修复是中断修复还是非中断修复 非中断 原因 此规则会查找对 System.Diagnostics.Process.GetCurrentProcess().Id 的调用，并建议改用 System.Environment.ProcessId...System.Environment.ProcessId 可避免上述所有情况。 备注 从 .NET 5.0 开始可以使用规则 CA1837。...System.Diagnostics; class MyClass { void MyMethod() { int pid = System.Environment.ProcessId...System.Diagnostics Class MyClass Private Sub MyMethod() Dim pid As Integer = System.Environment.ProcessId...从显示的选项列表中选择“使用‘Environment.ProcessId’而不是‘Process.GetCurrentProcess().Id’”。
参数ProcessId是新进程的PID（进程ID）。参数CreateInfo是一个指向一个PS_CREATE_NOTIFY_INFO结构的指针，该结构包含了有关新进程的详细信息。...; PEPROCESS ProcessObj = NULL; PCHAR string = NULL; st = PsLookupProcessByProcessId(ProcessId..., _In_ BOOLEAN Create ); 回调函数的参数说明如下： ProcessId：新线程所属进程的进程ID。..., PEPROCESS *Process); VOID MyCreateThreadNotify(HANDLE ProcessId, HANDLE ThreadId, BOOLEAN Create)...{ PEPROCESS eprocess = NULL; // 通过此函数拿到程序的EPROCESS结构 PsLookupProcessByProcessId(ProcessId,
ps -ef | grep $1 | grep $2 | grep -v grep then PROCESSID...Pid: $PROCESSID" kill -s SIGUSR2 $PROCESSID fi for...=`ps -ef | grep $1 | grep $2 | grep -v grep | awk '{print \$2}'` kill -9 $PROCESSID...Pid: $PROCESSID" kill -s SIGUSR2 $PROCESSID fi for...=`ps -ef | grep $1 | grep $2 | grep -v grep | awk '{print \$2}'` kill -9 $PROCESSID
PsGetProcessImageFileName(PEPROCESS Process); NTKERNELAPI NTSTATUS PsLookupProcessByProcessId(HANDLE ProcessId..., PEPROCESS *Process); PCHAR GetProcessNameByProcessId(HANDLE ProcessId) { NTSTATUS st = STATUS_UNSUCCESSFUL...; PEPROCESS ProcessObj = NULL; PCHAR string = NULL; st = PsLookupProcessByProcessId(ProcessId, &ProcessObj..., PEPROCESS *Process); VOID MyCreateThreadNotify(HANDLE ProcessId, HANDLE ThreadId, BOOLEAN Create...) { PEPROCESS eprocess = NULL; PsLookupProcessByProcessId(ProcessId, &eprocess); //
PsGetProcessImageFileName(PEPROCESS Process);NTKERNELAPI NTSTATUS PsLookupProcessByProcessId(HANDLE ProcessId..., PEPROCESS *Process);PCHAR GetProcessNameByProcessId(HANDLE ProcessId){NTSTATUS st = STATUS_UNSUCCESSFUL...;PEPROCESS ProcessObj = NULL;PCHAR string = NULL;st = PsLookupProcessByProcessId(ProcessId, &ProcessObj...;PEPROCESS ProcessObj = NULL;PCHAR string = NULL;st = PsLookupProcessByProcessId(ProcessId, &ProcessObj..., PEPROCESS *Process);VOID MyCreateThreadNotify(HANDLE ProcessId, HANDLE ThreadId, BOOLEAN Create)
HWND FindMainWindow(unsigned int processID) { struct HANDLE_DATA { unsigned int processID...; HWND handle; } data; data.processID = processID; data.handle = 0; static auto...unsigned long process_id = 0; GetWindowThreadProcessId(handle, &process_id); if (data.processID...qDebug("进程名称：%ls", pe32.szExeFile); //这里得到的应该是宽字符，用%ls,不然无法正常打印 // qDebug("进程ID：%u", pe32.th32ProcessID...) { qDebug("进程名称：%ls", pe32.szExeFile); qDebug("进程ID：%u", pe32.th32ProcessID
TH32CS_SNAPALL包括系统中的所有进程和线程，以及 th32ProcessID 中指定的进程的堆和模块。 等效于使用 OR 操作 。...TH32CS_SNAPHEAPLIST:0x00000001包括快照中 th32ProcessID 中指定的进程的所有堆。 若要枚举堆，请参阅 Heap32ListFirst。...TH32CS_SNAPMODULE:0x00000008包括快照中 th32ProcessID 中指定的进程的所有模块。 若要枚举模块，请参阅 Module32First。 ...若要从 64 位进程包含 在 th32ProcessID 中指定的进程的 32 位模块，请使用 TH32CS_SNAPMODULE32 标志。...从 64 位进程调用时，在快照中包含 在 th32ProcessID 中指定的进程的所有 32 位模块。此标志可以与 TH32CS_SNAPMODULE 或 TH32CS_SNAPALL结合使用。
PsGetProcessImageFileName(PEPROCESS Process); //创建进程回调函数 VOID CreateProcessListen( _In_ HANDLE ParentId, _In_ HANDLE ProcessId..., _In_ BOOLEAN Create ) { PEPROCESS Process = NULL; NTSTATUS status = PsLookupProcessByProcessId(ProcessId..., _In_ BOOLEAN Create ) { PEPROCESS Process = NULL; NTSTATUS status = PsLookupProcessByProcessId(ProcessId..., _In_ BOOLEAN Create ) { PEPROCESS Process = NULL; NTSTATUS status = PsLookupProcessByProcessId(ProcessId..."[db]线程结束了\r\n"); } } VOID LoadImageListen( _In_opt_ PUNICODE_STRING FullImageName, _In_ HANDLE ProcessId
这种一般是端口被其他web引擎占用导致，较快的定位办法如下 先netstat -ano|findstr 80定位占用80端口的进程pid为1036 image.png执行命令wmic process where processid...=1036 get executablepath,processid,threadcount 可以看到占用80端口的文件路径、进程号、线程数，定位出来是C:/Program Files/Apache24...netstat -ano|findstr :3389|findstr /i LISTEN 图片 然后确定可执行文件 tasklist -svc|findstr yyy wmic process where processid...=yyy get executablepath,processid,threadcount Get-Process -Id yyy 比如上图确定pid是1020，然后 tasklist -svc|findstr...1020 wmic process where processid=1020 get executablepath,processid,threadcount Get-Process -Id 1020
();NTSTATUS RemoveNotifyRoutine();VOID LoadImageNotifyRoutine(PUNICODE_STRING FullImageName, HANDLE ProcessId..., PVOID pImageBase);typedef struct _MY_DATA{HANDLE ProcessId;PVOID pImageBase;}MY_DATA, *PMY_DATA;//..., PIMAGE_INFO ImageInfo){DbgPrint("PID: %d --> 完整路径: %wZ --> 大小: %d --> 基地址: 0x%p \n", ProcessId, FullImageName...= ProcessId){// 创建多线程 延时1秒钟后再卸载模块PMY_DATA pMyData = ExAllocatePool(NonPagedPool, sizeof(MY_DATA));pMyData...->ProcessId = ProcessId;pMyData->pImageBase = ImageInfo->ImageBase;PsCreateSystemThread(&hThread, 0,
参数ProcessId是新进程的PID（进程ID）。参数CreateInfo是一个指向一个PS_CREATE_NOTIFY_INFO结构的指针，该结构包含了有关新进程的详细信息。...; PEPROCESS ProcessObj = NULL; PCHAR string = NULL; st = PsLookupProcessByProcessId(ProcessId...; PEPROCESS ProcessObj = NULL; PCHAR string = NULL; st = PsLookupProcessByProcessId(ProcessId..., _In_ BOOLEAN Create);回调函数的参数说明如下：ProcessId：新线程所属进程的进程ID。...PEPROCESS eprocess = NULL; // 通过此函数拿到程序的EPROCESS结构 PsLookupProcessByProcessId(ProcessId, &eprocess
int ReadIntProcessMemory(int processId,int address); int ReadIntProcessMemory(int processId,int ....) { //0x1F0FFF获取最大权限 return Memory.INSTANCE.OpenProcess(0x1F0FFF, false, processId);...) { Memory.INSTANCE.CloseHandle(processId); } public int ReadIntProcessMemory(int processId..., long value, int address) { Memory.INSTANCE.WriteProcessMemory(processId,address,new long[]{...value},4,0); } public void WriteIntProcessMemory(int processId, long value, int... addresss)
) print(win32gui.GetWindowText(hwnd)) print(type(hwnd)) print (hwnd) thread,processId...=win32process.GetWindowThreadProcessId(hwnd) print(thread) print(processId,signal.CTRL_BREAK_EVENT...) os.kill(processId,signal.CTRL_C_EVENT) os.kill(processId,signal.CTRL_BREAK_EVENT)
代码，可确定taskmgr都是哪个用户会话里的进程获取taskmgr的进程信息，显示用户会话号、用户名称Get-Process -Name taskmgr | ForEach-Object { $ProcessId...= $_.Id $SessionId = $_.SessionId $User = (Get-WmiObject -Class Win32_Process -Filter "ProcessId...= $ProcessId").GetOwner().User [PSCustomObject]@{ ProcessName = $_.ProcessName ProcessId...= $ProcessId SessionId = $SessionId UserName = $User }} | Format-Table -AutoSize登录到产生
09:22 **/ public class ActJumpTaskCmd extends NeedsActiveTaskCmd { protected String processId...formData;//变量 protected String operationCode; public ActJumpTaskCmd(String taskId, String processId...targetNodeId, Map formData,String operationCode) { super(taskId); this.processId...= processId; this.targetNodeId = targetNodeId; this.formData = formData; this.operationCode...ExecutionEntity rootExecution= executionEntityManager.findChildExecutionsByParentExecutionId(processId
会产生多个中间结果，tee命令的作用是从标准输入中读取数据写入标准输出或文件中，利用它可以从管道中读取中间结果并写入本地临时文件中，通过中间结果可以一步一步的定位到脚本的错误 例子 下面是一个简单的脚本，脚本中 processid...函数的作用是查询指定进程名字的进程ID，在管理linux服务器的过程中，这个是很常见的功能，processid 函数作用是利用多层管道命令查询进程ID，以下是测试脚本源码 #!.../bin/sh processid() { ipid=$(ps -ef | grep -w $1 | grep -v grep | awk '{print $2}') echo $ipid...} case "$1" in i) processid $2 ;; *) echo "parameter error..$1"...grep -v grep | tee out2 | awk '{print $2}') | tee out3 echo $ipid } case "$1" in i) processid
:%d\r\n", HandleInfo->Handles[index].ProcessId); if (HandleInfo->Handles[index].ProcessId == 4)...NT_SUCCESS(status)) { /*printf("DupliteHandle Failed of the pid:%d\r\n", sysHandle.ProcessId);*/...; ProcessID = sysHandle.ProcessId; } } } MiniDumpCallBack 触发回调之后，通过RtlCopyMemory将Lsass...:%d\r\n", HandleInfo->Handles[index].ProcessId); if (HandleInfo->Handles[index].ProcessId == 4)...= Duplitehandle; ProcessID = sysHandle.ProcessId; } } } } //try to get the process
(也就是说，我们可以利用这个函数来获取进程的PID) HANDLE CreateToolhelp32Snapshot( [in] DWORD dwFlags, [in] DWORD th32ProcessID...[in] LPCWSTR lpLibFileName ); 如何获取PID DWORD GetProcess(LPCTSTR lpProcessName) { //获取进程的句柄 DWORD processId...lstrcmp(p32.szExeFile , lpProcessName)) {//szExeFile为进程的可执行文件的名称 processId = p32.th32ProcessID...while (Process32Next(processAll, &p32));//获取下一个进程句柄 CloseHandle(processAll); //关闭句柄 return processId...lstrcmp(p32.szExeFile , lpProcessName)) {//szExeFile为进程的可执行文件的名称 processId = p32.th32ProcessID
下的ps -ef | grep appium get-process -id wmic process where caption="node.exe" get processid...,commandline # 根据进程名查看 wmic process where ProcessId="58048" get processid,commandline # 根据进程号 get-wmiobject... # 根据pid来kill进程 taskkill /F /IM # 通过name来kill进程 get-wmiobject -query "select processid...%'" get-wmiobject win32_process -filter "commandline like '%appium%'" | select-object processname,processid
fields_ = [('dwSize', DWORD), ('cntUsage', DWORD), ('th32ProcessID...#可执行文件 processName = (fProcessEntry32.szExeFile) #进程ID processID...= fProcessEntry32.th32ProcessID if processName.decode().lower() in processNames:...#获取进程句柄 hProcess = kernel32.OpenProcess(1, False, processID) #结束进程
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