Kernel32 related functions

Call dword ptr [<& kernel32.writefile>] kernel32.writefile <br/> writes data to a file, you can also use this function to process communication devices, pipelines, sockets, and mail slots. </P> <p> call dword ptr [<& kernel32.writeconsole>] kernel32.writeconsole <br/> in the current cursor position writes the string to the console screen buffer. </P> <p> call dword ptr [<& kernel32.widechartomultibyte>] kernel32.widechartomultibyte <br/> maps a unicode string to a multi-byte string. </P> <p> call dword ptr [<& kernel32.waitforsingleobject>] kernel32.waitforsingleobject <br/> used to detect the signal status of the hhandle event </P> <p> call dword ptr [< & kernel32.virtualquery>] kernel32.virtualquery <br/> in the unit of page, traverse the virtual space of a process. </P> <p> call dword ptr [<& kernel32.virtualprotect>] kernel32.virtualprotect <br/> In the virtual address space of the call processing sequence, change the protection on the page area. </P> <p> call dword ptr [<& kernel32.virtualfree>] kernel32.virtualfree <br/> cancels or releases a region on the virtual address space page of the calling Process </P> <p> call dword ptr [<& kernel32.virtualalloc>] kernel32.virtualalloc <br/> use the virtual address space of the process, </P> <p> call dword ptr [<& kernel32.unhandledexceptionfilter>] kernel32.unhandledexceptionfilter <br/> A dialog box is displayed to indicate that an error has occurred. </P> <p> call dword ptr [<& kernel32.tlssetvalue>] kernel32.tlssetvalue <br/> set the value in the thread array </P> <p> Call dword ptr [<& kernel32.tlsgetvalue>] kernel32.tlsgetvalue <br/> Read the value in the thread array </P> <p> call dword ptr [<& kernel32.tlsfree>] kernel32.tlsfree cancels or releases the TLS array index variable of a thread. </P> <p> call dword ptr [<& kernel32.tlsalloc>] kernel32.tlsalloc <br/> defines global variables of DWORD threads or static function variables, prepare to access the index variable of your TLS array as each thread. </P> <p> call dword ptr [<& kernel32.terminateprocess>] kernel32.terminateprocess <br/> ends a Process </P> <p> call dword ptr [<& kernel32.sleep>] kernel32.sleep <br/> the program is suspended, the execution is delayed for several times. the duration is determined by the parameter </P> <p> call dword ptr [<& kernel32.sizeofresource>] kernel32.sizeofresource <br/> returns the size of the specified resource byte </P> <p>> call dword ptr [<& kernel32.setunhandledexceptionfilter>] kernel32.setunhandledexceptionfilter <br/> sets the exception capture function. when the exception is not handled, the system calls Use the exception handling function set by setunhandledexceptionfilter. </P> <p> call dword ptr [<& kernel32.setstdhandle>] kernel32.setstdhandle <br/> sets sub-processes and parent processes to share standard input, standard output, and standard error handle. </ p> <p> call dword ptr [<& kernel32.sethandlecount>] kernel32.sethandlecount <br/> set the available file handle </P> <p> call dword ptr [<& kernel32.setfilepointer>] kernel32.setfilepoin <br/> set the current read/write location in a file </P> <p> call dword ptr [<& kernel32.setevent>] kernel32.setevent <br/> set the event status Marked, release any waiting thread </P> <p> call dword ptr [<& kernel32.setenvironmentvariablea>] kernel32.setenvironmentvariablea <br/> set the specified environment variable of the current process </P> <p>> call dword ptr [<& kernel32.setendoffile>] kernel32.setendoffile <br/> for an open file, set the current file location to the end of the file </P> <p> call dword ptr [<& kernel32.resetevent>] kernel32.resetevent <br/>. This function sets the specified event object to no signal. status. </P> <p> call dword ptr [<& kernel32.readfile>] kernel32.readfile <br/> reads data from the file pointer to a file, and supports synchronous and asynchronous operations, </P> <p> call dword ptr [<& kernel32.raiseexception>] kernel32.raiseexception <br/> trigger an exception object </P> <p> call dword ptr [<& kernel32.queryperformancefrequency>] kernel32.queryperformancefrequency <br/> return count frequency </P> <p> call dword ptr [<& kernel32.queryperformancecounter>] kernel32.queryperformancecounter <br/> To the value of a high-precision timer (if such a timer exists) </P> <p> call dword ptr [<& kernel32.outputdebugstring>] kernel32.outputdebugstring <br/> send a string to debugging </P> <p> call dword ptr [<& kernel32.multibytetowidechar] kernel32.multibytetowidechar <br/> This function maps a string to a wide character (UNICODE). The string mapped by this function does not need to be a multi-byte character group. </P> <p> call dword ptr [<& kernel32.movefile>] kernel32.movefile <br/> Description: move one or more files from one place to another. </P> <p> call dword ptr [<& kernel32.lstrlen>] kernel32.lstrlen <br/> This function returns the byte length of the specified string (ANSI) or the length (double-byte Standard Edition). It does not include the end null character. </P> <p> call dword ptr [<& kernel32.lstrcmp>] kernel32.lstrcmp <br/> compares two strings, which are case sensitive. </P> <p> call dword ptr [<& kernel32.lstrcmpi>] kernel32.lstrcmpi <br/> compares two strings, which are case insensitive. </P> <p> call dword ptr [<& kernel32.loadresource>] kernel32.loadresource <br/> load the specified resource to the global storage. </P> <p> call dword ptr [<& kernel32.loadlibrary>] kernel32.loadlibrary <br/> load the specified dynamic link library and map it to the address space used by the current process. Once loaded, you can access the resources saved in the database </P> <p> call dword ptr [<& kernel32.lcmapstring>] kernel32.lcmapstring <br/> image string </P> <p> call DWORD PTR [<& strong>] kernel32.isvalidlocale <br/> determine whether the local code is valid </P> <p> call dword ptr [<& kernel32.isvalidcodepage>] kernel32.isvalidcodepage <br/> valid or not </P> <p> call dword ptr [<& kernel32.isprocessorfeaturepresent>] kernel32.isprocessorfeaturepresent <br/> obtain features of X86 processors supported in the System </P> <p> Call dword ptr [<& kernel32.isdebuggerpresent>] kernel32.isdebuggerpresent <br/> indicates whether the called process is running in a debugger </P> <p> call dword ptr [<& gt>] kernel32.isdbcsleadbyteex <br/> converts the character encoding of the current code page to unicode encoding </P> <p> call dword ptr [<& kernel32.interlockedincrement>] kernel32.interlockedincrement <br/> the value of the integer variable. The operations executed by this function can safely avoid synchronization issues-even if it is a shared variable </P> <p> call dword ptr [<& kernel32.interlockedexchange>] kernel32.interlockedexchange <br/> can be atomic the Operation Method exchanges two parameters, b, and return a previous value </P> <p> call DWORD PTR [<& kernel32.interlockeddecrement>] kernel32.interlockeddecrement <br/> to ensure that during this operation, the value of a variable is not changed by other places (such as threads. </P> <p> call dword ptr [<& kernel32.interlockedcompareexchange>] kernel32.interlockedcompareexchange <br/> lock the front-end bus </P> <p> call dword ptr [<& cite>] Quit <br/> initialize a critical resource object </P> <p> call dword ptr [<& kernel32.initializecriticalsection>] kernel32.initializecriticalsection <br/> initialize a critical resource object </P> <p> call dword ptr [<& kernel32.heapdestro Y>] kernel32.heapdestroy <br/> cancel heap </P> <p> call dword ptr [<& kernel32.heapcreate>] kernel32.heapcreate <br/> Create heap </P> <p> call dword ptr [<& kernel32.globalunlock>] kernel32.globalunlock <br/> unlock global memory </P> <p> call dword ptr [<& kernel32.globalmemorystatus>] kernel32.globalmemorystatus <br/> check memory status </P> <p> call dword ptr [<& kernel32.globallock>] kernel32.globallock <br/> lock the memory object and return a pointer </P> <p> call dword ptr [<& Kernel 32. globalfree>] kernel32.globalfree <br/> release global memory blocks </P> <p> call dword ptr [<& kernel32.globalalloc>] kernel32.globalalloc <br/> this function is allocated from the heap. number of bytes. </P> <p> call dword ptr [<& kernel32.getversionex>] kernel32.getversionex <br/> return extended OS Version Information </P> <p> call DWORD PTR [<& kernel32.getuserdefaultlcid>] kernel32.getuserdefaultlcid <br/> obtain the user's default local ID </P> <p> call dword ptr [<& kernel32.gettimezoneinformation>] kernel32.gettime Zoneinformation <br/> returns the current time zone information </P> <p> call dword ptr [<& kernel32.gettickcount>] kernel32.gettickcount <br/> milliseconds elapsed since the operating system started count </P> <p> call dword ptr [<& kernel32.getthreadlocale>] kernel32.getthreadlocale <br/> obtain local information of a clue </P> <p> call dword ptr [<& kernel32.getsystemtimeasfiletime >] kernel32.getsystemtimeasfiletime <br/> is used to obtain the current system Time (UTC ), returned in the form of filetime. </P> <p> call dword ptr [<& kernel32.getsysteminfo>] kernel32.getsysteminfo <br/> Returns information about the current system. </P> <p> call dword ptr [<& kernel32.getsystemdirectory>] kernel32.getsystemdirectory <br/> obtain the Windows System directory (system directory) </P> <p> call dword ptr [<& kernel32.getstringtype>] kernel32.getstringtype <br/> obtain the Unicode string type </P> <p> call dword ptr [< & kernel32.getstdhandle>] kernel32.getstdhandle <br/> returns the handle of the standard input, output, or wrong device, that is, the handle to obtain the input, output, or error screen buffer. </P> <p> call dword ptr [<& kernel32.getstartupinfo>] kernel32.getstartupinfo <br/> return the startupinfo structure specified when the process is started </P> <p> call DWORD PTR [<& kernel32.getprocessheap>] kernel32.getprocessheap <br/> used to obtain the heap handle of the call Process </P> <p> call dword ptr [<& kernel32.getprocaddress>] callback <br/> retrieve the specified dynamic link library (DLL) function address of the output library. </P> <p> call dword ptr [<& kernel32.getoemcp>] kernel32.getoemcp <br/> obtain the OEM system code page </P> <p> call dword ptr [<& kernel32.getmodulehandle>] kernel32.getmodulehandle <br/> obtains the module handle of an application or dynamic link library </P> <p> call dword ptr [<& kernel32.getmodulefilename>] kernel32.getmodulefilename <br/> returns the specified module path </P> <p> call dword ptr [<& kernel32.getlocaleinfo>] kernel32.getlocaleinfo <br/> obtain local information from the record </P> <p> call DWORD PTR [<& kernel32.getfi Letype>] kernel32.getfiletype <br/>, determine the file type </P> <p> call dword ptr [<& kernel32.getfilesize>] kernel32.getfilesize <br/> returns the specified file size </P> <p> call dword ptr [< & kernel32.getfileattributes>] kernel32.getfileattributes <br/> determine the attributes of a specified file </P> <p> call dword ptr [<& kernel32.getexitcodethread>] Abort <br/> to obtain an aborted thread </P> <p> call dword ptr [<& kernel32.getexitcodeprocess>] kernel32.getexi Tcodeprocess <br/> get the exit code of an interrupted process </P> <p> call dword ptr [<& kernel32.getenvironmentstrings>] kernel32.getenvironmentstringsa <br/> pointer to the system environment variable of the current process. </P> <p> call dword ptr [<& kernel32.getdiskfreespaceex>] kernel32.getdiskfreespaceex <br/> obtain information related to the Organization and remaining space of a disk </P> <p>> call dword ptr [<& kernel32.getcurrentthreadid>] kernel32.getcurrentthreadid <br/> obtain a unique thread identifier of the current thread </P> <p> call dword ptr [<& kernel3 2. getcurrentprocessid>] kernel32.getcurrentprocessid <br/> obtain a unique identifier of the current process </P> <p> call dword ptr [<& kernel32.getcurrentprocess>] kernel32.getcurrentprocess <br/> A pseudo handle. This pseudo handle can be used as long as the current process requires a process handle. The handle can be copied but cannot be inherited. You do not need to call the closehandle function to close this handle </P> <p> call dword ptr [<& kernel32.getcurrentdirectory>] kernel32.getcurrentdirectory <br/> load the current directory in a buffer </P> <p> call dword ptr [<& kernel32.getcpinfo>] kernel32.getcpinfo <br/> obtain information related to the specified code page </P> <p> call dword ptr [<& kernel32.getconsoleoutputcp>] kernel32.getconsoleoutputcp <br/> obtain the code page for console output </P> <p> call dword ptr [<& kernel32.getconsolemode>] kernel32.getconsolemode <br/> return to console input and output mode <br/> /P> <p> call dword ptr [<& kernel32.getconsolecp>] kernel32.getconsolecp <br/> enter the get code page for the console </P> <p> call dword ptr [<& kernel32.getcommandline>] kernel32.getcommandline <br/> obtain a pointer to the current command line buffer </P> <p> call dword ptr [<& kernel32.getacp>] kernel32.getacp <br/> the judgment is in effect. ANSI code page of </P> <p> call dword ptr [<& kernel32.freelibrary>] kernel32.freelibrary <br/> to release the specified dynamic link library, they were previously loaded using loadlibrary API functions </P> <p> call dword ptr [<& K Handler>] kernel32.freeenvironmentstrings <br/> translate the specified environment string </P> <p> call dword ptr [<& kernel32.formatmessage>] kernel32.formatmessage <br/> returns the getlasterror Error information (this error message is a numerical code) function to convert string Information </P> <p> call dword ptr [<& kernel32.flushinstructioncache>] kernel32.flushinstructioncache <br/> to rewrite the data in the cache to the main memory, allows the CPU to reload new commands before executing new commands </P> <p> call dword ptr [<& kernel32.flushfilebuffers>] kernel32.flus Hfilebuffers <br/> for the specified file handle, refresh the internal File Buffer </P> <p> call dword ptr [<& kernel32.findresource>] kernel32.findresource <br/> This function determines the resource location of the specified type and name in the specified module </P> <p> call dword ptr [<& kernel32.findnextfile>] kernel32.findnextfile <br/> Find the next file based on the file name specified when the findfirstfile function is called </P> <p> call dword ptr [<& kernel32.findfirstfile>] kernel32.findfirstfile <br/> this function is used in a folder (including subfolders) to search for a specified file, use the findfirstfileex function </P> <p> call Dword ptr [<& kernel32.findclose>] kernel32.findclose <br/> close a search handle created by the findfirstfile function </P> <p> call dword ptr [<& kernel32.exitthread>] kernel32.exitthread br/> abort a thread </P> <p> call dword ptr [<& kernel32.exitprocess>] kernel32.exitprocess <br/> abort a Process </P> <p> call DWORD PTR [<& kernel32.enumsystemlocales>] kernel32.enumsystemlocales <br/> enumeration system has been installed or supports Local Settings </P> <p> call dword ptr [<& kernel32.duplicatehandle>] Kernel32.duplicatehandle <br/> Create a New handle for an existing system object when the current handle is specified. The current handle may be in a different process </P> <p> call dword ptr [<& kernel32.deletefile>] kernel32.deletefile <br/> delete a specified file </P> <p> call dword ptr [<& kernel32.createthread>] kernel32.createthread <br/> Create a New thread based on the main thread </P> <p> call dword ptr [<& kernel32.createprocess>] kernel32.createprocess <br/> is used to create a new process and its main thread, this new process runs the specified Executable File </P> <p> call dword ptr [<& kernel32.createpipe>] kernel32.createpipe <br/> to create an anonymous pipeline. asynchronous operations are not allowed on the anonymous pipeline., therefore, for example, the number of writes in a pipe Data, and the buffer zone is full, unless another process reads data from the pipeline, thus freeing up the buffer space, otherwise, the write function will not return </P> <p> call dword ptr [<& kernel32.createmutex>] kernel32.createmutex <br/> to create a mutex) </P> <p> call dword ptr [<& kernel32.createfile>] kernel32.createfile <br/> This is a full-featured routine, you can open and create files, pipelines, folders, communication services, devices, and console buffers. </P> <p> call dword ptr [<& kernel32.createevent>] kernel32.createevent <br/> Create or open a named or unknown event object </P> <p> call dword ptr [<& kernel32.createdirectory>] Kernel 32. createdirectory <br/> Create a new directory </P> <p> call dword ptr [<& kernel32.copyfile>] kernel32.copyfile <br/> to copy the file. Similar to the filecopy command of VB </P> <p> call dword ptr [<& kernel32.comparestring>] kernel32.comparestring <br/> is set based on the text comparison for a specific "local" environment, compare two strings </P> <p> call dword ptr [<& kernel32.closehandle>] kernel32.closehandle <br/> to close a kernel object. These include file, file ing, process, thread, security, and synchronization object. </P> <p>