 1-edge i804249 # ERR: 050 # The first column refers to the IRQ number. The next column contains51 # number of interrupts per IRQ for each CPU in the system. The remaining52 # column report the metadata about interrupts, including type of interrupt,53 # device etc. This is variable for each distro.54 # Note : Some IRQ numbers have single entry because they're not actually55 # CPU stats, but events count belonging to the IO-APIC controller. For56 # example, `ERR` is incremented in the case of errors in the IO-APIC bus.57 result = (58 self.node.tools[Cat]59 .run("/proc/interrupts", sudo=True, force_run=True)60 .stdout61 )62 mappings_with_header = result.splitlines(keepends=False)63 mappings = mappings_with_header[1:]64 assert len(mappings) > 065 interrupts = []66 for line in mappings:67 matched = self._interrupt_regex.fullmatch(line)68 assert matched69 cpu_counter = [int(count) for count in matched.group("cpu_counter").split()]70 counter_sum = sum([int(x) for x in cpu_counter])71 interrupts.append(72 Interrupt(73 irq_number=matched.group("irq_number"),74 cpu_counter=cpu_counter,75 counter_sum=counter_sum,76 metadata=matched.group("metadata"),77 )78 )79 return interrupts80 def sum_cpu_counter_by_irqs(81 self,82 pci_slot: str,83 exclude_key_words: Optional[List[str]] = None,84 ) -> List[Dict[str, int]]:85 interrupts_sum_by_irqs: List[Dict[str, int]] = []86 interrupts = self.get_interrupt_data()87 if exclude_key_words is None:88 exclude_key_words = []89 matched_interrupts = [90 x91 for x in interrupts92 if pci_slot in x.metadata93 and all(y not in x.metadata for y in exclude_key_words)94 ]95 for interrupt in matched_interrupts:96 interrupts_sum_by_irqs.append({interrupt.irq_number: interrupt.counter_sum})97 return interrupts_sum_by_irqs98 def sum_cpu_counter_by_index(self, pci_slot: str) -> Dict[int, int]:99 interrupts_sum_by_cpus: Dict[int, int] = {}100 interrupts = self.get_interrupt_data()101 matched_interrupts = [x for x in interrupts if pci_slot in x.metadata]102 for cpu_index in range(0, len(matched_interrupts[0].cpu_counter)):103 interrupts_sum_by_cpus[cpu_index] = self._get_sum_of_interrupt_data_per_cpu(104 matched_interrupts, cpu_index105 )106 return interrupts_sum_by_cpus107 def _get_sum_of_interrupt_data_per_cpu(108 self, interrupts: List[Interrupt], index: int109 ) -> int:110 sum = 0111 for interrupt in interrupts:112 sum += interrupt.cpu_counter[index]...
main.py
Source:main.py
...79 d8 = data.get_scene_data()80 catbarplot(d8, "課ç¨æ
å¢æ°åçé ")81 d8 = data.get_motivation_data()82 catbarplot(d8, "å¸ç缺ä¹å¸ç¿åæ©")83 d8 = data.get_interrupt_data()84 catbarplot(d8, "å¸ç課å å¹²æ¾è¡çº")85 d8 = data.get_alienated_data()86 catbarplot(d8, "å¸ç人éçé¢è¡çº")87 d8 = data.get_disappoint_data()88 catbarplot(d8, "å¸çæ
ç·å¤±è½")89 d8 = data.get_special_data()90 catbarplot(d8, "ç¹æ®å¸ç")91 d8 = data.get_conflict_data()92 catbarplot(d8, "å¸ç課å è¡çªè¡çº")93if __name__ == "__main__":94 main()...
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