Office 2010 Activation Key Real Time Module for Wi

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5 Obtain supply files - 597.eight KB Obtain demo task - 1.36 MB Introduction
For a range of company and technical factors, Microsoft Windows Vista, XP/2000 running programs are progressively being regarded as a platform for deployment of real-time programs. The good reasons include:
The various applications offered about the platform The variety of growth instruments accessible on the platform The richness of the Microsoft Win32 application programming interface (API) The big variety of builders, support personnel, and end customers who are acquainted with the program
The Hadcon's genuine time module (RTM) continues to be developed to bring "hard " true time capabilities (such as creation of timers, method thread, of management by resources – memory, ports, interrupts) to Windows, excepting necessity of creating of the driver.
RTM Architecture
Precise execution of events is critical in a real-time program. RTM provides complete flexibility to the developer to determine the appropriate timer resolution for their system. Timer interval values can be set between 100 microsecond and 1 millisecond (100,200,500,1000). The timer interval is default inside of [AddNewInst] section rtmdrv.inf file's HKR,,TimerQuantum,,500.

RTM uses the "mixed" code i.e. timer's, interrupt's routines (working in Ring 0) and user routines (working in Ring 3) are incorporated in one DLL module.
Real-time components (timer,microsoft Office 2010 License, technique thread and interrupt routines) must be locked in memory to avoid latencies due to page faults. Therefore RTM defines its own sections for location of a code, data and stack using the data_seg, code_seg, and bss_seg pragmas.

// // #pragma code_seg( "RTMCODE ") Specifies a code section where functions are to be allocated. For example: #pragma code_seg( "RTMCODE ") void timer1(unsigned dwmess ) /* code */ .................. #pragma code_seg() #pragma data_seg( "RTMDATA ") Specifies a code section where initialized data are to be allocated. For example: #pragma data_seg( "RTMDATA ") char buff[10] = 0; int k1 = 0; #pragma data_seg() #pragma bss_seg( "RTMBSS ") char buff[10]; int k1; #pragma bss_seg() Timers
RTM uses the technique timer.The method timer generates program ticks at a fixed rate of one tick per millisecond(or 100, 200 ,500 microsecond), which is the rate at which a timer interrupt is generated and serviced by the running method (interrupt service routine ISR).
RTmCreateTimer function lets you attach a handling routine to an timer interrupt, much the same way that the RTM timer routines allow you to associate a handling routine with a given timer expiration.
RTM timers are not synchronization objects which means threads cannot wait for single objects with an RTM timer handle.

This is in contrast to the Windows waitable timer, which is an object on which a thread can wait, or against which a thread can receive notification.
Example Code
#pragma code_seg( "RTMCODE ") // // void timer1(unsigned dwmess ) { int i; unsigned nstate; unsigned nvalue; unsigned short ndigport; if(nstop ) return ; if(initLpt == 0) { _asm mov dx,378h mov ax,0 out dx,ax ;//outp(BASE_LPT,0); add dx,2; CR mov ax,2eh out dx,ax ;//outp(BASE_LPT+CR,0x2e); initLpt =1; rtmsqrt(1.5); /* code */ .................. } #pragma code_seg() void func() int error; HANDLE tm; if(RtmInit(hRTMDLL,KERNEL_MODE) == -1) return 0; RtmDebug(hRTMDLL ,TRUE); tm = RtmCreateTimer (hRTMDLL ,timer_anl,Buy Office 2007,0x2000,stanl.quantum,KERNEL_MODE); RtmStartTimer(hRTMDLL ,tm,Office 2010 Activation Key,0x3000); error = RtmTimerPostMessage(hRTMDLL ,tm,0x100); Using Threads
The RtmCreateThread function creates a program thread (See: PsCreateSystemThread in the DDK for Windows XP/2000).
You can set the priority value for the specified thread using KeSetPriorityThread and KeSetBasePriorityThread functions.
Inside from the body thread function, we can use majority DDK functions.
RTM thread defines own sections for location of a code.

#pragma code_seg( "RTMTHR ") // // thread code // #pragma code_seg() Example Code
#pragma code_seg( "RTMTHR ") // // void writetofile(PWSTR pfl,UINT addr,int nsize) { IO_STATUS_BLOCK IoStatus; OBJECT_ATTRIBUTES objectAttributes; HANDLE FileHandle = NULL; UNICODE_STRING fileName1; NTSTATUS status; fileName1.Buffer = NULL; fileName1.Length = 0; fileName1.MaximumLength = 256; DbgPrint("start"); fileName1.Buffer = (unsigned short *)ExAllocatePool(PagedPool, fileName1.MaximumLength); DbgPrint("111"); RtlZeroMemory(fileName1.Buffer, fileName1.MaximumLength); status = RtlAppendUnicodeToString(&fileName1, pfl); InitializeObjectAttributes (&objectAttributes,Microsoft Office Pro Plus 2010, (PUNICODE_STRING)&fileName1, OBJ_CASE_INSENSITIVE, NULL, NULL ); status = ZwCreateFile(&FileHandle, FILE_APPEND_DATA, &objectAttributes, &IoStatus, 0, FILE_ATTRIBUTE_NORMAL, FILE_SHARE_WRITE, FILE_OPEN_IF, FILE_SYNCHRONOUS_IO_NONALERT, NULL, 0 ); if(NT_SUCCESS(status)) ZwWriteFile(FileHandle, NULL, NULL, NULL, &IoStatus, (void *)addr, nsize, NULL, NULL ); ZwClose(FileHandle); DbgPrint ("Close file"); if(fileName1.Buffer) ExFreePool(fileName1.Buffer); } int systhread(void *param) { unsigned int _cr3 = 0; PVOID pv; PHYSICAL_ADDRESS pf; n_count_task++; if(n_count_task == 10) _asm mov eax,cr3 _asm mov _cr3,eax pf.HighPart = 0; pf.LowPart = _cr3; pv = MmGetVirtualForPhysical (pf); writetofile(L"\\??\\C:\\tmp\\qqq1",(UINT)pv ,0x1000); return 0; } #pragma code_seg() void func() int error; HANDLE tm; HANDLE th; if(RtmInit(hRTMDLL,KERNEL_MODE) == -1) return 0; th = RtmCreateThread(hRTMDLL ,(THREAD_START_ROUTINE)systhread,NULL); Interrupts
RTM allows a process to directly interface with a device without having to write a Windows driver via RtmConnectInterrupt or RtmHookInterrupt functions. A process can attach to an interrupt handler using RtmConnectInterrupt function (See: HalGetInterruptVector in the DDK for Windows XP/2000).
The RtmHookInterrupt function allows to hook an interrupt.

typedef struct _tagRTMINTERUPT { INTERFACE_TYPE itype; ULONG nVector ; ULONG BusNumber ; ULONG VenID ; ULONG DevID; unsigned char bShared; void *lpParameter; INTERRUPT_ROUTINE newintr; ) RTMINTERRUPT; Example Code
#pragma data_seg( "RTMDATA ") int _isr = 0; #pragma data_seg() // // void newintr(void *pv) _isr++; /* ------------------------- */ int func1() HANDLE tm; int count; RTMCONNINTERRUPT cinter; HANDLE pi,pi1; if(RtmInit(hRTMDLL, KERNEL_MODE) == -1) return 0; cinter.BusNumber = 1; cinter.DevID = 0x2f00; cinter.nVector =0; cinter.VenID = 0x14f1; cinter.itype = PCIBus; cinter.lpParameter = NULL; cinter.newintr = newintr; pi = RtmConnectInterrupt(hRTMDLL ,&cinter); cinter.BusNumber = 0; cinter.nVector =1; cinter.itype = Isa; cinter.lpParameter = NULL; cinter.newintr = newintr; pi1 = RtmHookInterrupt (hRTMDLL ,Office Pro,&cinter); count = _isr; count = _isr; count = _isr; RtmUnhookInterrupt (hRTMDLL ,pi1);
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