/*****************************************************************/ /** Microsoft LAN Manager **/ /** Copyright(c) Microsoft Corp., 1988-1990 **/ /*****************************************************************/ /**** hexedit.h * * Structure and flags def's to call HexEdit * */ struct HexEditParm { ULONG flag; // edit flags UCHAR *ename; // edit name (title) ULONG totlen; // totlen (in bytes) being edited ULONG start; // starting address of edit NTSTATUS (*read)(); // (opt) fnc to read data NTSTATUS (*write)(); // (opt) fnc to write changes HANDLE handle; // (opt) passed to read/write functions ULONG ioalign; // (opt) alignment when read/write (~editmem) UCHAR *mem; // (opt) Only if FHE_EDITMEM HANDLE Kick; // (opt) event to kick (editmem only) HANDLE Console; // (opt) callers console handle ULONG MaxLine; // (opt) if non-zero, # of lines HexEdit is to use WORD AttrNorm; // (opt) Default attribute for text WORD AttrHigh; // (opt) Default attribute for highlighted text WORD AttrReverse; // (opt) Default attribute for reversed text WORD CursorSize; // (opt) Default size of cursor ULONG editloc; // Position exited/kicked at ULONG TopLine; // (opt) Relative topline, requires MaxLine } ; #define FHE_VERIFYONCE 0x0001 // Prompt before updating (just once) #define FHE_VERIFYALL 0x0002 // Prompt before any change is written #define FHE_PROMPTSEC 0x0004 // Verify prompt is for sectors #define FHE_SAVESCRN 0x0008 // Save & Restore orig screen #define FHE_EDITMEM 0x0010 // Direct mem edit #define FHE_KICKDIRTY 0x0020 // Kick event if memory gets editted #define FHE_KICKMOVE 0x0040 // Kick event every time cursor is moved #define FHE_DIRTY 0x0080 // Set when data is dirtied //efine FHE_F6 0x0100 // Exit when F6 pressed #define FHE_ENTER 0x0800 // Exit when enter pressed #define FHE_DWORD 0x0200 // Default to dword edit #define FHE_JUMP 0x0400 // Support jump option void HexEdit (struct HexEditParm *); /* * Read & Write functions are called as follows: * (note: read & write can be NULL if fhe_editmem is set. * if editmem is set & read&write are not NULL, then it is assumed * that mem points to the memory image of what read&write are to * read & write. (this is usefull for in-memory editing of items * which also are to be read&write)) * * rc = read (handle, offset, buf, len, &physloc) * * rc - returned, zero sucess. non-zero error code. * handle - handle as passed into HexEdit * offset - byte offset to read/write * buf - address to read/write data * len - len to read/write (probabily a sector, but may be less) * physloc - address to put physcal sector number if known * * * * rc = write (handle, offset, buf, len, physloc) * * same as read params, expect 'physloc' is a long passed in and is * whatever was returned to read. * */