void dumpSymbols(FILE *out)
{
fprintf(out, "%s::\n", "Globals and autos");
dumpSymbolTable(out, global, 0);
fprintf(out, "%s::\n", "Constants");
dumpSymbolTable(out, constants, 1);
}
void
outputObjectFile()
{
void outputPartition();
void outputReferenceInfo();
void outputSymbolTableInfo();
void outputAbsoluteCode();
void outputRelocatableCode();
void outputReservations();
void outputExpressions();
void outputFunctions();
void dumpSymbolTable();
void enumerateAndCountSymbols();
if (debug || emitPrint)
printCodeBuffers();
outputPartition();
outputAbsoluteCode();
if (produceLinkableObject) {
outputPartition();
outputRelocatableCode();
outputPartition();
outputReservations();
outputPartition();
enumerateAndCountSymbols();
outputReferenceInfo();
outputSymbolTableInfo();
outputExpressions();
outputFunctions();
}
if (symbolTableDumpOn)
dumpSymbolTable();
fclose(objectFileOutput);
}
// this is called between passes and provides the assembler the file
// pointer to use for outputing the object file
//
// it returns the number of errors seen on pass1
//
int betweenPasses(FILE *outf)
{
#if DEBUG
fprintf(stderr, "betweenPasses called\n");
dumpSymbolTable();
dump_funcs( func_list );
//dump_handler_list( handler_list );
#endif
//verify_handler_list( handler_list );
#if PRINT_DEFINED_LABELS
printDefinedLabels();
#endif
// remember the file pointer to use
fp = outf;
// update the pass number
currentPass = 2;
// check if memory will overflow
if (currentLength > 0xFFFFF)
{
error("program consumes more than 2^20 words");
errorCount += 1;
}
// check for errors concerning addresses
checkForAddressErrors();
// check for errors concerning import and export
errorCount += checkForImportExportErrors();
// if no errors, output headers and then insymbol and outsymbol section
if (!errorCount)
{
output_header();
//outputInsymbols();
//outputOutsymbols();
}
// reset currentLength for pass2
currentLength = 0;
return errorCount;
}
