# cpu.NumberOfCores 是cpu的核心数 # python -m pip install wmi import wmi w = wmi.WMI() cpu_list = w.Win32_Processor() for cpu in cpu_list: print("cpu核心数",cpu.NumberOfCores) print("cpu型号",) # cpu核心数 4 # cpu型号 Intel(R) Core(TM) i5-6300HQ CPU @ 2.30GHz 1. 2....
可以通过cpu.NumberOfCores获取核心数,更多参数可以通过help()函数获取。 wmi.Win32_ComputerSystem 获取电脑的制造商,机器型号 示例代码如下所示: import wmi w = wmi.WMI() obj = w.Win32_ComputerSystem()[0] print(obj) 1. 2. 3. 4. 5. 6. 输出内容如下: instance of Win32_ComputerSystem { Ad...
print("主板型号: %s"%BIOS.SerialNumber)print("当前语言: %s"%BIOS.CurrentLanguage)print("")#获取内存信息formemModuleinw.Win32_PhysicalMemory():totalMemSize=int(memModule.Capacity)print("内存厂商: %s"%memModule.Manufacturer)print("内存型号: %s"%memModule.PartNumber)print("内存大小: %.2fGB"%...
cpu.NumberOfCores 是cpu的核心数 importwmi w=wmi.WMI() cpu_list=w.Win32_Processor()forcpuincpu_list:print("cpu核心数",cpu.NumberOfCores)print("cpu型号",cpu.Name)''' cpu核心数 2 cpu型号 Intel(R) Core(TM) i5-4200U CPU @ 1.60GHz''' len(cpu_list) 统计列表里面cpu个数 cpu_count ...
print(f"Hello {i}") async def main(): tasks = [ demo_function(i) for i in range(0, 100) ] await asyncio.gather(*tasks) asyncio.run(main()) 正如预期的那样,一百条消息和一秒钟的执行时间。完美! 使用asyncio 进行抓取 我们需要将这些知识应用于数据抓取。遵循的方法是同时请求并返回产品列表,...
NumberOfCores except: tmpdict["CpuCores"] += 1 tmpdict["CpuClock"] = cpu.MaxClockSpeed print '\t' + 'CpuType :\t' + str(tmpdict["CpuType"]) print '\t' + 'CpuCores :\t' + str(tmpdict["CpuCores"]) def get_network_info(os): """ 获取网卡信息和当前TCP连接数。 """ print...
print(f"Hello{i}") asyncdefmain: tasks = [ demo_function(i) foriinrange(0,100) ] awaitasyncio.gather(*tasks) asyncio.run(main) 正如预期的那样,一百条消息和一秒钟的执行时间。完美! 使用asyncio 进行抓取 我们需要将这些知识应用于数据抓取。遵循的方法是同时请求并返回产品列表,并在所有请求完成后...
print() "cpu id:", cpu.ProcessorId.strip() tmpdict["CpuType"] = cpu.Name try: tmpdict["CpuCores"] = cpu.NumberOfCores except: tmpdict["CpuCores"] += 1 tmpdict["CpuClock"] = cpu.MaxClockSpeed return tmpdict def _read_cpu_usage(): c = wmi.WMI() for cpu in c.Win32_Processo...
cpu_count() function returns the number of CPUs in the system. The above Python code imports the multiprocessing module and then calls its cpu_count() function to get the number of CPU cores on the current system. The code then calls print() function to print the number of CPU cores on...
parse_args() print(f"Starting timer of {args.time} seconds") for _ in range(args.time): print(".", end="", flush=True) sleep(1) print("Done!") The timer program uses argparse to accept an integer as an argument. The integer represents the number of seconds that the timer should...