//
-// RLN - Reboot's Linker for the Atari Jaguar Console System
-// RLN.C - Application Code
-// Copyright (C) 199x, Allan K. Pratt, 2014 Reboot & Friends
+// RLN - Reboot's Linker for the Atari Jaguar console system
+// Copyright (C) 199x, Allan K. Pratt, 2014-2015 Reboot & Friends
//
#include "rln.h"
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
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
}
-//
-// Debugging detritus
-//
-void DumpOListAndObjSegSizeList(void)
-{
- struct OFILE * o;
- int i;
-
- printf("Object list order:\n");
-
- for(o=olist; o!=NULL; o=o->o_next)
- {
- printf("\t%s\n", o->o_name);
- }
-
- printf("\nobj_segsize[][] list order:\n");
-
- for(i=0; i<(int)obj_index; i++)
- {
- printf("\t%s\n", obj_fname[i]);
- }
-
- printf("\n");
-}
-
-
//
// For this object file, add symbols to the output symbol table after
// relocating them. Returns TRUE if OSTLookup returns an error (-1).
int index;
int j;
struct HREC * hptr;
- unsigned tsoSave, dsoSave, bsoSave;
-
-// DumpOListAndObjSegSizeList();
+ uint32_t tsoSave, dsoSave, bsoSave;
// Point to first symbol record in the object file
char * symptr = (ofile->o_image + 32
// 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
-// N.B. We can get rid of this now that there is a spot in the OFILE for these.
-// Just have to make sure that the order that the linked list is in
-// corresponds to the order shown here...
-// I've proved to my satisfaction that the orders are the same...!
- tsegoffset += obj_segsize[j][0];
- dsegoffset += obj_segsize[j][1];
- bsegoffset += obj_segsize[j][2];
- }
-
- if (ssidx == -1)
- {
- printf("DoSymbols(): Object file missing from obj_fname: %s\n",
- ofile->o_name);
- return 1;
- }
+ uint32_t tsegoffset = ofile->segBase[TEXT];
+ uint32_t dsegoffset = ofile->segBase[DATA];
+ uint32_t bsegoffset = ofile->segBase[BSS];
// Save segment vars, so we can restore them if needed
tsoSave = tsegoffset, dsoSave = dsegoffset, bsoSave = bsegoffset;
continue;
}
- // 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("DoSymbols(): Object file missing from obj_fname: '%s:%s' symbol: '%s' (%s)\n",
- hptr->h_ofile->o_name, hptr->h_ofile->o_arname,
- symend + index, ofile->o_name);
- return 1;
- }
+ tsegoffset = hptr->h_ofile->segBase[TEXT];
+ dsegoffset = hptr->h_ofile->segBase[DATA];
+ bsegoffset = hptr->h_ofile->segBase[BSS];
// Update type with global type
type = hptr->h_type;
- // Remove external flag if absolute
+ // Remove global flag if absolute
if (type == (T_GLBL | T_ABS))
type = T_ABS;
// Process and update the value dependent on whether the symbol is a
// debug symbol or not
- // N.B.: These are currently not supported
+ // N.B.: Debug symbols are currently not supported
if (type & 0xF0000000)
{
// DEBUG SYMBOL
// Set the correct debug symbol base address (TEXT segment)
+#if 0
dbgsymbase = 0;
for(j=0; (unsigned)j<dosymi; j++)
dbgsymbase += obj_segsize[j][0];
+#else
+ dbgsymbase = ofile->segBase[TEXT];
+#endif
switch (type & 0xFF000000)
{
}
}
- // Increment dosymi processsing
- dosymi++;
-
return 0;
}
struct OFILE * otemp; // Object file pointer
int i, j; // Iterators
char himage[0x168]; // Header image (COF = 0xA8)
- unsigned tsoff, dsoff, bsoff; // Segment offset values
+ uint32_t 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
// 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++)
+ for(otemp=olist; otemp!=NULL; otemp=otemp->o_next)
{
- dsoff += obj_segsize[i][0]; // Adding TEXT segment sizes
- bsoff += obj_segsize[i][0] + obj_segsize[i][1]; // Adding TEXT and DATA segment sizes
+ dsoff += otemp->segSize[TEXT];
+ bsoff += otemp->segSize[TEXT] + otemp->segSize[DATA];
}
// Currently this only builds a COF absolute file. Conditionals and
case 0x08000000: abstype = (short)ABST_DEFINED | ABST_BSS; break;
case 0x09000000: abstype = (short)ABST_DEFINED | ABST_GLOBAL | ABST_BSS; break;
default:
- printf("warning (WriteOutputFile): ABS, cannot determine symbol type ($%08X)\n", type);
- type = 0;
+ printf("warning (WriteOutputFile): ABS, cannot determine symbol type ($%08X) [%s]\n", type, symbol);
+// type = 0;
break;
}
}
}
- // Close the file
if (fclose(fd))
{
- printf("Close error on output file %s\n",ofile);
+ printf("Close error on output file %s\n", ofile);
return 1;
}
// 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'.
+// still in the ofile images hanging off the global 'olist'.
//
-struct OHEADER * MakeOutputFile()
+struct OHEADER * MakeOutputObject()
{
unsigned tptr, dptr, bptr; // Bases in runtime model
int ret = 0; // Return value
// 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 the object is unused, discard it...
+ if ((otemp->o_flags & O_USED) == 0)
{
- if ((otemp->o_flags & O_USED) == 0)
+ if (wflag)
{
- if (wflag)
- {
- printf("Unused object file ");
- WriteARName(otemp);
- printf(" discarded.\n");
- }
-
- // Drop the entry from the linked list
- if (oprev == NULL)
- olist = otemp->o_next;
- else
- oprev->o_next = otemp->o_next;
-
- // Free the object entry if it's not an archive file
- if (!otemp->isArchiveFile)
- free(otemp->o_image);
-
- // 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("ยป-> removing %s... (index == %i, len == %i)\n", obj_fname[i], i, obj_index - 1);
+ printf("Unused object file ");
+ WriteARName(otemp);
+ printf(" discarded.\n");
+ }
- int k;
+ // Drop the entry from the linked list
+ if (oprev == NULL)
+ olist = otemp->o_next;
+ else
+ oprev->o_next = otemp->o_next;
- 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];
- }
+ // Free the object entry if it's not an archive file
+ if (!otemp->isArchiveFile)
+ free(otemp->o_image);
+ }
+ else
+ {
+ // Save accumulated addresses in the object
+ otemp->segBase[TEXT] = textsize;
+ otemp->segBase[DATA] = datasize;
+ otemp->segBase[BSS] = bsssize;
- 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;
- }
+ // 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 inject the symbols _TEXT_E, _DATA_E and _BSS_E
}
else
{
- // DATA is independant of TEXT
+ // DATA is independent of TEXT
dbase = dval;
if (!bval)
bbase = bval;
}
+ // Inject segment end labels, for C compilers that expect this shite
OSTAdd("_TEXT_E", 0x05000000, tbase + textsize);
OSTAdd("_DATA_E", 0x07000000, dbase + datasize);
OSTAdd("_BSS_E", 0x09000000, bbase + bsssize);
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;
- }
+ 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
if (DoSymbols(otemp))
return NULL;
- if (otemp->o_flags & O_ARCHIVE)
- {
- struct OFILE * oNext = otemp->o_next;
-
- // Now that the archive is marked, remove it from list
- if (oprev == NULL)
- olist = otemp->o_next;
- else
- oprev->o_next = otemp->o_next;
-
- if (otemp->o_image && !otemp->isArchiveFile)
- free(otemp->o_image);
-
- free(otemp);
- otemp = oNext;
- }
- else
- {
- oprev = otemp;
- otemp = otemp->o_next;
- }
+ oprev = otemp;
+ otemp = otemp->o_next;
}
// Places all the externs, globals etc into the output symbol table
if (header == NULL)
{
- printf("MakeOutputFile: out of memory!\n");
+ printf("MakeOutputObject: out of memory!\n");
return NULL;
}
// 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
- }
+ ret |= RelocateSegment(otemp, T_TEXT); // TEXT segment relocations
+ ret |= RelocateSegment(otemp, T_DATA); // DATA segment relocations
}
// Done with global symbol hash tables
}
-//
-// Find the index in the obj_segsize table for the passed in filename
-//
-int GetObjSegSizeIndex(char * name)
-{
- int i;
-
- for(i=0; i<(int)obj_index; i++)
- {
- if (strcmp(name, obj_fname[i]) == 0)
- // Object file name was found!
- return i;
- }
-
- return -1;
-}
-
-
//
// Add the imported symbols from this file to unresolved, and the global and
// common (???) symbols to the exported hash table.
}
else if (type == T_GLBL)
{
- // External symbol that is *not* in the current unit
- // N.B.: Also, could be common symbol *in* current unit...!
+ // Global symbol that may or may not be in the current unit
hptr = LookupHREC(sstr + index);
if (hptr != NULL)
// Otherwise, *maybe* add to unresolved list
else
{
- // Check to see if this is a common symbol; if so, try to add
- // it to the hash list...
+ // Check to see if this is a common symbol; if so, add it to
+ // the hash list...
if (value != 0)
{
// Actually, we need to convert this to a BSS symbol,
// increase the size of the BSS segment for this object, &
// add it to the hash list
- uint32_t valueSave = value;
uint32_t bssLocation = Ofile->o_header.tsize + Ofile->o_header.dsize + Ofile->o_header.bsize;
Ofile->o_header.bsize += value;
+ Ofile->segSize[BSS] += value;
type |= T_BSS;
value = bssLocation;
PutLong(sfix + 4, type);
PutLong(sfix + 8, value);
- // Also need to reset the size of the object's BSS section:
- int i = GetObjSegSizeIndex(Ofile->o_name);
-//printf("AddSymbols: obj_segsize[%i][BSS] = %d (value = %d)\n", i, obj_segsize[i][BSS], value);
- obj_segsize[i][BSS] += valueSave; // need to realign the section, but only *after* all the common symbols have been added from this unit... !!! FIX !!!
-// obj_segsize[obj_index][2] = (GetLong(ptr + 12) + secalign) & ~secalign;
-
if (vflag > 1)
printf("AddSymbols: Resetting common label to BSS label\n");
sstr + index, Ofile, value, type))
return 1; // Error if addition failed
}
- // Check for built-in externals...
+ // Make sure it's not a built-in external...
else if ((strcmp(sstr + index, "_TEXT_E") != 0)
&& (strcmp(sstr + index, "_DATA_E") != 0)
&& (strcmp(sstr + index, "_BSS_E") != 0))
}
// Check archive name length
- if (strlen(obj->o_arname) > FNLEN - 1)
+ if (strlen(obj->o_arname) > (FNLEN - 1))
{
printf("Archive name too long: %s\n", obj->o_arname);
return 1;
Ofile->o_flags = obj->o_flags;
Ofile->o_image = obj->o_image;
Ofile->isArchiveFile = obj->isArchiveFile;
+ Ofile->segSize[TEXT] = obj->segSize[TEXT];
+ Ofile->segSize[DATA] = obj->segSize[DATA];
+ Ofile->segSize[BSS] = obj->segSize[BSS];
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;
+ 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);
- if ((Ofile->o_header.dsize & 7) && wflag)
- {
- printf("Warning: data segment size of ");
- WriteARName(Ofile);
- printf(" is not a phrase multiple\n");
- }
+ // Round BSS off to alignment boundary (??? isn't this already done ???)
+ Ofile->o_header.bsize = (Ofile->o_header.bsize + secalign) & ~secalign;
- // 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 ");
- WriteARName(Ofile);
- printf("; link aborted.\n");
- return 1;
- }
+ if ((Ofile->o_header.dsize & 7) && wflag)
+ {
+ printf("Warning: data segment size of ");
+ WriteARName(Ofile);
+ printf(" is not a phrase multiple\n");
+ }
- if (AddSymbols(Ofile))
- return 1;
+ // 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 ");
+ WriteARName(Ofile);
+ printf("; link aborted.\n");
+ return 1;
}
+ if (AddSymbols(Ofile))
+ return 1;
+
// Add this file to the olist
if (olist == NULL)
olist = Ofile;
// 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)
+// 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)
//
char * ptr, * sptr;
int i;
unsigned symtype = 0;
+ uint32_t tSize = 0, dSize = 0, bSize = 0;
long fsize = FileSize(handle); // Get size of include file
long dsize = (fsize + secalign) & ~secalign; // Align size to boundary
close(handle);
- strcpy(obj_fname[obj_index], PathTail(fname));
-
// Build this image's dummy header
PutLong(ptr, 0x00000107); // Magic number
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;
+ tSize = dsize;
}
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;
+ dSize = dsize;
}
- 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(sptr, 0L); // Terminating long for object file
- return AddToProcessingList(ptr, fname, nullStr, 0, obj_segsize[obj_index - 1][0], obj_segsize[obj_index - 1][1], obj_segsize[obj_index - 1][2]);
+ return AddToProcessingList(ptr, fname, nullStr, 0, tSize, dSize, bSize);
}
//
int LoadObject(char * fname, int fd, char * ptr)
{
+ uint32_t tSize = 0, dSize = 0, bSize = 0;
+
if (ptr == NULL)
{
long size = FileSize(fd);
return 1;
}
- // SCPCD: get the name of the file instead of all pathname
- strcpy(obj_fname[obj_index], PathTail(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
+ tSize = (GetLong(ptr + 4) + secalign) & ~secalign;
+ dSize = (GetLong(ptr + 8) + secalign) & ~secalign;
+ bSize = (GetLong(ptr + 12) + secalign) & ~secalign;
+ close(fd);
}
// 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, obj_segsize[obj_index - 1][0], obj_segsize[obj_index - 1][1], obj_segsize[obj_index - 1][2]);
+ return AddToProcessingList(ptr, fname, nullStr, 0, tSize, dSize, bSize);
}
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++;
+ uint32_t tSize = (GetLong(ptr + 60 + 4) + secalign) & ~secalign;
+ uint32_t dSize = (GetLong(ptr + 60 + 8) + secalign) & ~secalign;
+ uint32_t bSize = (GetLong(ptr + 60 + 12) + secalign) & ~secalign;
- if (AddToProcessingList(ptr + 60, objName, fname, 1, obj_segsize[obj_index - 1][0], obj_segsize[obj_index - 1][1], obj_segsize[obj_index - 1][2]))
+ if (AddToProcessingList(ptr + 60, objName, fname, 1, tSize, dSize, bSize))
return 1;
}
void ExitLinker(void)
{
char tempbuf[128];
- char * c;
// Display link status if verbose mode
if (vflag)
if (waitflag)
{
printf("\nPress the [RETURN] key to continue. ");
- c = fgets(tempbuf, 128, stdin);
+ char * c = fgets(tempbuf, 128, stdin);
}
exit(errflag);
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
-
cmdlnexec = argv[0]; // Obtain executable name
- s = getenv("RLNPATH");
+ char * s = getenv("RLNPATH"); // Attempt to obtain env variable
- if (s) // Attempt to obtain env variable
+ if (s)
strcpy(libdir, s); // Store it if found
// Initialize some vars
if (!zflag && !vflag)
{
- ShowVersion(); // Display version information
+ ShowVersion(); // Display version information
versflag = 1; // We've dumped the version banner
}
// Don't list them if two -u's or more
if (uflag < 2)
{
- utemp = unresolved;
+ struct HREC * utemp = unresolved;
while (utemp != NULL)
{
}
}
- // Make one output file from input objs
- header = MakeOutputFile();
+ // Make one output object from input objects
+ struct OHEADER * header = MakeOutputObject();
if (header == NULL)
{
// Partial linking
if (pflag)
{
- printf("TO DO:Partial linking\n");
+ printf("TO DO: Partial linking\n");
errflag = 1;
}
// Relocatable linking
else if (!aflag)
{
- printf("TO DO:Relocatable linking\n");
+ 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");
- }
+ printf("Absolute linking (%s)\n", (cflag ? "COF" : "ABS"));
if (vflag > 1)
printf("Header magic is 0x%04X\n", (unsigned int)header->magic);
projects / rln / blobdiff