[rln] / rln.c

//
// RLN - Reboot's Linker for the Atari Jaguar Console System
// RLN.C - Application Code
// Copyright (C) 199x, Allan K. Pratt, 2014 Reboot & Friends
//

#include "rln.h"
//#include <assert.h>

unsigned errflag = 0;                           // Error flag, goes TRUE on error
unsigned waitflag = 0;                          // Wait for any keypress flag
unsigned versflag = 0;                          // Version banner has been shown flag
unsigned aflag = 0;                                     // Absolute linking flag
unsigned bflag = 0;                                     // Don't remove mulitply def locals flag
unsigned cflag = 0;                                     // COF executable
unsigned dflag = 0;                                     // Wait for key after link flag
unsigned gflag = 0;                                     // Source level debug include flag
unsigned lflag = 0;                                     // Add local symbols to output flag
unsigned mflag = 0;                                     // Produce symbol load map flag
unsigned oflag = 0;                                     // Output filename specified
unsigned rflag = 0;                                     // Segment alignment size flag
unsigned sflag = 0;                                     // Output only global symbols
unsigned vflag = 0;                                     // Verbose flag
unsigned wflag = 0;                                     // Show warnings flag
unsigned zflag = 0;                                     // Suppress banner flag
unsigned pflag, uflag;                          // Unimplemented flags
unsigned hd = 0;                                        // Index of next file handle to fill
unsigned secalign = 7;                          // Section Alignment (8=phrase)
unsigned tbase = 0;                                     // TEXT base address
unsigned dbase = 0;                                     // DATA base address
unsigned bbase = 0;                                     // BSS base address
unsigned textoffset = 0;                        // COF TEXT segment offset
unsigned dataoffset = 0;                        // COF DATA segment offset
unsigned bssoffset = 0;                         // COF BSS segment offset
unsigned displaybanner = 1;                     // Display version banner
unsigned symoffset = 0;                         // Symbol table offset in output file
unsigned dosymi = 0;                            // Dosym() processing iterator
unsigned dbgsymbase = 0;                        // Debug symbol base address
//unsigned symtrunc = 0;                        // Symbol truncation -i and -ii
int noheaderflag = 0;                           // No header flag for ABS files
int hflags;                                                     // Value of the arg to -h option
int ttype, dtype, btype;                        // Type flag: 0, -1, -2, -3, -4
int tval, dval, bval;                           // Values of these abs bases
int hflag[NHANDLES];                            // True for include files
int handle[NHANDLES];                           // Open file handles
int textsize, datasize, bsssize;        // Cumulative segment sizes
char libdir[FARGSIZE * 3];                      // Library directory to search
char ofile[FARGSIZE];                           // Output file name (.o)
char * name[NHANDLES];                          // Associated file names
char * cmdlnexec = NULL;                        // Executable name - pointer to ARGV[0]
char * hsym1[SYMLEN];                           // First symbol for include files
char * hsym2[SYMLEN];                           // Second symbol for include files
struct OFILE * plist = NULL;            // Object image list pointer
struct OFILE * plast;                           // Last object image list pointer
struct OFILE * olist = NULL;            // Pointer to first object file in list
struct OFILE * olast;                           // Pointer to last object file in list
char obj_fname[16384][FNLEN];           // Object file names
unsigned obj_segsize[16384][3];         // Object file seg sizes; TEXT,DATA,BSS
unsigned obj_index = 0;                         // Object file index/count
char * arPtr[512];
uint32_t arIndex = 0;
struct HREC * htable[NBUCKETS];         // Hash table
struct HREC * unresolved = NULL;        // Pointer to unresolved hash list
char * ost;                                                     // Output symbol table
char * ost_ptr;                                         // Output symbol table; current pointer
char * ost_end;                                         // Output symbol table; end pointer
char * oststr;                                          // Output string table
char * oststr_ptr;                                      // Output string table; current pointer
char * oststr_end;                                      // Output string table; end pointer
int ost_index = 0;                                      // Index of next ost addition
int endian;                                                     // Processor endianess
uint8_t nullStr[1] = "\x00";            // Empty string
struct HREC * arSymbol = NULL;          // Pointer to AR symbol table

// Some human readable defines for endianess
#define ENDIANNESS_BIG     1
#define ENDIANNESS_LITTLE  0

// Function prototypes
struct HREC * LookupHREC(char *);
char * path_tail(char *);
void display_help(void);
void display_version(void);


//
// Get a long word from memory
//
uint32_t getlong(uint8_t * src)
{
        uint32_t temp;
        uint8_t * out = (uint8_t *)&temp;

        if (endian == ENDIANNESS_BIG)
        {
                *out++ = src[0];
                *out++ = src[1];
                *out++ = src[2];
                *out = src[3];
        }
        else
        {
                *out++ = src[3];
                *out++ = src[2];
                *out++ = src[1];
                *out = src[0];
        }

        return temp;
}


//
// Put a long word into memory
//
void putlong(uint8_t * dest, uint32_t val)
{
        *dest++ = (uint8_t)(val >> 24);
        *dest++ = (uint8_t)(val >> 16);
        *dest++ = (uint8_t)(val >> 8);
        *dest = (uint8_t)val;
}


//
// Get a word from memory
//
uint16_t getword(uint8_t * src)
{
        uint16_t temp;
        uint8_t * out = (uint8_t *)&temp;

        if (endian == ENDIANNESS_BIG)
        {
                out[0] = src[0];
                out[1] = src[1];
        }
        else
        {
                out[0] = src[1];
                out[1] = src[0];
        }

        return temp;
}


//
// Put a word into memory
//
void putword(uint8_t * dest, uint16_t val)
{
        *dest++ = (uint8_t)(val >> 8);
        *dest = (uint8_t)val;
}


//
// Find passed in file's length in bytes
// N.B.: This also resets the file's pointer to the start of the file
//
long FileSize(int fd)
{
        long size = lseek(fd, 0, SEEK_END);
        lseek(fd, 0, SEEK_SET);

        return size;
}


//
// For this object file, add symbols to the output symbol table after
// relocating them. Returns TRUE if OSTLookup returns an error (-1).
//
int DoSymbol(struct OFILE * ofile)
{
        int type;                               // Symbol type
        long value;                             // Symbol value
        int index;                              // Symbol index
        int j;                                  // Iterator
        struct HREC * hptr;             // Hash table pointer for globl/extrn

        // Point to first symbol record in the object file
        char * symptr = (ofile->o_image + 32
                + ofile->o_header.tsize
                + ofile->o_header.dsize
                + ofile->o_header.absrel.reloc.tsize
                + ofile->o_header.absrel.reloc.dsize);

        // Point to end of symbol record in the object file
        char * symend = symptr + ofile->o_header.ssize;

        // Search through object segment size table to accumulated segment sizes to
        // ensure the correct offsets are used in the resulting COF file.
        int ssidx = -1;
        unsigned tsegoffset = 0, dsegoffset = 0, bsegoffset = 0;

        // Search for object file name
        for(j=0; j<(int)obj_index; j++)
        {
                if (!strcmp(ofile->o_name, obj_fname[j]))
                {
                        // Object file name found
                        ssidx = j;
                        break;
                }

                // Accumulate segment sizes
                tsegoffset += obj_segsize[j][0];
                dsegoffset += obj_segsize[j][1];
                bsegoffset += obj_segsize[j][2];
        }

        if (ssidx == -1)
        {
                printf("DoSymbol(): Cannot get object file segment size: %s\n",
                        ofile->o_name);
                return 1;
        }

        // Process each record in the symbol table
        for(; symptr!=symend; symptr+=12)
        {
                index = getlong(symptr + 0);    // Obtain symbol string index
                type  = getlong(symptr + 4);    // Obtain symbol type
                value = getlong(symptr + 8);    // Obtain symbol value

                // Global/External symbols have a pre-processing stage
                if (type & 0x01000000)
                {
                        // Obtain the string table index for the relocation symbol, look
                        // for it in the globals hash table to obtain information on that
                        // symbol.
                        hptr = LookupHREC(symend + index);

                        if (hptr == NULL)
                        {
                                printf("DoSymbol(): Cannot determine symbol: '%s' (%s)\n",
                                        symend + index, ofile->o_name);
                                return 1;
                        }

                        // Search through object segment size table to obtain segment sizes
                        // for the object that has the required external/global as a local
                        // symbol. As each object is interrogated the segment sizes are
                        // accumulated to ensure the correct offsets are used in the
                        // resulting COF file.  This is effectively 'done again' only as we
                        // are working with a different object file.
                        ssidx = -1;
                        tsegoffset = dsegoffset = bsegoffset = 0;

                        // Search for object filename
                        for(j=0; j<(int)obj_index; j++)
                        {
                                if (!strcmp(hptr->h_ofile->o_name, obj_fname[j]))
                                {
                                        ssidx = j;      // Symbol object filename
                                        break;
                                }

                                // Accumulate segment sizes
                                tsegoffset += obj_segsize[j][0];
                                dsegoffset += obj_segsize[j][1];
                                bsegoffset += obj_segsize[j][2];
                        }

                        if (ssidx == -1)
                        {
                                printf("DoSymbol(): Cannot get object file segment size: '%s:%s' symbol: '%s' (%s)\n",
                                        hptr->h_ofile->o_name, hptr->h_ofile->o_arname,
                                        symend + index, ofile->o_name);
                                return 1;
                        }

                        // Update type with global type
                        type = hptr->h_type;

                        // Remove external flag if absolute
                        if (type == (T_EXT | T_ABS))
                                type = T_ABS;

                        // If the global/external has a value then update that value in
                        // accordance with the segment sizes of the object file it
                        // originates from
                        if (hptr->h_value)
                        {
                                switch (hptr->h_type & 0x0E000000)
                                {
                                case T_ABS:
                                case T_TEXT:
                                        value = hptr->h_value;
                                        break;
                                case T_DATA:
                                        value = hptr->h_value - hptr->h_ofile->o_header.tsize;
                                        break;
                                case T_BSS:
                                        value = hptr->h_value
                                                - (hptr->h_ofile->o_header.tsize
                                                + hptr->h_ofile->o_header.dsize);
                                        break;
                                }
                        }
                }

                // Process and update the value dependent on whether the symbol is a
                // debug symbol or not
                // N.B.: These are currently not supported
                if (type & 0xF0000000)
                {
                        // DEBUG SYMBOL
                        // Set the correct debug symbol base address (TEXT segment)
                        dbgsymbase = 0;

                        for(j=0; (unsigned)j<dosymi; j++)
                                dbgsymbase += obj_segsize[j][0];

                        switch (type & 0xFF000000)
                        {
                        case 0x64000000:
                                value = tval + dbgsymbase;
                                break;
                        case 0x44000000:
                        case 0x46000000:
                        case 0x48000000:
                                value = tval + dbgsymbase + value;
                        default:
                                break;
                        }

                        putlong(symptr + 8, value);
                }
                else
                {
                        // NON-DEBUG SYMBOL
                        // Now make modifications to the symbol value, local or global,
                        // based on the segment sizes of the object file currently being
                        // processed.
                        switch (type & T_SEG)
                        {
                        case T_ABS:
                                break;
                        case T_TEXT:
                                value = tbase + tsegoffset + value;
                                putlong(symptr + 8, value);
                                break;
                        case T_DATA:
                                if (type & T_EXT)
                                        value = dbase + dsegoffset + value;
                                else
                                        value = dbase + dsegoffset + (value
                                                - ofile->o_header.tsize);

                                putlong(symptr + 8, value);
                                break;
                        case T_BSS:
                                if (type & T_EXT)
                                        value = bbase + bsegoffset + value;
                                else
                                        value = bbase + bsegoffset
                                                + (value - (ofile->o_header.tsize
                                                + ofile->o_header.dsize));

                                putlong(symptr + 8, value);
                                break;
                        default:
                                break;
                        }
                }

                // Add to output symbol table if global/extern, or local flag is set
                if (lflag || !islocal(type))
                {
                        index = OSTAdd(symend + index, type, value);

                        if (index == -1)
                        {
                                printf("DoSymbol(): Failed to add symbol '%s' to OST!\n", symend + index);
                                return 1;
                        }
                }
        }

        // Increment dosymi processsing
        dosymi++;

        return 0;
}


//
// Free up hash memory
//
void FreeHashes(void)
{
        int i;

        for(i=0; i<NBUCKETS; i++)
        {
                struct HREC * hptr = htable[i];

                while (hptr)
                {
                        struct HREC * htemp = hptr->h_next;
                        free(hptr);
                        hptr = htemp;
                }
        }
}


//
// Add all global and external symbols to the output symbol table
// [This is confusing--is it adding globals or locals? common == local!
//  but then again, we see this in the header:
//  #define T_COMMON  (T_GLOBAL | T_EXTERN) but that could be just bullshit.]
//
long DoCommon(void)
{
        struct HREC * hptr;
        int i;

        for(i=0; i<NBUCKETS; i++)
        {
                for(hptr=htable[i]; hptr!=NULL; hptr=hptr->h_next)
                {
//NO!                   if (iscommon(hptr->h_type))
                        if (isglobal(hptr->h_type))// || isextern(hptr->h_type))
                        {
// Skip if in *.a file... (does nothing)
//if (hptr->h_ofile->isArchiveFile)
//      continue;

//Is this true? Couldn't an absolute be exported???
                                if (hptr->h_type == (T_EXT | T_ABS))
                                        hptr->h_type = T_ABS;   // Absolutes *can't* be externals

                                if (OSTAdd(hptr->h_sym, hptr->h_type, hptr->h_value) == -1)
                                        return -1;
                        }
                }
        }

        return 0;
}


//
// Add a symbol's name, type, and value to the OST.
// Returns the index of the symbol in OST, or -1 for error.
//
int OSTAdd(char * name, int type, long value)
{
        int ost_offset_p, ost_offset_e = 0;     // OST table offsets for position calcs
        int ostresult;                                          // OST index result
        int slen = strlen(name);

        // If the OST or OST string table has not been initialised then do so
        if (ost_index == 0)
        {
                ost = malloc(OST_BLOCK);
                oststr = malloc(OST_BLOCK);

                if (ost == NULL)
                {
                        printf("OST memory allocation error.\n");
                        return -1;
                }

                if (oststr == NULL)
                {
                        printf("OSTSTR memory allocation error.\n");
                        return -1;
                }

                ost_ptr = ost;                                          // Set OST start pointer
                ost_end = ost + OST_BLOCK;                      // Set OST end pointer

                putlong(oststr, 0x00000004);            // Just null long for now
                oststr_ptr = oststr + 4;                        // Skip size of str table long (incl null long)
                putlong(oststr_ptr, 0x00000000);        // Null terminating long
                oststr_end = oststr + OST_BLOCK;
        }
        else
        {
                // If next symbol record exceeds current allocation then expand symbol
                // table and/or symbol string table.
                ost_offset_p = (ost_ptr - ost);
                ost_offset_e = (ost_end - ost);

                // 3 x uint32_t (12 bytes)
                if ((ost_ptr + 12) > ost_end)
                {
                        // We want to allocate the current size of the OST + another block.
                        ost = realloc(ost, ost_offset_e + OST_BLOCK);

                        if (ost == NULL)
                        {
                                printf("OST memory reallocation error.\n");
                                return -1;
                        }

                        ost_ptr = ost + ost_offset_p;
                        ost_end = (ost + ost_offset_e) + OST_BLOCK;
                }

                ost_offset_p = (oststr_ptr - oststr);
                ost_offset_e = (oststr_end - oststr);

                // string length + terminating NULL + uint32_t (terminal long)
                if ((oststr_ptr + (slen + 1 + 4)) > oststr_end)
                {
                        oststr = realloc(oststr, ost_offset_e + OST_BLOCK);

                        if (oststr == NULL)
                        {
                                printf("OSTSTR memory reallocation error.\n");
                                return -1;
                        }

                        oststr_ptr = oststr + ost_offset_p;
                        oststr_end = (oststr + ost_offset_e) + OST_BLOCK;
                }
        }

        // If this is a debug symbol and the include debug symbol flag (-g) is not
        // set then do nothing
        if ((type & 0xF0000000) && !gflag)
        {
                // Do nothing
                return 0;
        }

        // Get symbol index in OST, if any (-1 if not found)
        ostresult = OSTLookup(name);

        // If the symbol is in the output symbol table and the bflag is set
        // (don't remove multiply defined locals) and this is not an
        // external/global symbol *** OR *** the symbol is not in the output
        // symbol table then add it.
        if (((ostresult != -1) && bflag && !(type & 0x01000000))
                || ((ostresult != -1) && gflag && (type & 0xF0000000))
                || (ostresult == -1))
        {
                if ((type & 0xF0000000) == 0x40000000)
                        putlong(ost_ptr, 0x00000000);   // Zero string table offset for dbg line
                else
                        putlong(ost_ptr, (oststr_ptr - oststr));        // String table offset of symbol string

                putlong(ost_ptr + 4, type);
                putlong(ost_ptr + 8, value);
                ost_ptr += 12;

                // If the symbol type is anything but a debug line information
                // symbol then write the symbol string to the string table
                if ((type & 0xF0000000) != 0x40000000)
                {
                        strcpy(oststr_ptr, name);               // Put symbol name in string table
                        *(oststr_ptr + slen) = '\0';    // Add null terminating character
                        oststr_ptr += (slen + 1);
                        putlong(oststr_ptr, 0x00000000);        // Null terminating long
                        putlong(oststr, (oststr_ptr - oststr)); // Update size of string table
                }

                if (vflag > 1)
                {
                        printf("OSTAdd: (%s), type=$%08X, val=$%08lX\n", name, type, value);
                }

// is ost_index pointing one past?
// does this return the same regardless of if its ++n or n++?
// no. it returns the value of ost_index *before* it's incremented.
                return ++ost_index;
        }

        return ostresult;
}


//
// Return the index of a symbol in the output symbol table
// N.B.: This is a 1-based index! (though there's no real reason for it to be)
//
int OSTLookup(char * sym)
{
        int i;
        int stro = 4;           // Offset in string table

        for(i=0; i<ost_index; i++)
        {
                if (strcmp(oststr + stro, sym) == 0)
                        return i + 1;

                stro += strlen(oststr + stro) + 1;
        }

        return -1;
}


//
// Add unresolved externs to the output symbol table
//
int DoUnresolved(void)
{
        struct HREC * hptr = unresolved;

        // Add to OST while unresolved list is valid
        while (hptr != NULL)
        {
                if (OSTAdd(hptr->h_sym, T_EXT, 0L) == -1)
                        return 1;

                if (vflag > 1)
                        printf("DoUnresolved(): added %s\n", hptr->h_sym);

                struct HREC * htemp = hptr->h_next;
                free(hptr);
                hptr = htemp;
        }

        unresolved = NULL;
        return 0;
}


//
// Update object file TEXT and DATA segments based on relocation records. Take
// in an OFILE header and flag (T_TEXT, T_DATA) to process. Return (0) is
// successful or non-zero (1) if failed.
//
int RelocateSegment(struct OFILE * ofile, int flag)
{
        char * symtab;                                  // Start of symbol table
        char * symbols;                                 // Start of symbols
        char * sptr;                                    // Start of segment data
        char * rptr;                                    // Start of segment relocation records
        unsigned symidx;                                // Offset to symbol
        unsigned addr;                                  // Relocation address
        unsigned rflg;                                  // Relocation flags
        unsigned olddata;                               // Old segment data at reloc address
        unsigned newdata = 0;                   // New segment data at reloc address
        unsigned pad;                                   // Temporary to calculate phrase padding
        int i;                                                  // Iterator
        char sym[SYMLEN];                               // String for symbol name/hash search
        int ssidx;                                              // Segment size table index
        unsigned glblreloc;                             // Global relocation flag
        unsigned absreloc;                              // Absolute relocation flag
        unsigned relreloc;                              // Relative relocation flag
        unsigned swcond;                                // Switch statement condition
        unsigned relocsize;                             // Relocation record size

        // If there is no TEXT relocation data for the selected object file segment
        // then update the COF TEXT segment offset allowing for the phrase padding
        if ((flag == T_TEXT) && !ofile->o_header.absrel.reloc.tsize)
        {
                // TEXT segment size plus padding
                pad = ((ofile->o_header.tsize + secalign) & ~secalign);
                textoffset += (ofile->o_header.tsize + (pad - ofile->o_header.tsize));

                if (vflag > 1)
                        printf("RelocateSegment(%s, TEXT) : No Relocation Data\n", ofile->o_name);

                return 0;
        }

        // If there is no DATA relocation data for the selected object file segment
        // then update the COF DATA and BSS segment offsets allowing for the phrase
        // padding
        if ((flag == T_DATA) && !ofile->o_header.absrel.reloc.dsize)
        {
                // DATA segment size plus padding
                pad = ((ofile->o_header.dsize + secalign) & ~secalign);
                dataoffset += (ofile->o_header.dsize + (pad - ofile->o_header.dsize));
                // BSS segment size plus padding
                pad = ((ofile->o_header.bsize + secalign) & ~secalign);
                bssoffset += (ofile->o_header.bsize + (pad - ofile->o_header.bsize));

                if (vflag > 1)
                        printf("RelocateSegment(%s, DATA) : No Relocation Data\n", ofile->o_name);

                return 0;
        }

        // Verbose mode information
        if (vflag > 1)
        {
                printf("RelocateSegment(%s, %s) : Processing Relocation Data\n",
                        ofile->o_name, flag == T_DATA ? "DATA" : "TEXT");
        }

        // Obtain pointer to start of symbol table
        symtab = (ofile->o_image + 32 + ofile->o_header.tsize
                + ofile->o_header.dsize
                + ofile->o_header.absrel.reloc.tsize
                + ofile->o_header.absrel.reloc.dsize);

        // Obtain pointer to start of symbols
        symbols = symtab + ofile->o_header.ssize;

        // Obtain pointer to start of TEXT segment
        sptr = ofile->o_image + 32;

        // Obtain pointer to start of TEXT relocation records
        rptr = sptr + (ofile->o_header.tsize + ofile->o_header.dsize);

        relocsize = ofile->o_header.absrel.reloc.tsize;

    if (vflag)
        printf("RELOCSIZE :: %d  Records = %d\n", relocsize, relocsize / 8);

        // Update pointers if DATA relocation records are being processed
        if (flag == T_DATA)
        {
                sptr += ofile->o_header.tsize;              // Start of DATA segment
                rptr += ofile->o_header.absrel.reloc.tsize; // Start of DATA relocation records
                relocsize = ofile->o_header.absrel.reloc.dsize;
        }

        // Process each relocation record for the TEXT segment
        for(i=0; i<(int)relocsize; i+=8)
        {
                // Obtain both the relocation address and the relocation flags from the
                // object file image
                addr = getlong(rptr);
                rflg = getlong(rptr + 4);
                glblreloc = (rflg & 0x00000010 ? 1 : 0);// Set global relocation flag
                absreloc = (rflg & 0x00000040 ? 1 : 0); // Set absolute relocation flag
                relreloc = (rflg & 0x000000A0 ? 1 : 0); // Set relative relocation flag

                // Additional processing required for global relocations
                if (glblreloc)
                {
                        // Obtain the string table index for the relocation symbol, look
                        // for it in the globals hash table to obtain information on that
                        // symbol. For the hash calculation to work correctly it must be
                        // placed in a 'clean' string before looking it up.
                        symidx = getlong(symtab + ((rflg >> 8) * 12));
                        memset(sym, 0, SYMLEN);
                        strcpy(sym, symbols + symidx);
                        olddata = newdata = 0;   // Initialise old and new segment data
                        ssidx = OSTLookup(sym);
                        newdata = getlong(ost + ((ssidx - 1) * 12) + 8);
                }

                // Obtain the existing long word segment data and flip words if the
                // relocation flags indicate it relates to a RISC MOVEI instruction
                olddata = getlong(sptr + addr);

                if (rflg & 0x01)
                        olddata = _SWAPWORD(olddata);

                // Process record dependant on segment it relates to; TEXT, DATA or
                // BSS. Construct a new relocated segment long word based on the
                // required segment base address, the segment data offset in the
                // resulting COF file and the offsets from the incoming object file.
                swcond = (rflg & 0xFFFFFF00);

                if (!glblreloc)
                {
                        switch (swcond)
                        {
                        case 0x00000200:          // Absolute Value
                                break;
                        case 0x00000400:          // TEXT segment relocation record
                                if (flag == T_TEXT)   // Is this a TEXT section record?
                                        newdata = tbase + textoffset + olddata;
                                else
                                        newdata = tbase + dataoffset + olddata; // Nope, must be DATA section

                                break;
                        case 0x00000600:          // DATA segment relocation record
                                newdata = dbase + dataoffset
                                        + (olddata - ofile->o_header.tsize);

                                break;
                        case 0x00000800:          // BSS segment relocation record
                                newdata = bbase + bssoffset
                                        + (olddata - (ofile->o_header.tsize
                                        + ofile->o_header.dsize));

                                break;
                        }
                }
                else
                {
                        if (!relreloc)
                                newdata += olddata;
                }

                // Set absolute (long) or relative (word) address of symbol
                if (absreloc)
                {
                        // Flip the new long word segment data if the relocation record
                        // indicated a RISC MOVEI instruction and place the resulting data
                        // back in the COF segment
                        if (rflg & 0x01)
                                newdata = _SWAPWORD(newdata);

                        putlong(sptr + addr, newdata);
                }
                else if (relreloc)
                {
                        putword(sptr + addr, newdata - tbase - addr - ofile->o_tbase);
                }

                // Shamus: Let's output some info to aid in debugging this crap
                if (vflag > 1)
                {
                        char ssiString[128];
                        ssiString[0] = 0;

                        if (glblreloc)
                                sprintf(ssiString, " [ssi:%i]", ssidx);

                        printf("RelocateSegment($%08X): %s, $%08X: $%08X => $%08X%s\n", rflg, (glblreloc ? sym : "(LOCAL)"), addr, olddata, getlong(sptr + addr), ssiString);
                }

                rptr += 8;     // Point to the next relocation record
        }

        // Update the COF segment offset allowing for the phrase padding.
        if (flag == T_TEXT)
        {
                // TEXT segment plus padding
                pad = ((ofile->o_header.tsize + secalign) & ~secalign);
                textoffset += (ofile->o_header.tsize + (pad - ofile->o_header.tsize));
        }
        else
        {
                // DATA segment plus padding
                pad = ((ofile->o_header.dsize + secalign) & ~secalign);
                dataoffset += (ofile->o_header.dsize + (pad - ofile->o_header.dsize));
                // BSS segment plus padding
                pad = ((ofile->o_header.bsize + secalign) & ~secalign);
                bssoffset += (ofile->o_header.bsize + (pad - ofile->o_header.bsize));
        }

        // Return value, should always be zero
        return 0;
}


//
// Add a path character to the end of string 's' if it doesn't already end with
// one. The last occurrance of '/' or '\' in the string is assumed to be the
// path character.
//
// This is fucking shit. We know what the path delimiter is, its FUCKING
// DEFINED IN THE FUCKING HEADER. FOR FUCKS SAKE. AND YES, HOPE TO GOD THERE'S
// ENOUGH SPACE IN THE PASSED IN BUFFER TO HOLD THE EXTRA CHARACTER!
//
void AppendPathDelimiter(char * s)
{
#if 0
        // And hope to God that there's enough space in the buffer...
        char pathchar = 0;

        while (*s)
        {
                if (*s == '/' || *s == '\\')
                        pathchar = *s;

                s++;
        }

        s--;

        if (*s == pathchar)
                return;

        *++s = pathchar;
        *++s = 0;
#else
        int length = strlen(s);

        if (s[length - 1] != PATH_DELIMITER)
        {
                s[length] = PATH_DELIMITER;
                s[length + 1] = 0;      // BUFFER OVERFLOW!!!! FFFFFFFFUUUUUUUUUUUU
        }
#endif
}


//
// Try to open "name", "name.o", "${libdir}name", "${libdir}name.o". Return the
// handle of the file successfully opened. p_name is updated to point to a
// malloc()'ed string which is the name which actually got opened. p_name will
// return unchanged if the file can't be found.
//
int TryOpenFile(char ** p_name)
{
        char * name = *p_name;

        // Note that libdir will be an empty string if there is none specified
        char * tmpbuf = malloc(strlen(name) + strlen(libdir) + 3);

        if (tmpbuf == NULL)
        {
                printf("TryOpenFile() : out of memory\n");
                return -1;
        }

        strcpy(tmpbuf, name);
        int hasdot = (strrchr(tmpbuf, '.') > strrchr(tmpbuf, PATH_DELIMITER));
        // Try to open file as passed first
        int fd = open(tmpbuf, _OPEN_FLAGS);

        if (fd >= 0)
                goto ok;

        if (!hasdot)
        {
                // Try to open file with '.o' added
                strcat(tmpbuf, ".o");
                fd = open(tmpbuf, _OPEN_FLAGS);

                if (fd >= 0)
                        goto ok;
        }

        // Try the libdir only if the name isn't already anchored
        // Shamus: WTH, this makes no sense... Why the ':'? Is this a Macintosh??
//      if (*name != '/' && *name != '\\' && !strchr(name, ':'))
        if ((*name != PATH_DELIMITER) && (strchr(name, ':') == NULL))
        {
                strcpy(tmpbuf, libdir);
                // Add a trailing path char if there isn't one already
                AppendPathDelimiter(tmpbuf);
                strcat(tmpbuf, name);

                if ((fd = open(tmpbuf, _OPEN_FLAGS)) >= 0)
                        goto ok;

                if (!hasdot)
                {
                        strcat(tmpbuf, ".o");

                        if ((fd = open(tmpbuf, _OPEN_FLAGS)) >= 0)
                                goto ok;
                }
        }

        // Couldn't open file at all
        return -1;

// There are worse things... :-P
ok:
        tmpbuf = realloc(tmpbuf, strlen(tmpbuf) + 1);

        if (tmpbuf == NULL)
        {
                printf("TryOpenFile() : out of memory\n");
                return -1;
        }

        *p_name = tmpbuf;
        return fd;
}


//
// Archive File Use, Needs to be Removed [Shamus: NON!]
//
void put_name(struct OFILE * p)
{
        int flag = *(p->o_arname);
        printf("%s%s%s", (flag ? (char *)(p->o_arname) : ""), (flag ? ":" : ""), p->o_name);
}


//
// Collect file names and handles in a buffer so there is less disk activity.
// Call DoFile with flag FALSE for normal object files and archives.
// Call it with flag TRUE and a symbol name for include files (-i).
//
int DoFile(char * fname, int incFlag, char * sym)
{
        // Verbose information
        if (vflag)
        {
                printf("DoFile() : `%s' %s", fname, incFlag ? "INCLUDE" : "NORMAL");

                if (incFlag)
                        printf(" symbol %s", sym);

                printf("\n");
        }

        // Reached maximum file handles
        if (hd == NHANDLES)
        {
                if (ProcessFiles())
                        return 1;
        }

        // Attempt to open input file
        int fd = TryOpenFile(&fname);

        if (fd < 0)
        {
                printf("Cannot find input module %s\n", fname);
                return 1;
        }

        // The file is open; save its info in the handle and name arrays
        handle[hd] = fd;
        name[hd] = fname;               // This is the name from TryOpenFile()
        hflag[hd] = incFlag;

        // Include files
        if (incFlag)
        {
                int temp = strlen(sym);         // Get symbol length

                // 100 chars is max length of a symbol
                if (temp > 99)
                {
                        sym[99] = '\0';
                        temp = 99;
                }

                // Malloc enough space for two symbols, then build the second one.
                // Second one may be one character longer than first
                if ((hsym1[hd] = malloc((long)temp + 1)) == NULL
                        || (hsym2[hd] = malloc((long)temp + 2)) == NULL)
                {
                        printf("DoFile() : out of memory for include-file symbols\n");
                        return 1;
                }

                strcpy(hsym1[hd], sym);
                strcpy(hsym2[hd], sym);

                if (temp == 99)
                {
                        if (sym[99] == 'x')
                        {
                                printf("Last char of %s is already 'x': choose another name\n", sym);
                                return 1;
                        }

                        hsym2[hd][99] = 'x';
                }
                else
                {
                        hsym2[hd][temp] = 'x';
                        hsym2[hd][temp+1] = '\0';
                }
        }

        // Increment next handle index
        hd++;
        // No problems
        return 0;
}


//
// Pad TEXT or DATA segment to the requested boundary
//
int segmentpad(FILE * fd, long segsize, int value)
{
        int i;
        char padarray[32];
        char * padptr;

        // Determine the number of padding bytes that are needed
        long padsize = (segsize + secalign) & ~secalign;
        padsize = padsize - segsize;

        // Fill pad array if padding is required
        if (padsize)
        {
                padptr = padarray;

                for(i=0; i<16; i++)
                {
                        putword(padptr, value);
                        padptr += 2;
                }

                symoffset += padsize;

                // Write padding bytes
                if (fwrite(padarray, padsize, 1, fd) != 1)
                        return 1;
        }

        return 0;
}


//
// Write the output file
//
int write_ofile(struct OHEADER * header)
{
        unsigned osize;                                         // Object segment size
        struct OFILE * otemp;                           // Object file pointer
        int i, j;                                                       // Iterators
        char himage[0x168];                                     // Header image (COF = 0xA8)
        unsigned tsoff, dsoff, bsoff;           // Segment offset values
        unsigned index, type, value;            // Symbol table index, type and value
        short abstype;                                          // ABS symbol type
        char symbol[14];                                        // Symbol record for ABS files
        int slen;                                                       // Symbol string length

        symoffset = 0;                                          // Initialise symbol offset

        // Add correct output extension if none
        if (strchr(ofile, '.') == NULL)
        {
                if (aflag && cflag)
                        strcat(ofile, ".cof");          // COF files
                else if (aflag && !cflag)
                        strcat(ofile, ".abs");          // ABS files
                else
                        strcat(ofile, ".o");            // Object files (partial linking etc)
        }

        FILE * fd = fopen(ofile, "wb");         // Attempt to open output file

        if (!fd)
        {
                printf("Can't open output file %s\n", ofile);
                return 1;
        }

        // Build the output file header
        // Absolute (COF) header
        if (cflag)
        {
                tsoff = dsoff = bsoff = 0xA8;   // Initialises segment offsets

                // Process each object file segment size to obtain a cumulative segment
                // size for both the TEXT and DATA segments
                for(i=0; i<(int)obj_index; i++)
                {
                        dsoff += obj_segsize[i][0];     // Adding TEXT segment sizes
                        bsoff += obj_segsize[i][0] + obj_segsize[i][1]; // Adding TEXT and DATA segment sizes
                }

                // Currently this only builds a COF absolute file. Conditionals and
                // additional code will need to be added for ABS and partial linking.

                // Build the COF_HDR
                putword(himage + 0,   0x0150               ); // Magic Number (0x0150)
                putword(himage + 2,   0x0003               ); // Sections Number (3)
                putlong(himage + 4,   0x00000000           ); // Date (0L)
                putlong(himage + 8,   dsoff + header->dsize); // Offset to Symbols Section
                putlong(himage + 12,  ost_index);             // Number of Symbols
                putword(himage + 16,  0x001C               ); // Size of RUN_HDR (0x1C)
                putword(himage + 18,  0x0003               ); // Executable Flags (3)

                // Build the RUN_HDR
                putlong(himage + 20,  0x00000107           ); // Magic/vstamp
                putlong(himage + 24,  header->tsize        ); // TEXT size in bytes
                putlong(himage + 28,  header->dsize        ); // DATA size in bytes
                putlong(himage + 32,  header->bsize        ); // BSS size in bytes
                putlong(himage + 36,  tbase                ); // Start of executable, normally @TEXT
                putlong(himage + 40,  tbase                ); // @TEXT
                putlong(himage + 44,  dbase                ); // @DATA

                // Build the TEXT SEC_HDR
                putlong(himage + 48,  0x2E746578           );
                putlong(himage + 52,  0x74000000           ); // ".text"
                putlong(himage + 56,  tbase                ); // TEXT START
                putlong(himage + 60,  tbase                ); // TEXT START
                putlong(himage + 64,  header->tsize        ); // TEXT size in bytes
                putlong(himage + 68,  tsoff                ); // Offset to section data in file
                putlong(himage + 72,  0x00000000           ); // Offset to section reloc in file (0L)
                putlong(himage + 76,  0x00000000           ); // Offset to debug lines structures (0L)
                putlong(himage + 80,  0x00000000           ); // Nreloc/nlnno (0L)
                putlong(himage + 84,  0x00000020           ); // SEC_FLAGS: STYP_TEXT

                // Build the DATA SEC_HDR
                putlong(himage + 88,  0x2E646174           );
                putlong(himage + 92,  0x61000000           ); // ".data"
                putlong(himage + 96,  dbase                ); // DATA START
                putlong(himage + 100, dbase                ); // DATA START
                putlong(himage + 104, header->dsize        ); // DATA size in bytes
                putlong(himage + 108, dsoff                ); // Offset to section data in file
                putlong(himage + 112, 0x00000000           ); // Offset to section reloc in file (0L)
                putlong(himage + 116, 0x00000000           ); // Offset to debugging lines structures (0L)
                putlong(himage + 120, 0x00000000           ); // Nreloc/nlnno (0L)
                putlong(himage + 124, 0x00000040           ); // SEC_FLAGS: STYP_DATA

                // Build the BSS SEC_HDR
                putlong(himage + 128, 0x2E627373           );
                putlong(himage + 132, 0x00000000           ); // ".bss"
                putlong(himage + 136, bbase                ); // BSS START
                putlong(himage + 140, bbase                ); // BSS START
                putlong(himage + 144, header->bsize        ); // BSS size in bytes
                putlong(himage + 148, bsoff                ); // Offset to section data in file
                putlong(himage + 152, 0x00000000           ); // Offset to section reloc in file (0L)
                putlong(himage + 156, 0x00000000           ); // Offset to debugging lines structures (0L)
                putlong(himage + 160, 0x00000000           ); // Nreloc/nlnno (0L)
                putlong(himage + 164, 0x00000080           ); // SEC_FLAGS: STYP_BSS

                symoffset = 168;                              // Update symbol offset
        }
        // Absolute (ABS) header
        else
        {
                // Build the ABS header
                putword(himage + 0,   0x601B               ); // Magic Number (0x601B)
                putlong(himage + 2,   header->tsize        ); // TEXT segment size
                putlong(himage + 6,   header->dsize        ); // DATA segment size
                putlong(himage + 10,  header->bsize        ); // BSS segment size
                putlong(himage + 14,  ost_index * 14       ); // Symbol table size (?)
                putlong(himage + 18,  0x00000000           ); //
                putlong(himage + 22,  tbase                ); // TEXT base address
                putword(himage + 26,  0xFFFF               ); // Flags (?)
                putlong(himage + 28,  dbase                ); // DATA base address
                putlong(himage + 32,  bbase                ); // BSS base address

                symoffset = 36;                               // Update symbol offset
        }

        // Write the header, but not if noheaderflag
        // Absolute (ABS) header
        if (!cflag)
        {
                if (!noheaderflag)
                        if (fwrite(himage, 36, 1, fd) != 1)
                                goto werror;
        }
        // Absolute (COF) header
        else
        {
                if (fwrite(himage, 168, 1, fd) != 1)
                        goto werror;
        }

        // Write the TEXT segment of each object file
        for(otemp=olist; otemp!=NULL; otemp=otemp->o_next)
        {
                osize = otemp->o_header.tsize;

                // Write only if segment has size
                if (osize)
                {
                        if (vflag > 1)
                                printf("Writing TEXT Segment of %s\n", otemp->o_name);

                        if (fwrite(otemp->o_image + 32, osize, 1, fd) != 1)
                                goto werror;

                        // Pad to required alignment boundary
                        if (segmentpad(fd, osize, 0x0000))
                                goto werror;

                        symoffset += osize;
                }
        }

        // Write the DATA segment of each object file
        for(otemp=olist; otemp!=NULL; otemp=otemp->o_next)
        {
                osize = otemp->o_header.dsize;

                // Write only if the segment has size
                if (osize)
                {
                        if (vflag > 1)
                                printf("Writing DATA Segment of %s\n", otemp->o_name);

                        if (fwrite((otemp->o_image + 32 + otemp->o_header.tsize), osize, 1, fd) != 1)
                                goto werror;

                        // Pad to required alignment boundary
                        if (segmentpad(fd, osize, 0))
                                goto werror;

                        symoffset += osize;
                }
        }

        if (!noheaderflag)
        {
                // Write the symbols table and string table
                // Absolute (COF) symbol/string table
                if (cflag)
                {
                        if (header->ssize)
                        {
                                if (fwrite(ost, (ost_ptr - ost), 1, fd) != 1)
                                        goto werror;

                                if (fwrite(oststr, (oststr_ptr - oststr), 1, fd) != 1)
                                        goto werror;
                        }
                }
                // Absolute (ABS) symbol/string table
                else
                {
                        // The symbol and string table have been created as part of the
                        // DoSymbol() function and the output symbol and string tables are
                        // in COF format. For an ABS file we need to process through this
                        // to create the 14 character long combined symbol and string
                        // table. Format of symbol table in ABS: AAAAAAAATTVVVV, where
                        // (A)=STRING, (T)=TYPE & (V)=VALUE

                        for(i=0; i<ost_index; i++)
                        {
                                memset(symbol, 0, 14);          // Initialise symbol record
                                abstype = 0;                            // Initialise ABS symbol type
                                slen = 0;                                       // Initialise symbol string length
                                index = getlong(ost + (i * 12));        // Get symbol index
                                type  = getlong((ost + (i * 12)) + 4);  // Get symbol type

                                // Skip debug symbols
                                if (type & 0xF0000000)
                                        continue;

                                // Get symbol value
                                value = getlong((ost + (i * 12)) + 8);
                                slen = strlen(oststr + index);

                                // Get symbol string (maximum 8 chars)
                                if (slen > 8)
                                {
                                        for(j=0; j<8; j++)
                                                *(symbol + j) = *(oststr + index + j);
                                }
                                else
                                {
                                        for(j=0; j<slen; j++)
                                                *(symbol + j) = *(oststr + index + j);
                                }

                                // Modify to ABS symbol type
                                switch (type)
                                {
                                case 0x02000000: abstype = (short)ABST_DEFINED;                           break;
                                case 0x04000000: abstype = (short)ABST_DEFINED | ABST_TEXT;               break;
                                case 0x05000000: abstype = (short)ABST_DEFINED | ABST_GLOBAL | ABST_TEXT; break;
                                case 0x06000000: abstype = (short)ABST_DEFINED | ABST_DATA;               break;
                                case 0x07000000: abstype = (short)ABST_DEFINED | ABST_GLOBAL | ABST_DATA; break;
                                case 0x08000000: abstype = (short)ABST_DEFINED | ABST_BSS;                break;
                                case 0x09000000: abstype = (short)ABST_DEFINED | ABST_GLOBAL | ABST_BSS;  break;
                                default:
                                        printf("write_ofile: abs, cannot determine symbol type\n");
                                        type = 0;
                                        break;
                                }

                                putword(symbol + 8, abstype);   // Write back new ABS type
                                putlong(symbol + 10, value);    // Write back value

                                // Write symbol record
                                if (fwrite(symbol, 14, 1, fd) != 1)
                                        goto werror;
                        }
                }
        }

        // Close the file
        if (fclose(fd))
        {
                printf("Close error on output file %s\n",ofile);
                return 1;
        }

        return 0;

werror:
        printf("Write error on output file %s\n", ofile);
        fclose(fd);                     // Try to close output file anyway
        return 1;
}


//
// Display the Symbol Load Map
//
int write_map(struct OHEADER * header)
{
        unsigned i, o;                  // Inner and outer loop iterators
        unsigned c;                             // Column number
        unsigned index;                 // Symbol string index
        unsigned type;                  // Symbol type
        unsigned value;                 // Symbol value
        char * symbol;                  // Symbol string value

        if (ost_index == 0)
                return 0;                       // Return if no symbols to map

        printf("LOAD MAP\n\n");

        // Outer loop for each of the symbol areas to map out;
        // 0 = NON-RELOCATABLE SYMBOLS
        // 1 = TEXT-SEGMENT RELOCATABLE SYMBOLS
        // 2 = DATA-SEGMENT RELOCATABLE SYMBOLS
        // 3 = BSS-SEGMENT RELOCATABLE SYMBOLS
        for(o=0; o<4; o++)
        {
                // Display the correct map header for the symbols being processed
                switch (o)
                {
                case 0: printf("NON-RELOCATABLE SYMBOLS\n\n");          break;
                case 1: printf("TEXT-SEGMENT RELOCATABLE SYMBOLS\n\n"); break;
                case 2: printf("DATA-SEGMENT RELOCATABLE SYMBOLS\n\n"); break;
                case 3: printf("BSS-SEGMENT RELOCATABLE SYMBOLS\n\n");  break;
                }

                c = 0;                          // Initialise column number

                // Inner loop to process each record in the symbol table
                for(i=0; i<(unsigned)ost_index; i++)
                {
                        index  = getlong(ost + (i * 12));               // Get symbol string index
                        type   = getlong(ost + (i * 12) + 4);   // Get symbol type
                        value  = getlong(ost + (i * 12) + 8);   // Get symbol value
                        symbol = oststr + index;                                // Get symbol string

                        // Display only three columns
                        if (c == 3)
                        {
                                printf("\n");
                                c = 0;
                        }

                        // If local symbols not included and the type is local then go to
                        // next symbol record
                        if (!lflag & !(type & 0x01000000))
                                continue;

                        // Output each symbol to the display, dependant on type
                        switch (o)
                        {
                        case 0:
                                // Non-relocatable symbols
                                if (type == 0x02000000 || type == 0x03000000)
                                {
                                        printf("%-8s %c  %08X   ", symbol, (type & 0x01000000) ? 'G' : 'L', value);
                                        c++;
                                }

                                break;
                        case 1:
                                // TEXT segment relocatable symbols
                                if (type == 0x04000000 || type == 0x05000000)
                                {
                                        printf("%-8s %c  %08X   ", symbol, (type & 0x01000000) ? 'G' : 'L', value);
                                        c++;
                                }

                                break;
                        case 2:
                                // DATA segment relocatble symbols
                                if (type == 0x06000000 || type == 0x07000000)
                                {
                                        printf("%-8s %c  %08X   ", symbol, (type & 0x01000000) ? 'G' : 'L', value);
                                        c++;
                                }

                                break;
                        case 3:
                                // BSS segment relocatable symbols
                                if (type == 0x08000000 || type == 0x09000000)
                                {
                                        printf("%-8s %c  %08X   ", symbol, (type & 0x01000000) ? 'G' : 'L', value);
                                        c++;
                                }

                                break;
                        }
                }

                printf("\n\n");
        }

        return 0;
}


//
// Stuff the (long) value of a string into the value argument. RETURNS TRUE if
// the string doesn't parse.  Parses only as a hexadecimal string.
//
int GetHexValue(char * string, int * value)
{
        *value = 0;

        while (isxdigit(*string))
        {
                if (isdigit(*string))
                {
                        *value = (*value << 4) + (*string++ - '0');
                }
                else
                {
                        if (isupper(*string))
                                *string = tolower(*string);

                        *value = (*value << 4) + ((*string++ - 'a') + 10);
                }
        }

        if (*string != '\0')
        {
                printf("Invalid hexadecimal value");
                return 1;
        }

        return 0;
}


//
// Create one big .o file from the images already in memory, returning a
// pointer to an OHEADER. Note that the oheader is just the header for the
// output (plus some other information). The text, data, and fixups are all
// still in the ofile images hanging off the global `olist'.
//
struct OHEADER * make_ofile()
{
        unsigned tptr, dptr, bptr;                                      // Bases in runtime model
        int ret = 0;                                                            // Return value
        struct OHEADER * header;                                        // Output header pointer

        // Initialize cumulative segment sizes
        textsize = datasize = bsssize = 0;

        // For each object file, accumulate the sizes of the segments but remove
        // those object files which are unused
        struct OFILE * oprev = NULL;    // Init previous obj file list ptr
        struct OFILE * otemp = olist;   // Set temp pointer to object file list
        int i = 0;

        while (otemp != NULL)
        {
                // UNUSED !!!!! (it's !O_ARCHIVE, so this code executes.)
                if (!(otemp->o_flags & O_ARCHIVE))
                {
                        if ((otemp->o_flags & O_USED) == 0)
                        {
                                if (wflag)
                                {
                                        printf("Unused object file ");
                                        put_name(otemp);
                                        printf(" discarded.\n");
                                }

                                if (oprev == NULL)
                                        olist = otemp->o_next;
                                else
                                        oprev->o_next = otemp->o_next;

                                struct OFILE * ohold = otemp;

                                if (!ohold->isArchiveFile)
                                        free(ohold->o_image);

//                              free(ohold);

                                // Also need to remove them from the obj_* tables too :-P
                                // N.B.: Would probably be worthwhile to remove crap like this
                                //       and stuff it into the OFILE structure...
                                if (wflag)
                                        printf("»-> removing %s... (index == %i, len == %i)\n", obj_fname[i], i, obj_index - 1);

                                int k;

                                for(k=i; k<obj_index-1; k++)
                                {
                                        memcpy(obj_fname[k], obj_fname[k + 1], FNLEN);
                                        obj_segsize[k][0] = obj_segsize[k + 1][0];
                                        obj_segsize[k][1] = obj_segsize[k + 1][1];
                                        obj_segsize[k][2] = obj_segsize[k + 1][2];
                                }

                                obj_index--;
                                i--;
                        }
                        else
                        {
                                // Increment total of segment sizes ensuring requested
                                // alignment
                                textsize += (otemp->o_header.tsize + secalign) & ~secalign;
                                datasize += (otemp->o_header.dsize + secalign) & ~secalign;
                                bsssize  += (otemp->o_header.bsize + secalign) & ~secalign;
                                oprev = otemp;
                        }
                }

                // Go to next object file list pointer
                otemp = otemp->o_next;
                i++;
        }

        // Update base addresses and create symbols _TEXT_E, _DATA_E and _BSS_E
        tbase = tval;
        OSTAdd("_TEXT_E", 0x05000000, tval + textsize);

        if (!dval)
        {
                // DATA follows TEXT
                dbase = tval + textsize;
                OSTAdd("_DATA_E", 0x07000000, tval + textsize + datasize);

                if (!bval)
                {
                        // BSS follows DATA
                        bbase = tval + textsize + datasize;
                        OSTAdd("_BSS_E", 0x09000000, tval + textsize + datasize + bsssize);
                }
                else
                {
                        // BSS is independent of DATA
                        bbase = bval;
                        OSTAdd("_BSS_E", 0x09000000, bval + bsssize);
                }
        }
        else
        {
                // DATA is independant of TEXT
                dbase = dval;
                OSTAdd("_DATA_E", 0x07000000, dval + datasize);

                if (!bval)
                {
                        // BSS follows DATA
                        bbase = dval + datasize;
                        OSTAdd("_BSS_E", 0x09000000, dval + datasize + bsssize);
                }
                else
                {
                        // BSS is independent of DATA
                        bbase = bval;
                        OSTAdd("_BSS_E", 0x09000000, bval + bsssize);
                }
        }

        // Place each unresolved symbol in the output symbol table
        if (DoUnresolved())
                return NULL;

        // Initialise base addresses
        tptr = dptr = bptr = 0;

        // For each file, relocate its symbols and add them to the output symbol
        // table
        otemp = olist;
        oprev = NULL;

        while (otemp != NULL)
        {
                otemp->o_tbase = tptr;

                // Do rest only for non-ARCHIVE markers
                if (!(otemp->o_flags & O_ARCHIVE))
                {
                        otemp->o_dbase = dptr;
                        otemp->o_bbase = bptr;
                        tptr += (otemp->o_header.tsize + secalign) & ~secalign;
                        dptr += (otemp->o_header.dsize + secalign) & ~secalign;
                        bptr += (otemp->o_header.bsize + secalign) & ~secalign;
                }

                // For each symbol, (conditionally) add it to the ost
                // For ARCHIVE markers, this adds the symbol for the file & returns
                // (Shamus: N.B. it does no such thing ATM)
                if (DoSymbol(otemp))
                        return NULL;

                if (otemp->o_flags & O_ARCHIVE)
                {
                        // Now that the archive is marked, remove it from list
                        if (oprev == NULL)
                                olist = otemp->o_next;
                        else
                                oprev->o_next = otemp->o_next;

                        struct OFILE * ohold = otemp;

                        if (ohold->o_image)
                                if (!ohold->isArchiveFile)
                                        free(ohold->o_image);

                        free(ohold);
                }
                else
                {
                        oprev = otemp;
                }

                otemp = otemp->o_next;
        }

        // Places all the externs, globals etc into the output symbol table
        if (DoCommon() == -1)
                return NULL;

        // Create a new output file header
        header = new_oheader();

        if (header == NULL)
        {
                printf("make_ofile: out of memory!\n");
                return NULL;
        }

        // Fill in the output header. Does not match the actual output but values
        // used as reference
        header->magic = 0x0150;             // COF magic number
        header->tsize = textsize;           // TEXT segment size
        header->dsize = datasize;           // DATA segment size
        header->bsize = bsssize;            // BSS segment size
        header->ssize = (ost_ptr - ost);    // Symbol table size
        header->ostbase = ost;              // Output symbol table base address

        // For each object file, relocate its TEXT and DATA segments. OR the result
        // into ret so all files get moved (and errors reported) before returning
        // with the error condition
        for(otemp=olist; otemp!=NULL; otemp=otemp->o_next)
        {
                if (!(otemp->o_flags & O_ARCHIVE))
                {
                        ret |= RelocateSegment(otemp, T_TEXT); // TEXT segment relocations
                        ret |= RelocateSegment(otemp, T_DATA); // DATA segment relocations
                }
        }

        // Done with global symbol hash tables
        FreeHashes();

        return (ret ? (struct OHEADER *)NULL : header);
}


//
// Add symbol to hash list
//
int AddSymbolToHashList(struct HREC ** hptr, char * sym, struct OFILE * ofile,
        long value, int type)
{
        struct HREC * htemp = new_hrec();

        if (htemp == NULL)
        {
                printf("Out of memory\n");
                return 1;
        }

        // Shamus: Moar testing...
        if (vflag > 1)
        {
                printf("AddSymbolToHashList(): hptr=$%08X, sym=\"%s\", ofile=$%08X, value=$%X, type=$%X\n", hptr, sym, ofile, value, type);
        }

        // Populate hash record
        memset(htemp->h_sym, 0, SYMLEN);
        strcpy(htemp->h_sym, sym);
        htemp->h_ofile = ofile;
        htemp->h_value = value;
        htemp->h_type = type;

        // Add new hash to the front of the list (hence the ** for hptr)
        htemp->h_next = *hptr;
        *hptr = htemp;

        return 0;
}


//
// Add symbol to the unresolved symbols hash table (really, it's a linked list)
//
int AddUnresolvedSymbol(char * sym, struct OFILE * ofile)
{
        if (vflag > 1)
                printf("AddUnresolvedSymbol(%s, %s)\n", sym, ofile->o_name);

        return AddSymbolToHashList(&unresolved, sym, ofile, 0L, 0);
}


//
// Remove the HREC from the unresolved symbol list, and pass back a pointer
// to the spot where the HREC was.
//
struct HREC * RemoveUnresolvedSymbol(struct HREC * hrec)
{
        struct HREC * ptr = unresolved;
        struct HREC * previous = NULL;

        while ((ptr != hrec) && (ptr != NULL))
        {
                previous = ptr;
                ptr = ptr->h_next;
        }

        // Not found...!
        if (ptr == NULL)
                return NULL;

        struct HREC * next = ptr->h_next;

        // Remove the head if nothing previous, otherwise, remove what we found
        if (previous == NULL)
                unresolved = next;
        else
                previous->h_next = next;

        free(ptr);
        return next;
}


//
// Add symbol to the unresolved symbols hash table
//
int AddARSymbol(char * sym, struct OFILE * ofile)
{
        if (vflag > 1)
                printf("AddARSymbol(%s, %s)\n", sym, ofile->o_name);

        return AddSymbolToHashList(&arSymbol, sym, ofile, 0L, 0);
}


//
// Generate hash value from the 1st 15 characters of the symbol modulo the
// number of buckets in the hash.
//
int GetHash(char * s)
{
        // For this to be consistent, the symbol MUST be zeroed out beforehand!
        // N.B.: strncpy() pads zeroes for us, if the symbol is less than 15 chars.
        char c[15];
        strncpy(c, s, 15);

        int i = (c[0] + c[1] + c[2] + c[3] + c[4] + c[5] + c[6] + c[7] + c[8]
                + c[9] + c[10] + c[11] + c[12] + c[13] + c[14]) % NBUCKETS;
        return i;
}


//
// Lookup a symbol in the hash table.
// Returns either a pointer to the HREC or NULL if not found.
//
struct HREC * LookupHREC(char * symbol)
{
        struct HREC * hptr = htable[GetHash(symbol)];

        while (hptr != NULL)
        {
//This is utter failure...
//              if (symcmp(symbol, hptr->h_sym))  <-- left here for giggles :D  - LinkoVitch
                // Return hash record pointer if found
                if (strcmp(symbol, hptr->h_sym) == 0)
                        return hptr;

                hptr = hptr->h_next;
        }

        return NULL;
}


//
// Lookup a symbol in the AR symbol table.
// Returns either a pointer to the HREC or NULL if not found.
//
struct HREC * LookupARHREC(char * symbol)
{
        struct HREC * hptr = arSymbol;//htable[GetHash(symbol)];

        while (hptr != NULL)
        {
                // Return hash record pointer if found
                if (strcmp(symbol, hptr->h_sym) == 0)
                        return hptr;

                hptr = hptr->h_next;
        }

        return NULL;
}


#if 0
//
// Add symbol to the hash table if it doesn't already exist, otherwise decide
// what to do since it's already defined in another unit.
//
int DealWithSymbol(char * sym, long type, long value, struct OFILE * ofile)
{
        // Make sure we have a filename...
        assert(ofile->o_name[0] != 0);

        if (vflag > 1)
        {
                printf("DealWithSymbol(%s,%s,%lx,", sym, ofile->o_name, value);
                printf("%x,%s)\n", (unsigned int)type, (isglobal(type) ? "GLOBAL" : "COMMON"));
        }

        // See if the symbol is already in the symbol table...
        struct HREC * hptr = LookupHREC(sym);

        if (hptr == NULL)
                return AddSymbolToHashList(&htable[GetHash(sym)], sym, ofile, value, type);

        // N.B.: The symbol being passed in is *already* been vetted as an
        //       external, so we have only *two* cases to look for here.
#if 0
        // Symbol is already in table... Figure out how to handle!
        if (iscommon(type) && !iscommon(hptr->h_type))
        {
                // Mismatch: global came first; warn and keep the global one
                if (wflag)
                {
                        printf("Warning: %s: global from ", sym);
                        put_name(hptr->h_ofile);
                        printf(" used, common from ");
                        put_name(ofile);
                        printf(" discarded.\n");
                }

#if 0
#warning "!!! WHERE THE FUCK IS THIS WRITING TO?? !!!"
// Wow, just wow. This is writing to the symbol string table when it apparently
// it thinks it's writing to an ABS symbol. This is so wrong, I don't even know
// where to begin...
                putword(sym + 8, ABST_EXTERN);
                putlong(sym + 10, 0L);
#else
                // ??? write what to where?
#endif
        }
        else if (iscommon(hptr->h_type) && !iscommon(type))
        {
                // Mismatch: common came first; warn and keep the global one
                if (wflag)
                {
                        printf("Warning: %s: global from ", sym);
                        put_name(ofile);
                        printf(" used, common from ");
                        put_name(hptr->h_ofile);
                        printf(" discarded.\n");
                }

                hptr->h_type = type;
                hptr->h_ofile = ofile;
                hptr->h_value = value;
        }
        // They're both global [WRONG! Passed in one is global]
        // [technically, this is correct, as it failed the 1st two checks...
        //  but it is unclear, so the latter is preferable.]
//      else if (!iscommon(type))
//is this now right?? [YES, see above]
        else if (!iscommon(type) && !iscommon(hptr->h_type))
        {
                // Global exported by another ofile; warn and make this one extern
                if (wflag)
                {
                        printf("Duplicate symbol %s: ", sym);
                        put_name(hptr->h_ofile);
                        printf(" used, ");
                        put_name(ofile);
                        printf(" discarded\n");
                }

#if 0
#warning "!!! WHERE THE FUCK IS THIS WRITING TO?? !!!"
                putword(sym + 8, ABST_EXTERN);
#else
                // ??? write what to where?
#endif
        }
        // They're both common
        else
        {
                if (hptr->h_value < value)
                {
                        hptr->h_value = value;
                        hptr->h_ofile = ofile;
                }
        }
#else
        if (iscommon(hptr->h_type))
        {
                // Mismatch: common came first; warn and keep the global one
                if (wflag)
                {
                        printf("Warning: %s: global from ", sym);
                        put_name(ofile);
                        printf(" used, common from ");
                        put_name(hptr->h_ofile);
                        printf(" discarded.\n");
                }

                hptr->h_type = type;
                hptr->h_ofile = ofile;
                hptr->h_value = value;
        }
        else
        {
                // Global exported by another ofile; warn and make this one extern
                if (wflag)
                {
                        printf("Duplicate symbol %s: ", sym);
                        put_name(hptr->h_ofile);
                        printf(" used, ");
                        put_name(ofile);
                        printf(" discarded\n");
                }

#if 0
#warning "!!! WHERE THE FUCK IS THIS WRITING TO?? !!!"
                putword(sym + 8, ABST_EXTERN);
#else
                // ??? write what to where?
#endif
        }
#endif

        return 0;
}
#endif


//
// Add the imported symbols from this file to unresolved, and the global and
// common (???) symbols to the exported hash table.
//
// Change old-style commons (type == T_EXTERN, value != 0) to new-style ones
// (type == (T_GLOBAL | T_EXTERN)). [??? O_o]
//
int AddSymbols(struct OFILE * Ofile)
{
        struct HREC * hptr;                     // Hash record pointer

        if (vflag > 1)
                printf("Add symbols for file %s\n", Ofile->o_name);

        // Get base pointer, start of sym fixups
        char * ptr = Ofile->o_image + 32
                + Ofile->o_header.tsize
                + Ofile->o_header.dsize
                + Ofile->o_header.absrel.reloc.tsize
                + Ofile->o_header.absrel.reloc.dsize;
        char * sfix = ptr;                                                      // Set symbol fixup pointer
        char * sstr = sfix + Ofile->o_header.ssize;     // Set symbol table pointer
        long nsymbols = Ofile->o_header.ssize / 12;     // Obtain number of symbols

        while (nsymbols)
        {
                long index = getlong(sfix);                             // Get symbol string index
                long type  = getlong(sfix + 4);                 // Get symbol type
                long value = getlong(sfix + 8);                 // Get symbol value

                if ((Ofile->isArchiveFile) && !(Ofile->o_flags & O_USED))
                {
                        if ((type & T_EXT) && (type & (T_SEG | T_ABS)))
                                if (AddARSymbol(sstr + index, Ofile))
                                        return 1;
                }
                else if (type == T_EXT)
                {
                        // External symbol that is *not* in the current unit
                        hptr = LookupHREC(sstr + index);

                        if (hptr != NULL)
                                hptr->h_ofile->o_flags |= O_USED;       // Mark .o file as used
                        // Otherwise add to unresolved list
                        else if (AddUnresolvedSymbol(sstr + index, Ofile))
                                return 1;                               // Error if addition failed
                }
                else if ((type & T_EXT) && (type & (T_SEG | T_ABS)))
                {
#if 0
                        // Symbol in the current unit that is also EXPORTED
                        if (DealWithSymbol(sstr + index, type, value, Ofile))
                                return 1;                               // Error if addition failed
#else
                        hptr = LookupHREC(sstr + index);

                        // Symbol isn't in the table, so try to add it:
                        if (hptr == NULL)
                        {
                                if (AddSymbolToHashList(&htable[GetHash(sstr + index)],
                                        sstr + index, Ofile, value, type))
                                        return 1;
                        }
                        else
                        {
                                // Symbol already exists, decide what to do about it
                                if (iscommon(hptr->h_type))
                                {
                                        // Mismatch: common came first; warn and keep the global
                                        if (wflag)
                                        {
                                                printf("Warning: %s: global from ", sstr + index);
                                                put_name(Ofile);
                                                printf(" used, common from ");
                                                put_name(hptr->h_ofile);
                                                printf(" discarded.\n");
                                        }

                                        hptr->h_ofile = Ofile;
                                        hptr->h_type = type;
                                        hptr->h_value = value;
                                }
                                else
                                {
                                        // Global exported by another ofile; warn and make this one
                                        // extern
                                        if (wflag)
                                        {
                                                printf("Duplicate symbol %s: ", sstr + index);
                                                put_name(hptr->h_ofile);
                                                printf(" used, ");
                                                put_name(Ofile);
                                                printf(" discarded\n");
                                        }

                                        // Set the global in this unit to pure external
                                        // (is this a good idea? what if the other one is a ref to
                                        // this one???)
                                        putlong(sfix + 4, T_EXT);
                                }
                        }
#endif
                }

                sfix += 12;                     // Increment symbol fixup pointer
                nsymbols--;                     // Decrement num of symbols to process
        }

        // Success loading symbols
        return 0;
}


//
// Process object file for symbols
//
int DoItem(struct OFILE * obj)
{
        // Allocate memory for object record ptr
        struct OFILE * Ofile = new_ofile();

        if (Ofile == NULL)
        {
                printf("Out of memory while processing %s\n", obj->o_name);
                return 1;
        }

        // Starting after all pathnames, etc., copy .o file name to Ofile
        char * temp = path_tail(obj->o_name);

        // Check filename length
        if (strlen(temp) > FNLEN - 1)
        {
                printf("File name too long: %s\n", temp);
                return 1;
        }

        // Check archive name length
        if (strlen(obj->o_arname) > FNLEN - 1)
        {
                printf("Archive name too long: %s\n", obj->o_arname);
                return 1;
        }

        strcpy(Ofile->o_name, temp);            // Store filename
        strcpy(Ofile->o_arname, obj->o_arname); // Store archive name

        // Initialise object record information
        Ofile->o_next  = NULL;
        Ofile->o_tbase = 0;
        Ofile->o_dbase = 0;
        Ofile->o_bbase = 0;
        Ofile->o_flags = obj->o_flags;
        Ofile->o_image = obj->o_image;
        Ofile->isArchiveFile = obj->isArchiveFile;
        char * ptr = obj->o_image;

        // Don't do anything if this is just an ARCHIVE marker, just add the file
        // to the olist
        // (Shamus: N.B.: it does no such ARCHIVE thing ATM)
        if (!(obj->o_flags & O_ARCHIVE))
        {
                Ofile->o_header.magic = getlong(ptr);
                Ofile->o_header.tsize = getlong(ptr + 4);
                Ofile->o_header.dsize = getlong(ptr + 8);
                Ofile->o_header.bsize = getlong(ptr + 12);
                Ofile->o_header.ssize = getlong(ptr + 16);
                Ofile->o_header.absrel.reloc.tsize = getlong(ptr + 24);
                Ofile->o_header.absrel.reloc.dsize = getlong(ptr + 28);

                // Round BSS off to alignment boundary
                Ofile->o_header.bsize = (Ofile->o_header.bsize + secalign) & ~secalign;

                if ((Ofile->o_header.dsize & 7) && wflag)
                {
                        printf("Warning: data segment size of ");
                        put_name(Ofile);
                        printf(" is not a phrase multiple\n");
                }

                // Check for odd segment sizes
                if ((Ofile->o_header.tsize & 1) || (Ofile->o_header.dsize & 1)
                        || (Ofile->o_header.bsize & 1))
                {
                        printf("Error: odd-sized segment in ");
                        put_name(Ofile);
                        printf("; link aborted.\n");
                        return 1;
                }

                if (AddSymbols(Ofile))
                        return 1;
        }

        // Add this file to the olist
        if (olist == NULL)
                olist = Ofile;
        else
                olast->o_next = Ofile;

        olast = Ofile;
        return 0;
}


//
// Handle items in processing list.
//
// After loading all objects, archives & include files, we now go and process
// each item on the processing list (plist). Once this is done, we go through
// any unresolved symbols left and see if they have shown up.
//
int ProcessLists(void)
{
        // Process object file list first (adds symbols from each unit & creates
        // the olist)
        while (plist != NULL)
        {
                if (DoItem(plist))
                        return 1;

                struct OFILE * ptemp = plist;
                plist = plist->o_next;
                free(ptemp);
        }

        struct HREC * uptr;

        // Process the unresolved symbols list. This may involve pulling in symbols
        // from any included .a units. Such units are lazy linked by default; we
        // generally don't want everything they provide, just what's referenced.
        for(uptr=unresolved; uptr!=NULL; )
        {
                if (vflag > 1)
                        printf("LookupHREC(%s) => ", uptr->h_sym);

                struct HREC * htemp = LookupHREC(uptr->h_sym);

                if (htemp != NULL)
                {
                        // Found it in the symbol table!
                        if (vflag > 1)
                                printf("%s in %s (=$%06X)\n", (isglobal(htemp->h_type) ? "global" : "common"), htemp->h_ofile->o_name, htemp->h_value);

                        // Mark the .o unit that the symbol is in as seen & remove from the
                        // unresolved list
                        htemp->h_ofile->o_flags |= O_USED;
                        uptr = RemoveUnresolvedSymbol(uptr);
                }
                else
                {
                        if (vflag > 1)
                                printf("NULL\n");

                        // Check to see if the unresolved symbol is on the AR symbol list.
                        htemp = LookupARHREC(uptr->h_sym);

                        // If the unresolved symbol is in a .o unit that is unused, we can
                        // drop it; same if the unresolved symbol is in the exported AR
                        // symbol list. Otherwise, go to the next unresolved symbol.
                        if (!(uptr->h_ofile->o_flags & O_USED) || (htemp != NULL))
                                uptr = RemoveUnresolvedSymbol(uptr);
                        else
                                uptr = uptr->h_next;

                        // Now that we've possibly deleted the symbol from unresolved list
                        // that was also in the AR list, we add the symbols from this .o
                        // unit to the symbol table, mark the .o unit as used, and restart
                        // scanning the unresolved list as there is a good possibility that
                        // the symbols in the unit we're adding has unresolved symbols as
                        // well.
                        if (htemp != NULL)
                        {
                                htemp->h_ofile->o_flags |= O_USED;
                                AddSymbols(htemp->h_ofile);
                                uptr = unresolved;
                        }
                }
        }

        // Show files used if the user requests it.
        if (vflag > 1)
        {
                printf("Files used:\n");
                struct OFILE * filePtr = olist;

                while (filePtr != NULL)
                {
                        if (filePtr->o_flags & O_USED)
                        {
                                printf("   %s%s%s\n", filePtr->o_name, (filePtr->isArchiveFile ? ":" : ""), (filePtr->isArchiveFile ? filePtr->o_arname : nullStr));
                        }

                        filePtr = filePtr->o_next;
                }
        }

        return 0;
}


//
// Extract filename from path
//
char * path_tail(char * name)
{
        // Find last occurance of PATH_DELIMETER
        char * temp = strrchr(name, PATH_DELIMITER);

        // Return what was passed in if path delimiter was not found
        if (temp == NULL)
                return name;

        return temp + 1;
}


//
// Add input file to processing list
//
int AddToProcessingList(char * ptr, char * fname, char * arname, uint8_t arFile)
{
        if (plist == NULL)
        {
                // First time object record allocation
                plist = new_ofile();
                plast = plist;
        }
        else
        {
                // Next object record allocation
                plast->o_next = new_ofile();
                plast = plast->o_next;
        }

        if (plast == NULL)
        {
                printf("Out of memory.\n");             // Error if memory allocation fails
                return 1;
        }

        fname = path_tail(fname);
        arname = path_tail(arname);

        if (strlen(fname) > FNLEN - 1)
        {
                // Error on excessive filename length
                printf("File name too long: %s (sorry!)\n", fname);
                return 1;
        }

        if (strlen(arname) > FNLEN - 1)
        {
                // Error on excessive filename length
                printf("AR file name too long: %s (sorry!)\n", arname);
                return 1;
        }

        strcpy(plast->o_name, fname);           // Store filename sans path
        strcpy(plast->o_arname, arname);        // Store archive name sans path
        plast->o_image = ptr;                           // Store data pointer
        plast->o_flags = (arFile ? 0 : O_USED); // File is used if NOT in archive
        plast->o_next = NULL;                           // Initialise next record pointer
        plast->isArchiveFile = arFile;          // Shamus: Temp until can sort it out

        return 0;                                                       // Return without errors
}


//
// Process in binary include files and add them to the processing list. This
// routine takes in the binary file and creates an 'object' file in memory.
// Sym1/Sym2 point to the start and end of data.
//
// Image size for include files is:
// Header ....... 32 bytes
// Data ......... dsize
// Sym Fixups ... 2 * 12 bytes
// Symbol Size .. 4 bytes (Value to include symbols and terminating null)
// Symbols ...... (strlen(sym1) + 1) + (strlen(sym2) + 1)
// Terminate .... 4 bytes (0x00000000)
//
int LoadInclude(char * fname, int handle, char * sym1, char * sym2, int segment)
{
        long fsize, dsize, size;              // File, DATA segment and image sizes
        char * ptr, * sptr;                   // Data pointers
        int i;                                // Iterators
        int sym1len = 0;                      // Symbol 1 length
        int sym2len = 0;                      // Symbol 2 length
        unsigned symtype = 0;

        fsize = FileSize(handle);             // Get size of include file
        dsize = (fsize + secalign) & ~secalign; // Round up to a alignment boundary

        sym1len = strlen(sym1) + 1;           // Get sym1 length + null termination
        sym2len = strlen(sym2) + 1;           // Get sym2 length + null termination

        size = 32 + dsize + 24 + 4 + sym1len + sym2len + 4;

        // Use calloc so the header & fixups initialize to zero
        // Allocate object image memory
        if ((ptr = calloc(size, 1)) == NULL)
        {
                printf("Out of memory while including %s\n", fname);
                close(handle);
                return 1;
        }

        // Read in binary data
        if (read(handle, ptr + 32, fsize) != fsize)
        {
                printf("File read error on %s\n", fname);
                close(handle);
                free(ptr);
                return 1;
        }

        close(handle);

        strcpy(obj_fname[obj_index], path_tail(fname));

        // Build this image's dummy header
        putlong(ptr, 0x00000107);              // Magic number

        if (segment)
        {
                putlong(ptr+4, dsize);             // Text size
                putlong(ptr+8, 0L);                // Data size
                symtype = 0x05000000;
                obj_segsize[obj_index][0] = dsize;
                obj_segsize[obj_index][1] = 0;
                obj_segsize[obj_index][2] = 0;
        }
        else
        {
                putlong(ptr+4, 0L);                // Text size
                putlong(ptr+8, dsize);             // Data size
                symtype = 0x07000000;
                obj_segsize[obj_index][0] = 0;
                obj_segsize[obj_index][1] = dsize;
                obj_segsize[obj_index][2] = 0;
        }

        obj_index++;                           // Increment object count

        putlong(ptr+12, 0L);                   // BSS size
        putlong(ptr+16, 24);                   // Symbol table size
        putlong(ptr+20, 0L);                   // Entry point
        putlong(ptr+24, 0L);                   // TEXT relocation size
        putlong(ptr+28, 0L);                   // DATA relocation size

        sptr = ptr + 32 + dsize;               // Set sptr to symbol table location

        putlong(sptr,    4L);                  // String offset of symbol1
        putlong(sptr+4,  symtype);             // Symbol type
        putlong(sptr+8,  0x00000000);          // Symbol has no value (START)
        putlong(sptr+12, 4L + (sym2len - 1));  // String offset of symbol2
        putlong(sptr+16, symtype);             // Symbol type
        putlong(sptr+20, dsize);               // Symbol is data size (END)

        sptr = ptr + 32 + dsize + 24;          // Set sptr to symbol table size loc

        putlong(sptr, sym1len + 4L);           // Size of symbol table

        sptr = ptr + 32 + dsize + 24 + 4;      // Set sptr to symbol table location

        for(i=0; i<(sym1len-1); i++)           // Write symbol1 to string table
                sptr[i] = *sym1++;

        sptr += (sym1len - 1);                 // Step past symbol string
        *sptr = '\0';                          // Terminate symbol string
        sptr += 1;                             // Step past termination

        for(i=0; i<(sym2len-1); i++)           // Write symbol2 to string table
                sptr[i] = *sym2++;

        sptr += (sym2len - 1);                 // Step past symbol string
        *sptr = '\0';                          // Terminate symbol string
        sptr += 1;                             // Step past termination

        putlong(sptr, 0L);                     // Terminating long for object file

        return AddToProcessingList(ptr, fname, nullStr, 0);
}


//
// Takes a file name, gets in its image, puts it on plist. The image may
// already be in memory: If so, the ptr arg is non-null.  If so, the file is
// already closed. Note that the file is already open (from DoFile()). RETURNS
// a pointer to the OFILE structure for this file, so you can diddle its flags
// (DoFile sets O_USED for files on the command line).
//
int LoadObject(char * fname, int fd, char * ptr)
{
        if (ptr == NULL)
        {
                long size = FileSize(fd);

                // Allocate memory for file data
                ptr = malloc(size);

                if (ptr == NULL)
                {
                        printf("Out of memory while processing %s\n", fname);
                        close(fd);
                        return 1;
                }

                // Read in file data
                if (read(fd, ptr, size) != size)
                {
                        printf("File read error on %s\n", fname);
                        close(fd);
                        free(ptr);
                        return 1;
                }

                // SCPCD: get the name of the file instead of all pathname
                strcpy(obj_fname[obj_index], path_tail(fname));
                obj_segsize[obj_index][0] = (getlong(ptr + 4) + secalign) & ~secalign;
                obj_segsize[obj_index][1] = (getlong(ptr + 8) + secalign) & ~secalign;
                obj_segsize[obj_index][2] = (getlong(ptr + 12) + secalign) & ~secalign;
                obj_index++;

                close(fd);                                            // Close file
        }

        // Now add this image to the list of pending ofiles (plist)
        // This routine is shared by LoadInclude after it builds the image
        return AddToProcessingList(ptr, fname, nullStr, 0);
}


//
// What it says on the tin: check for a .o suffix on the passed in string
//
uint8_t HasDotOSuffix(char * s)
{
        char * temp = strrchr(s, '.');

        if ((temp == NULL) || (strncmp(temp, ".o", 2) != 0))
                return 0;

        return 1;
}


//
// Process an ar archive file (*.a)
//
int LoadArchive(char * fname, int fd)
{
        // Read in the archive file to memory and process
        long size = FileSize(fd);
        char * ptr = malloc(size);
        char * endPtr = ptr + size;
        char * longFilenames = NULL;

        if (ptr == NULL)
        {
                printf("Out of memory while processing %s\n", fname);
                close(fd);
                return 1;
        }

        if (read(fd, ptr, size) != size)
        {
                printf("File read error on %s\n", fname);
                close(fd);
                free(ptr);
                return 1;
        }

        close(fd);

        // Save the pointer for later...
        arPtr[arIndex++] = ptr;
        char objName[FNLEN];
        char objSize[11];
        int i;
//printf("\nProcessing AR file \"%s\"...\n", fname);
        ptr += 8;

        // Loop through all objects in the archive and process them
        do
        {
                memset(objName, 0, 17);
                objSize[10] = 0;

                for(i=0; i<16; i++)
                {
//                      if ((ptr[i] == '/') || (ptr[i] == ' '))
                        if ((ptr[i] == ' ') && (i != 0))
                        {
                                objName[i] = 0;
                                break;
                        }

                        objName[i] = ptr[i];
                }

                for(i=0; i<10; i++)
                {
                        if (ptr[48 + i] == ' ')
                        {
                                objSize[i] = 0;
                                break;
                        }

                        objSize[i] = ptr[48 + i];
                }

                // Check to see if a long filename was requested
                if (objName[0] == 0x20)
                {
                        uint32_t fnSize = atoi(objName + 1);

                        if (longFilenames != NULL)
                        {
                                i = 0;
                                char * currentFilename = longFilenames + fnSize;

                                while (*currentFilename != 0x0A)
                                        objName[i++] = *currentFilename++;

                                objName[i] = 0;
                        }
                }

                if ((strncmp(objName, "ARFILENAMES/", 12) == 0) || (strncmp(objName, "//", 2) == 0))
                {
                        longFilenames = ptr + 60;
                }
                else if (HasDotOSuffix(objName))
                {

                        // Strip off any trailing forward slash at end of object name
                        int lastChar = strlen(objName) - 1;

                        if (objName[lastChar] == '/')
                                objName[lastChar] = 0;

//printf("Processing object \"%s\" (size == %i, obj_index == %i)...\n", objName, atoi(objSize), obj_index);
                        strcpy(obj_fname[obj_index], objName);
                        obj_segsize[obj_index][0] = (getlong(ptr + 60 + 4) + secalign) & ~secalign;
                        obj_segsize[obj_index][1] = (getlong(ptr + 60  + 8) + secalign) & ~secalign;
                        obj_segsize[obj_index][2] = (getlong(ptr + 60  + 12) + secalign) & ~secalign;
                        obj_index++;

                        if (AddToProcessingList(ptr + 60, objName, fname, 1))
                                return 1;
                }

                uint32_t size = atoi(objSize);
                size += (size & 0x01 ? 1 : 0);
                ptr += 60 + size;
        }
        while (ptr < endPtr);

        return 0;
}


//
// Process files (*.o, *.a) passed in on the command line
//
int ProcessFiles(void)
{
        int i;
        char magic[8];          // Magic header number (4 bytes for *.o, 8 for *.a)

        // Process all file handles
        for(i=0; i<(int)hd; i++)
        {
                // Verbose mode information
                if (vflag == 1)
                        printf("Read file %s%s\n", name[i], (hflag[i] ? " (include)" : ""));

                if (!hflag[i])
                {
                        // Attempt to read file magic number (OBJECT/ARCHIVE FILES)
                        if (read(handle[i], magic, 8) != 8)
                        {
                                printf("Error reading file %s\n", name[i]);
                                close(handle[i]);
                                return 1;
                        }

                        lseek(handle[i], 0L, 0);        // Reset to start of input file

                        // Look for RMAC/MAC/GCC (a.out) object files
                        if ((getlong(magic) & 0xFFFF) == 0x0107)
                        {
                                // Process input object file
                                if (LoadObject(name[i], handle[i], 0L))
                                        return 1;
                        }
                        // Otherwise, look for an object archive file
                        else if (strncmp(magic, "!<arch>\x0A", 8) == 0)
                        {
                                if (LoadArchive(name[i], handle[i]))
                                        return 1;
                        }
                        else
                        {
                                // Close file and error
                                printf("%s is not a supported object or archive file\n", name[i]);
                                printf("Magic == [%02X][%02X][%02X][%02X]\n", magic[0], magic[1], magic[2], magic[3]);
                                close(handle[i]);
                                return 1;
                        }
                }
                else
                {
                        // INCLUDE FILES
                        // If hflag[i] is 1, include this in the data segment; if 2, put it
                        // in text segment
                        if (LoadInclude(name[i], handle[i], hsym1[i], hsym2[i], hflag[i] - 1))
                                return 1;
                }
        }

        // Free include, symbol & object handles
        for(i=0; i<(int)hd; i++)
        {
                free(name[i]);

                if (hflag[i])
                {
                        free(hsym1[i]);
                        free(hsym2[i]);
                }
        }

        // Reset next handle indicator
        hd = 0;
        return 0;
}


//
// Load newargv with pointers to arguments found in the buffer
//
int parse(char * buf, char * newargv[])
{
        int i = 1;

        if (vflag)
                printf("begin parsing\n");

        while (1)
        {
                while (*buf && strchr(",\t\n\r\14 ", *buf))
                        buf++;

                /* test for eof */
                if (*buf == '\0' || *buf == 26)
                {
                        if (i == 0)
                        {
                                printf("No commands in command file\n");
                                return -1;
                        }
                        else
                        {
                                return i;
                        }
                }

                /* test for comment */
                if (*buf == '#')
                {
                        /* found a comment; skip to next \n and start over */
                        while (*buf && *buf != '\n')
                                buf++;

                        continue;
                }

                if (i == MAXARGS)
                {
                        printf("Too many arguments in command file\n");
                        return -1;
                }

                newargv[i] = buf;

                while (!strchr(",\t\n\r\14 ", *buf))
                {
                        if (*buf == '\0' || *buf == 26)
                        {
                                printf("Finished parsing %d args\n", i);
                                return i;
                        }

                        buf++;
                }

                *buf++ = '\0';

                if (vflag)
                        printf("argv[%d] = \"%s\"\n", i, newargv[i]);

                i++;
        }
}


//
// Process in a Link Command File
//
int docmdfile(char * fname)
{
        int fd;                                     // File descriptor
        unsigned size;                              // Command file size
        char * ptr;                                 // Pointer
        int newargc;                                // New argument count
        char * (*newargv)[];                        // New argument value array

        // Verbose information
        if (vflag > 1)
                printf("docmdfile(%s)\n", fname);

        // Allocate memory for new argument values
        newargv = malloc((long)(sizeof(char *) * MAXARGS));

        if (!newargv)
        {
                printf("Out of memory.\n");
                return 1;
        }

        // Attempt to open and read in the command file
        if (fname)
        {
                if ((fd = open(fname, _OPEN_FLAGS)) < 0)
                {
                        printf("Cannot open command file %s.\n", fname);
                        return 1;
                }

                size = FileSize(fd);

                if ((ptr = malloc(size + 1)) == NULL)
                {
                        printf("Out of memory.\n");
                        close(fd);
                        return 1;
                }

                if (read(fd, ptr, size) != (int)size)
                {
                        printf("Read error on command file %s.\n", fname);
                        close(fd);
                        return 1;
                }

                *(ptr + size) = 0;                      // Null terminate the buffer
                close(fd);
        }
        else
        {
                printf("No command filename specified\n");
                return 1;
        }

        // Parse the command file
        if ((newargc = parse(ptr, *newargv)) == -1)
        {
                return 1;
        }

        // Process the inputted flags
        if (doargs(newargc, *newargv))
        {
                printf("docmdfile: doargs returns TRUE\n");
                return 1;
        }

        free(ptr);
        free(newargv);

        return 0;
}


//
// Take an Argument List and Parse the Command Line
//
int doargs(int argc, char * argv[])
{
        int i = 1;                                      // Iterator
        int c;                                          // Command line character
        char * ifile, * isym;           // File name and symbol name for -i

        // Parse through option switches & files
        while (i < argc)
        {
                // Process command line switches
                if (argv[i][0] == '-')
                {
                        if (!argv[i][1])
                        {
                                printf("Illegal option argument: %s\n\n", argv[i]);
                                display_help();
                                return 1;
                        }

                        c = argv[i++][1];                       // Get next character in command line

                        // Process command line switch
                        switch (c)
                        {
                        case '?':                                       // Display usage information
                        case 'h':
                        case 'H':
                                display_version();
                                display_help();
                                return 1;
                        case 'a':
                        case 'A':                                       // Set absolute linking on
                                if (aflag)
                                        warn('a', 1);

                                if (i + 2 >= argc)
                                {
                                        printf("Not enough arguments to -a\n");
                                        return 1;
                                }

                                aflag = 1;                              // Set abs link flag
                                // Segment order is TEXT, DATA, BSS
                                // Text segment can be 'r', 'x' or a value
                                ttype = 0;

                                if ((*argv[i] == 'r' || *argv[i] == 'R') && !argv[i][1])
                                {
                                        ttype = -1;                     // TEXT segment is relocatable
                                }
                                else if ((*argv[i] == 'x' || *argv[i] == 'X'))
                                {
                                        printf("Error in text-segment address: cannot be contiguous\n");
                                        return 1;
                                }
                                else if ((ttype = 0), GetHexValue(argv[i], &tval))
                                {
                                        printf("Error in text-segment address: %s is not 'r', 'x' or an address.", argv[i]);
                                        return 1;
                                }

                                i++;
                                // Data segment can be 'r', 'x' or a value
                                dtype = 0;

                                if ((*argv[i] == 'r' || *argv[i] == 'R') && !argv[i][1])
                                {
                                        dtype = -1;                     // DATA segment is relocatable
                                }
                                else if ((*argv[i] == 'x' || *argv[i] == 'X'))
                                {
                                        dtype = -2;                     // DATA follows TEXT
                                }
                                else if ((dtype = 0), GetHexValue(argv[i], &dval))
                                {
                                        printf("Error in data-segment address: %s is not 'r', 'x' or an address.", argv[i]);
                                        return 1;
                                }

                                i++;
                                btype = 0;

                                // BSS segment can be 'r', 'x' or a value
                                if ((*argv[i] == 'r' || *argv[i] == 'R') && !argv[i][1])
                                {
                                        btype = -1;                     // BSS segment is relocatable
                                }
                                else if ((*argv[i] == 'x' || *argv[i] == 'X'))
                                {
                                        btype = -3;                     // BSS follows DATA
                                }
                                else if ((btype = 0), GetHexValue(argv[i], &bval))
                                {
                                        printf("Error in bss-segment address: %s is not 'r', 'x[td]', or an address.", argv[i]);
                                        return 1;
                                }

                                i++;
                                break;
                        case 'b':
                        case 'B':                                       // Don't remove muliply defined locals
                                if (bflag)
                                        warn('b', 1);

                                bflag = 1;
                                break;
                        case 'c':
                        case 'C':                                       // Process a command file
                                if (i == argc)
                                {
                                        printf("Not enough arguments to -c\n");
                                        return 1;
                                }

                                if (docmdfile(argv[i++]))
                                {
                                        return 1;
                                }

                                break;
                        case 'd':
                        case 'D':                                       // Wait for "return" before exiting
                                if (dflag)
                                        warn('d', 0);

                                dflag = 1;
                                waitflag = 1;
                                break;
                        case 'e':
                        case 'E':                                       // Output COFF (absolute only)
                                cflag = 1;
                                break;
                        case 'g':
                        case 'G':                                       // Output source level debugging
                                printf("\'g\' flag not currently implemented\n");
                                gflag = 0;
                                /*
                                if (gflag) warn('g', 1);
                                gflag = 1;
                                */
                                break;
                        case 'i':
                        case 'I':                                       // Include binary file
                                if (i + 2 > argc)
                                {
                                        printf("Not enough arguments to -i\n");
                                        return 1;
                                }

                                ifile = argv[i++];
                                isym = argv[i++];

                                // handle -ii (No truncation)
                                if ((argv[i-3][2] == 'i') || (argv[i-3][2] == 'I'))
                                {
                                        if (!cflag)
                                                printf("warning: (-ii) COFF format output not specified\n");
                                }
                                // handle -i (Truncation)
                                else
                                {
                                        if (strlen(isym) > 7)
                                                isym[7] = '\0';
                                }

                                // Place include files in the DATA segment only
                                if (DoFile(ifile, DSTSEG_D, isym))
                                        return 1;

                                break;
                        case 'l':
                        case 'L':                                       // Add local symbols
                                if (lflag)
                                        warn('l', 1);

                                lflag = 1;
                                break;
                        case 'm':
                        case 'M':                                       // Produce load symbol map
                                if (mflag)
                                        warn('m', 1);

                                mflag = 1;
                                break;
                        case 'n':
                        case 'N':                                       // Output no header to .abs file
                                if (noheaderflag)
                                        warn('n', 1);

                                noheaderflag = 1;
                                break;
                        case 'o':
                        case 'O':                                       // Specify an output file
                                if (oflag)
                                        warn('o', 1);

                                oflag = 1;

                                if (i >= argc)
                                {
                                        printf("No output filename following -o switch\n");
                                        return 1;
                                }

                                if (strlen(argv[i]) > FARGSIZE - 5)
                                {
                                        printf("Output file name too long (sorry!)\n");
                                        return 1;
                                }

                                strcpy(ofile, argv[i++]);
                                break;
                        case 'r':
                        case 'R':                                       // Section alignment size
                                if (rflag)
                                        warn('r', 1);

                                rflag = 1;

                                switch (argv[i-1][2])
                                {
                                        case 'w': case 'W': secalign = 1;  break; // Word alignment
                                        case 'l': case 'L': secalign = 3;  break; // Long alignment
                                        case 'p': case 'P': secalign = 7;  break; // Phrase alignment
                                        case 'd': case 'D': secalign = 15; break; // Double phrase alignment
                                        case 'q': case 'Q': secalign = 31; break; // Quad phrase alignment
                                        default:            secalign = 7;  break; // Default phrase alignment
                                }

                                break;
                        case 's':
                        case 'S':                                       // Output only global symbols
                                if (sflag)
                                        warn('s', 1);

                                sflag = 1;
                                break;
                        case 'v':
                        case 'V':                                       // Verbose information
                                if (!vflag && !versflag)
                                {
                                        display_version();
                                }

                                vflag++;
                                break;
                        case 'w':
                        case 'W':                                       // Show warnings flag
                                if (wflag)
                                        warn('w', 1);

                                wflag = 1;
                                break;
                        case 'z':
                        case 'Z':                                       // Suppress banner flag
                                if (zflag)
                                        warn('z', 1);

                                zflag = 1;
                                break;
                        default:
                                printf("unknown option argument `%c'\n", c);
                                return 1;
                        }
                }
                else
                {
                        // Not a switch, then process as a file
                        if (DoFile(argv[i++], 0, NULL))
                                return 1;
                }
        }

        if (!oflag && vflag)
        {
                strcpy(ofile, "output");
                printf("Output file is %s[.ext]\n", ofile);
        }

        if (oflag && vflag)
                printf("Output file is %s\n", ofile);

        if (sflag)
                lflag = 0;

        // No problems encountered
        return 0;
}


//
// Display Version Information
//
void display_version(void)
{
        if (displaybanner)// && vflag)
        {
                printf("\nReboot's Linker for Atari Jaguar\n");
                printf("Copyright (c) 199x Allan K. Pratt, 2014 Reboot\n");
                printf("V%i.%i.%i %s (%s)\n\n", MAJOR, MINOR, PATCH, __DATE__, PLATFORM);
        }
}


//
// Display Command Line Help
//
void display_help(void)
{
        printf("Usage:\n");
        printf("    %s [-options] file(s)\n", cmdlnexec);
        printf("\n");
        printf("Options:\n");
        printf("   -? or -h                display usage information\n");
        printf("   -a <text> <data> <bss>  output absolute file\n");
        printf("                           hex value: segment address\n");
        printf("                           r: relocatable segment\n");
        printf("                           x: contiguous segment\n");
        printf("   -b                      don't remove multiply defined local labels\n");
        printf("   -c <fname>              add contents of <fname> to command line\n");
        printf("   -d                      wait for key after link\n");
        printf("   -e                      output COF absolute file\n");
        printf("   -g                      output source-level debugging\n");
        printf("   -i <fname> <label>      incbin <fname> and set <label>\n");
        printf("   -l                      add local symbols\n");
        printf("   -m                      produce load symbols map\n");
        printf("   -n                      output no file header to .abs file\n");
        printf("   -o <fname>              set output name\n");
        printf("   -r<size>                section alignment size\n");
        printf("                           w: word (2 bytes)\n");
        printf("                           l: long (4 bytes)\n");
        printf("                           p: phrase (8 bytes, default alignment)\n");
        printf("                           d: double phrase (16 bytes)\n");
        printf("                           q: quad phrase (32 bytes)\n");
        printf("   -s                      output only global symbols\n");
        printf("   -v                      set verbose mode\n");
        printf("   -w                      show linker warnings\n");
        printf("   -z                      suppress banner\n");
        printf("\n");
}


//
// Application Exit
//
void rln_exit(void)
{
        char tempbuf[128];
        char * c;

        // Display link status if verbose mode
        if (vflag)
                printf("Link %s.\n", errflag ? "aborted" : "complete");

        // Wait for return key if requested
        if (waitflag)
        {
                printf("\nPress the [RETURN] key to continue. ");
                c = fgets(tempbuf, 128, stdin);
        }

        exit(errflag);
}


//
// Determine Processor Endianess
//
int get_endianess(void)
{
        int i = 1;
        char * p = (char *)&i;

        if (p[0] == 1)
                return ENDIANNESS_LITTLE;

        return ENDIANNESS_BIG;
}


//
// Application Code Starts Here
//
int main(int argc, char * argv[])
{
        char * s = NULL;                                // String pointer for "getenv"
        struct HREC * utemp;                    // Temporary hash record pointer
        struct OHEADER * header;                // Pointer to output header structure

        endian = get_endianess();               // Get processor endianess
        cmdlnexec = argv[0];                    // Obtain executable name
        s = getenv("RLNPATH");

        if (s)                                                  // Attempt to obtain env variable
                strcpy(libdir, s);                      // Store it if found

        // Parse the command line
        if (doargs(argc, argv))
        {
                errflag = 1;
                rln_exit();
        }

        if (!zflag && !vflag)
        {
                display_version();                      // Display version information
                versflag = 1;                           // We've dumped the version banner
        }

        // Load in specified files/objects and add to processing list
        if (ProcessFiles())
        {
                errflag = 1;
                rln_exit();
        }

        // Work in items in processing list & deal with unresolved list
        if (ProcessLists())
        {
                errflag = 1;
                rln_exit();
        }

        // Check that there is something to link
        if (olist == NULL)
        {
                display_help();
                rln_exit();
        }

        // Report unresolved externals
        if (unresolved != NULL)
        {
                printf("UNRESOLVED SYMBOLS\n");

                // Don't list them if two -u's or more
                if (uflag < 2)
                {
                        utemp = unresolved;

                        while (utemp != NULL)
                        {
                                printf("\t%s (",utemp->h_sym);
                                put_name(utemp->h_ofile);
                                printf(")\n");
                                utemp = utemp->h_next;
                        }
                }

                if (!uflag)
                {
                        errflag = 1;
                        rln_exit();
                }
        }

        // Make one output file from input objs
        header = make_ofile();

        if (header == NULL)
        {
                errflag = 1;
                rln_exit();
        }

        // Partial linking
        if (pflag)
        {
                printf("TO DO:Partial linking\n");
                errflag = 1;
        }
        // Relocatable linking
        else if (!aflag)
        {
                printf("TO DO:Relocatable linking\n");
                errflag = 1;
        }
        // Absolute linking
        else
        {
                if (vflag)
                {
                        printf("Absolute linking ");

                        if (cflag)
                                printf("(COF)\n"); 
                        else
                                printf("(ABS)\n");
                }

                if (vflag > 1)
                        printf("Header magic is 0x%04X\n", (unsigned int)header->magic);

                if (write_ofile(header))
                        errflag = 1;
        }

        // Display the loaded symbols map
        if (mflag)
                if (write_map(header))
                        errflag = 1;

        // Display segment size summary
        if (vflag)
        {
                printf("\n");
                printf("+---------+----------+----------+----------+\n");
                printf("| Segment |     TEXT |     DATA |      BSS |\n");
                printf("| Sizes   |----------+----------+----------|\n");
                printf("| (Hex)   | %8X | %8X | %8X |\n", (unsigned int)header->tsize, (unsigned int)header->dsize, (unsigned int)header->bsize);
                printf("+---------+----------+----------+----------+\n\n");
        }

//printf("BIG_ENDIAN = %i, LITTLE_ENDIAN = %i\n", BIG_ENDIAN, LITTLE_ENDIAN);

        free(header);
        rln_exit();
}