LISTING.CPP

/***********************************************************************
 *
 *		LISTING.C
 *		Listing File Routines for 68000 Assembler
 *
 *    Function: initList()
 *		Opens the specified listing file for writing. If the
 *		file cannot be opened, then the routine prints a
 *		message and exits.
 *
 *		listLine(char text[])
 *		Writes the specified line to the listing file. If
 *		the line is not a continuation, then the routine 
 *		includes the source line as the last part of the
 *		listing line. If an error occurs during the writing, 
 *		the routine prints a message and exits.
 *
 *		listLoc()
 *		Starts the process of assembling a listing line by 
 *		printing the location counter value into listData and
 *		initializing listPtr.
 *
 *		listObj()
 *		Prints the data whose size and value are specified in
 *		the object field of the current listing line. Bytes are
 *		printed as two digits, words as four digits, and
 *		longwords as eight digits, and a space follows each
 *		group of digits. 
 *		     If the item to be printed will not fit in the
 *		object code field, one of two things will occur. If
 *		CEXflag is TRUE, then the current listing line will be
 *		output to the listing file and the data will be printed
 *		on a continuation line. Otherwise, elipses ("...") will
 *		be printed to indicate the omission of values from the
 *		listing, and the data will not be added to the file. 
 *
 *	 Usage: initList(name)
 *		char *name;
 *
 *		listLine(line)
 *
 *		listLoc()
 *
 *		listObj(data, size)
 *		int data, size;
 *
 *      Author: Paul McKee
 *		ECE492    North Carolina State University
 *
 *        Date:	12/13/86
 *
 *    Modified: Charles Kelly
 *              Monroe County Community College
 *              http://www.monroeccc.edu/ckelly
 *
 ************************************************************************/


// include <vcl.h>
#include <stdio.h>
#include <ctype.h>
// include "editorOptions.h"
// #include "texts.h"
// include "mainS.h"
#include "asm.h"

/* Declarations of global variables */
extern int	loc;
extern bool pass2, CEXflag, continuation;
extern bool CREflag, offsetMode, showEqual;
extern char line[256];
extern FILE *listFile;
extern int lineNum;
extern int lineNumL68;

//static
 char listData[49];      /* Buffer in which listing lines are assembled */

extern char *listPtr;	       /* Pointer to above buffer (this pointer is
				  global because it is actually manipulated
				  by equ() and set() to put specially formatted
				  information in the listing) */

extern int errorCount, warningCount;	/* Number of errors and warnings */
extern char buffer[256];  //ck used to form messages for display in windows
extern char numBuf[20];
extern unsigned int startAddress;     // starting address of program

extern tabTypes tabType;
bool createdL68;                // true when L68 (listing) file is created

int initList(char *name)
{
  try {
    createdL68 = false;
    listFile = fopen(name, "w");
    if (!listFile) {
      sprintf(buffer,"Unable to create listing file");
      //Application->MessageBox(buffer, "Error", MB_OK);
        fprintf(stderr,"%s\n",buffer);
      return MILD_ERROR;
    }
    if (!listPtr) listPtr=listData;

    //  TDateTime DateTime = Time();  // store the current date and time
    // RA vvv added OS agnostic #ifdefs, On Windows it's like this: 'Created On: 4/29/2019 8:47:37 PM'
    #if 0
      AnsiString timeStr = DateTimeToStr(Now()); // date & time to a string
    #else
      #include <time.h>       // The format of this is not "4/29/2019 8:47:37 PM", it's "Mon Apr 29 20:47:37 2019"
                              // will rewrite this if it's an issue, but I think it's only for the LISTING and it isn't parsed elsewhere
        time_t rawtime;
        struct tm * timeinfo;
        time (&rawtime);
        timeinfo = localtime (&rawtime);
        AnsiString timeStr=(string)(asctime(timeinfo));
      #endif
    // reserve room for starting address
    fprintf(listFile, "00000000 Starting Address\n");

    fprintf(listFile, "Assembler used: %s\n", TITLE);
    fprintf(listFile, "Created On: %s\n\n", timeStr.c_str());

    createdL68 = true;
    return NORMAL;
  }
  catch( ... ) {
    sprintf(buffer, "ERROR: An exception occurred in routine 'initList'. \n");
    printError(NULL, EXCEPTION, 0);
    return MILD_ERROR;
  }
}

int listLine(char text[], char lineIdent[])   // ck 4-2006 lineIdent[]
{
  // FixedTabSize->Value
  try {
    if (!createdL68)
      return NORMAL;
//RA//    TTextStuff *Active = (TTextStuff*)Main->ActiveMDIChild; //grab active mdi child
    fprintf(listFile, "%-32.32s", listData);
    if (!continuation) {
      // replace tab with spaces
      int i=0, j=0, k, t;
      while (text[i] && j < 255-8) {
	if (text[i] == '\t') {          // if tab
//RA//          if (Active->Project.TabType == Assembly) {
          if (true) {
            if (j <= TAB1)
              t = TAB1 - j;
            else if (j <= TAB2)
              t = TAB2 - j;
            else
              t = TAB3 - j;
          } //else {                      // else fixed tabs
            //t = Active->Project.TabSize - (j % Active->Project.TabSize);
            //}
          for (k=0; k<t; k++)       // replace with spaces
	    buffer[j++] = ' ';
        } else
          buffer[j++] = text[i];        // else, copy character
        i++;
      }
      if (j>0 && buffer[j-1] != '\n')   // if line does not end in '\n'
        buffer[j++] = '\n';             // add it
      buffer[j] = '\0';

      if (lineIdent[0])                 // if line identifier
        fprintf(listFile, "%6d%s %s", lineNumL68, lineIdent, buffer);
      else
        fprintf(listFile, "%6d  %s", lineNumL68, buffer);
    } else
      putc('\n', listFile);

    if (ferror(listFile)) {
      sprintf(buffer,"Error writing to listing file\n");
      //Application->MessageBox(buffer, "Error", MB_OK);
        fprintf(stderr,"%s\n",buffer);
      return MILD_ERROR;
    }
    lineNumL68++;
  }
  catch( ... ) {
    sprintf(buffer, "ERROR: An exception occurred in routine 'listLine'. \n");
    printError(NULL, EXCEPTION, 0);
    return MILD_ERROR;
  }

  return NORMAL;
}


int listLoc()
{
  if (!listPtr) listPtr=listData; // prevent crash RA

  if (offsetMode || showEqual)
    sprintf(listData, "%08X= ", loc); //RA warning: format ‘%lX’ expects argument of type ‘long unsigned int’, but argument 3 has type ‘int’
  else
    sprintf(listData, "%08X  ", loc); // RA
  listPtr = listData + 10;

  return NORMAL;
}

// Lists the value of skipCond
// when skipCond is True the conditional test was False
int listCond(bool cond)
{
  if (!listPtr) listPtr=listData; // prevent crash RA
  if (cond)
    sprintf(listPtr,"               %s ","FALSE");
  else
    sprintf(listPtr,"               %s ","TRUE");

  return NORMAL;
}

// List error message
// Errors are always written to file if possible
// They are not turned off by NOLIST directive
int listError(char *lineNum, char *errMsg)
{
  if (!createdL68)
    return NORMAL;
  fprintf(listFile, "%s", lineNum);         // write line number to file // RA warning: format not a string literal and no format arguments [-Wformat-security]
  fprintf(listFile, "%s", errMsg);          // write error message to file // RA
  return NORMAL;
}

// List text
int listText(const char *text)
{
  if (!createdL68)
    return NORMAL;
  fprintf(listFile, "%s", text);           // write text to file // RA warning: format not a string literal and no format arguments [-Wformat-security]
  return NORMAL;
}

int listObj(int data, int size)
{
  if (!CEXflag && (listPtr - listData + size > 31)) {
    strcpy(listData + ((size == WORD_SIZE) ? 26 : 28), "...");
    return NORMAL;
  }
  if (CEXflag && (listPtr - listData + size > 31)) {
    listLine(line);
    strcpy(listData, "          ");
    listPtr = listData + 10;
    continuation = true;
  }
  switch (size) {
    case BYTE_SIZE: sprintf(listPtr, "%02X ", (unsigned int)(data & 0xFF)); // RA 
      listPtr += 3;
      break;
    case WORD_SIZE: sprintf(listPtr, "%04X ", (unsigned int)(data & 0xFFFF)); // RA
      listPtr += 5;
      break;
    case LONG_SIZE: sprintf(listPtr, "%08X ", data); // RA
      listPtr += 9;
      break;
    default: sprintf(buffer,"LISTOBJ: INVALID SIZE CODE!\n");
      //Application->MessageBox(buffer, "Error", MB_OK);
        fprintf(stderr,"%s\n",buffer);
      return MILD_ERROR;
  }

  return NORMAL;
}


int finishList()
{
  try {
    if (!createdL68)
      return NORMAL;
    putc('\n', listFile);
    if (errorCount > 0)
      fprintf(listFile, "%d error%s detected\n", errorCount,
                          (errorCount > 1) ? "s" : "");
    else {
      //***** DO NOT CHANGE THIS TEXT *****
      // "No error" is used by simulator to find the end of the code in the listing
      fprintf(listFile, "No errors detected\n");
    }
    if (warningCount > 0)
      fprintf(listFile, "%d warning%s generated\n", warningCount,
                          (warningCount > 1) ? "s" : "");
    else
      fprintf(listFile, "No warnings generated\n");

    // If OPT CRE Display Symbol Table ?
    if (CREflag)
      optCRE();   // Write symbol table to listing file

    // write starting address to first line of file
    rewind(listFile);                     // rewind to start of file
    fprintf(listFile, "%08X", startAddress);

    fclose(listFile);
    return NORMAL;
  }
  catch( ... ) {
    fclose(listFile);
    sprintf(buffer, "ERROR: An exception occurred in routine 'finishList'. \n");
    printError(NULL, EXCEPTION, 0);
    return MILD_ERROR;
  }
}