#ifndef _PEREAD_
#define _PEREAD_

#include <sys/types.h>

struct IMAGE_DOS_HEADER{
	u_int16_t e_magic;
	u_int16_t e_partpage;	// bytes on last page of file
	u_int16_t e_pagecnt;	// number of pages
	u_int16_t e_relocnt;	// number of relocations
	u_int16_t e_hdrsize;	// size of header in paragraphs [128 bit]
	u_int16_t e_minmem;	// minimum extra memory needed
	u_int16_t e_maxmem;	// maximum extra memory needed
	u_int16_t e_reloss;	// initial ss value [stack segment]
	u_int16_t e_exesp;	// initial sp value [stack pointer]
	u_int16_t e_chksum;	// Checksum vlaue
	u_int16_t e_exeip;	// initial IP value [instruction pointer]
	u_int16_t e_Relocs;	// initial CS value [code segmant]
	u_int16_t e_tabloff;	// offset of the relocation table
	u_int16_t e_overlay;	// Overlay number
	u_int16_t e_empty[4];	// reserved words
	u_int16_t e_oem;		// OEM id
	u_int16_t e_oeminfo;	// OEM info
	u_int16_t e_empty2[10];	// reserved words
	u_int32_t e_lfanew;	// Offset to PE header
};
struct IMAGE_OPTIONAL_HEADER{
	u_int16_t e_magic;	// magic number
	u_int8_t  e_mjrlnkr;	// Major Linker version
	u_int8_t  e_mnrlnkr;	// Minor Linker version
	u_int32_t e_codesize;	// Size of the code sections combined
	u_int32_t e_datasize;	// Size of .data section
	u_int32_t e_udatasize;	// Size of uninitialized data
	u_int32_t e_entry;	// Address of Entry Point [RVA]
	u_int32_t e_cbase;	// Code Base RVA
	u_int32_t e_dbase;	// Data Base RVA
	u_int32_t e_imgbase;	// Base of the whole image
	u_int32_t e_secalgn;	// Section alignment
	u_int32_t e_filalgn;	// File alignment
	u_int16_t e_mjrosvr;	// Major OS version
	u_int16_t e_mnrosvr;	// Minor OS version
	u_int16_t e_mjrimgvr;	// Major Image version
	u_int16_t e_mnrimgvr;	// Minor Image version
	u_int16_t e_mjrsubvr;	// Major subSystem version (NT)
	u_int16_t e_mnrsubvr;	// Minor sub System version
	u_int32_t e_reserved;
	u_int32_t e_imgsize;	// the size of image
	u_int32_t e_hdrsize;	// size of PE header and section table;
	u_int32_t e_chksum;	// Checksum
	u_int16_t e_subsystem;	// Subsystem for the interface
	u_int16_t e_dllchr;	// DLL Characterstics
	u_int32_t e_stkrsv;	// size of bytes reserved for the thread stack
	u_int32_t e_stkcmt;	// the memory initialy commited for the stack
	u_int32_t e_hprsv;	// size of heap reserved memory
	u_int32_t e_hpcmt;	// size of heap commited memory
	u_int32_t e_ldflags;	// Loader Flags
	u_int32_t e_numrvasz;	// Number of entries in DataDirectory
	u_int32_t e_datadir[0x20];
};

struct IMAGE_NT_HEADERS{
	u_int32_t e_magic;
	u_int16_t e_machine;	// type of machine
	u_int16_t e_numsec; 	// number of sections
	u_int32_t e_timestamp;	// file timestamp
	u_int32_t e_psymtbl;	// symbol table pointer
	u_int32_t e_numsym;	// number of symbols
	u_int16_t e_opthdrsz;	// size of optional header
	u_int16_t e_chr;	// file Characterstics
	struct IMAGE_OPTIONAL_HEADER e_opthdr;
};

struct IMAGE_SECTION_HEADER{
	char	s_name[8];	// Section name in ascii
	u_int32_t s_virtsize;	// size of section [No .OBJ files to process..now!]
	u_int32_t s_virtaddr;	// the section's RVA
	u_int32_t s_rwdtsize;	// Size of raw data which is size of section after alginment
	u_int32_t s_rwdtptr;	// pointer to section start on disk
	u_int32_t s_relocptr;	// Pointer to relocatios [ we wont need it...now!]
	u_int32_t s_lineptr;	// Pointer to Line number...ignore it for now!
	u_int16_t s_relocnum;	// Numer of relocations
	u_int16_t s_linenum;	// number of line numbers
	u_int32_t s_chr;	// Section Characterstics



};

#endif