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2672ec8ee5
- In the interface header soft386.h, do not include other particular headers (windows.h and debug.h). Those must be included by the different applications which also will include soft386.h. - LPVOID --> PVOID (do it general, not just à-la Win32). - The .c files include the headers, and each .c files must have its "#define NDEBUG\n#include <debug.h>" lines, to activate (or deactivate here in the example) debugging output. - In the .c files, include the header windef.h for having the basic types, and temporarily comment out the needed #defines which will be needed if one needs to include other win***.h files. Those will be deleted if they aren't needed at the end. svn path=/branches/ntvdm/; revision=59766
224 lines
7.6 KiB
C
224 lines
7.6 KiB
C
/*
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* COPYRIGHT: GPL - See COPYING in the top level directory
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* PROJECT: 386/486 CPU Emulation Library
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* FILE: soft386.c
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* PURPOSE: Functions meant for use by the host.
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* PROGRAMMERS: Aleksandar Andrejevic <theflash AT sdf DOT lonestar DOT org>
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*/
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/* INCLUDES *******************************************************************/
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// #define WIN32_NO_STATUS
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// #define _INC_WINDOWS
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#include <windef.h>
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#include <soft386.h>
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#include "common.h"
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// #define NDEBUG
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#include <debug.h>
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/* DEFINES ********************************************************************/
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typedef enum
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{
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SOFT386_STEP_INTO,
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SOFT386_STEP_OVER,
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SOFT386_STEP_OUT,
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SOFT386_CONTINUE
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} SOFT386_EXEC_CMD;
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/* PRIVATE FUNCTIONS **********************************************************/
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static
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inline
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VOID
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NTAPI
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Soft386ExecutionControl(PSOFT386_STATE State, INT Command)
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{
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// TODO: NOT IMPLEMENTED!!!
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UNIMPLEMENTED;
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}
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/* PUBLIC FUNCTIONS ***********************************************************/
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VOID
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NTAPI
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Soft386Continue(PSOFT386_STATE State)
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{
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/* Call the internal function */
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Soft386ExecutionControl(State, SOFT386_CONTINUE);
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}
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VOID
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NTAPI
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Soft386StepInto(PSOFT386_STATE State)
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{
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/* Call the internal function */
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Soft386ExecutionControl(State, SOFT386_STEP_INTO);
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}
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VOID
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NTAPI
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Soft386StepOver(PSOFT386_STATE State)
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{
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/* Call the internal function */
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Soft386ExecutionControl(State, SOFT386_STEP_OVER);
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}
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VOID
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NTAPI
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Soft386StepOut(PSOFT386_STATE State)
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{
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/* Call the internal function */
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Soft386ExecutionControl(State, SOFT386_STEP_OUT);
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}
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VOID
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NTAPI
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Soft386DumpState(PSOFT386_STATE State)
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{
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DPRINT1("\nCPU currently executing in %s mode at %04X:%08X\n"
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"Time Stamp Counter = %016X\n",
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(State->ControlRegisters[0] & SOFT386_CR0_PE) ? "protected" : "real",
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State->SegmentRegs[SOFT386_REG_CS].Selector,
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State->InstPtr.Long,
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State->TimeStampCounter);
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DPRINT1("\nGeneral purpose registers:\n"
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"EAX = %08X\tECX = %08X\tEDX = %08X\tEBX = %08X\n"
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"ESP = %08X\tEBP = %08X\tESI = %08X\tEDI = %08X\n",
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State->GeneralRegs[SOFT386_REG_EAX].Long,
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State->GeneralRegs[SOFT386_REG_ECX].Long,
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State->GeneralRegs[SOFT386_REG_EDX].Long,
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State->GeneralRegs[SOFT386_REG_EBX].Long,
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State->GeneralRegs[SOFT386_REG_ESP].Long,
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State->GeneralRegs[SOFT386_REG_EBP].Long,
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State->GeneralRegs[SOFT386_REG_ESI].Long,
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State->GeneralRegs[SOFT386_REG_EDI].Long);
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DPRINT1("\nSegment registers:\n"
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"ES = %04X (Base: %08X, Limit: %08X, Dpl: %u)\n"
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"CS = %04X (Base: %08X, Limit: %08X, Dpl: %u)\n"
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"SS = %04X (Base: %08X, Limit: %08X, Dpl: %u)\n"
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"DS = %04X (Base: %08X, Limit: %08X, Dpl: %u)\n"
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"FS = %04X (Base: %08X, Limit: %08X, Dpl: %u)\n"
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"GS = %04X (Base: %08X, Limit: %08X, Dpl: %u)\n",
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State->SegmentRegs[SOFT386_REG_ES].Selector,
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State->SegmentRegs[SOFT386_REG_ES].Base,
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State->SegmentRegs[SOFT386_REG_ES].Limit,
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State->SegmentRegs[SOFT386_REG_ES].Dpl,
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State->SegmentRegs[SOFT386_REG_CS].Selector,
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State->SegmentRegs[SOFT386_REG_CS].Base,
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State->SegmentRegs[SOFT386_REG_CS].Limit,
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State->SegmentRegs[SOFT386_REG_CS].Dpl,
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State->SegmentRegs[SOFT386_REG_SS].Selector,
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State->SegmentRegs[SOFT386_REG_SS].Base,
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State->SegmentRegs[SOFT386_REG_SS].Limit,
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State->SegmentRegs[SOFT386_REG_SS].Dpl,
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State->SegmentRegs[SOFT386_REG_DS].Selector,
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State->SegmentRegs[SOFT386_REG_DS].Base,
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State->SegmentRegs[SOFT386_REG_DS].Limit,
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State->SegmentRegs[SOFT386_REG_DS].Dpl,
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State->SegmentRegs[SOFT386_REG_FS].Selector,
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State->SegmentRegs[SOFT386_REG_FS].Base,
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State->SegmentRegs[SOFT386_REG_FS].Limit,
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State->SegmentRegs[SOFT386_REG_FS].Dpl,
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State->SegmentRegs[SOFT386_REG_GS].Selector,
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State->SegmentRegs[SOFT386_REG_GS].Base,
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State->SegmentRegs[SOFT386_REG_GS].Limit,
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State->SegmentRegs[SOFT386_REG_GS].Dpl);
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DPRINT1("\nFlags: %08X (%s %s %s %s %s %s %s %s %s %s %s %s %s %s %s) Iopl: %u\n",
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State->Flags.Long,
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State->Flags.Cf ? "CF" : "cf",
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State->Flags.Pf ? "PF" : "pf",
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State->Flags.Af ? "AF" : "af",
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State->Flags.Zf ? "ZF" : "zf",
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State->Flags.Sf ? "SF" : "sf",
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State->Flags.Tf ? "TF" : "tf",
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State->Flags.If ? "IF" : "if",
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State->Flags.Df ? "DF" : "df",
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State->Flags.Of ? "OF" : "of",
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State->Flags.Nt ? "NT" : "nt",
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State->Flags.Rf ? "RF" : "rf",
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State->Flags.Vm ? "VM" : "vm",
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State->Flags.Ac ? "AC" : "ac",
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State->Flags.Vif ? "VIF" : "vif",
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State->Flags.Vip ? "VIP" : "vip",
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State->Flags.Iopl);
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DPRINT1("\nControl Registers:\n"
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"CR0 = %08X\tCR1 = %08X\tCR2 = %08X\tCR3 = %08X\n"
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"CR4 = %08X\tCR5 = %08X\tCR6 = %08X\tCR7 = %08X\n",
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State->ControlRegisters[SOFT386_REG_CR0],
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State->ControlRegisters[SOFT386_REG_CR1],
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State->ControlRegisters[SOFT386_REG_CR2],
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State->ControlRegisters[SOFT386_REG_CR3],
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State->ControlRegisters[SOFT386_REG_CR4],
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State->ControlRegisters[SOFT386_REG_CR5],
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State->ControlRegisters[SOFT386_REG_CR6],
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State->ControlRegisters[SOFT386_REG_CR7]);
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DPRINT1("\nDebug Registers:\n"
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"DR0 = %08X\tDR1 = %08X\tDR2 = %08X\tDR3 = %08X\n"
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"DR4 = %08X\tDR5 = %08X\tDR6 = %08X\tDR7 = %08X\n",
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State->DebugRegisters[SOFT386_REG_DR0],
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State->DebugRegisters[SOFT386_REG_DR1],
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State->DebugRegisters[SOFT386_REG_DR2],
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State->DebugRegisters[SOFT386_REG_DR3],
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State->DebugRegisters[SOFT386_REG_DR4],
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State->DebugRegisters[SOFT386_REG_DR5],
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State->DebugRegisters[SOFT386_REG_DR6],
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State->DebugRegisters[SOFT386_REG_DR7]);
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}
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VOID
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NTAPI
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Soft386Reset(PSOFT386_STATE State)
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{
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INT i;
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SOFT386_MEM_READ_PROC MemReadCallback = State->MemReadCallback;
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SOFT386_MEM_WRITE_PROC MemWriteCallback = State->MemWriteCallback;
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SOFT386_IO_READ_PROC IoReadCallback = State->IoReadCallback;
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SOFT386_IO_WRITE_PROC IoWriteCallback = State->IoWriteCallback;
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/* Clear the entire structure */
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RtlZeroMemory(State, sizeof(*State));
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/* Initialize the registers */
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State->Flags.AlwaysSet = 1;
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State->InstPtr.LowWord = 0xFFF0;
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/* Initialize segments */
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for (i = 0; i < SOFT386_NUM_SEG_REGS; i++)
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{
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/* Set the selector, base and limit, other values don't apply in real mode */
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State->SegmentRegs[i].Selector = 0;
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State->SegmentRegs[i].Base = 0;
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State->SegmentRegs[i].Limit = 0xFFFF;
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}
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/* Initialize the code segment */
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State->SegmentRegs[SOFT386_REG_CS].Selector = 0xF000;
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State->SegmentRegs[SOFT386_REG_CS].Base = 0xFFFF0000;
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/* Initialize the IDT */
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State->Idtr.Size = 0x3FF;
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State->Idtr.Address = 0;
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/* Initialize CR0 */
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State->ControlRegisters[SOFT386_REG_CR0] |= SOFT386_CR0_ET;
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/* Restore the callbacks */
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State->MemReadCallback = MemReadCallback;
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State->MemWriteCallback = MemWriteCallback;
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State->IoReadCallback = IoReadCallback;
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State->IoWriteCallback = IoWriteCallback;
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}
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VOID
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NTAPI
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Soft386Interrupt(PSOFT386_STATE State, UCHAR Number)
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{
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// TODO: NOT IMPLEMENTED!!!
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UNIMPLEMENTED;
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}
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/* EOF */
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