static struct procdata_s *regm_Pass1Node(poffHandle_t hPoff,
uint32_t dwStartOffset,
uint32_t pdwEndOffset,
uint8_t chTerminator)
{
struct procdata_s *pNode;
uint32_t dwActualEndOffset;
TRACE(stderr, "[regm_Pass1Node]");
/* Create a container for the proc/func body, and read the data */
pNode = regm_CreateProgSection();
/* Check if there is a jump at the beginning of the segment */
pNode->section[0].dwOffset = dwStartOffset;
pNode->section[1].dwOffset = regm_CheckSection1(hPoff, dwStartOffset);
/* Read all of the p-codes associated with the node */
dwActualEndOffset = regm_ReadNodePCodes(pNode, hPoff,
pNode->section[1].dwOffset,
pdwEndOffset, chTerminator);
/* Now calculate the size of each part of the program section */
pNode->section[1].dwSize = dwActualEndOffset - pNode->section[1].dwOffset;
if (pNode->section[0].dwOffset == pNode->section[1].dwOffset)
pNode->section[0].dwSize = 0;
else
pNode->section[0].dwSize = 5;
/* Associate debug info with the program section. */
pNode->pFuncInfo = poffFindDebugFuncInfo(pNode->section[0].dwOffset);
if (!pNode->pFuncInfo)
{
/* This debug information should always be present at this
* point. We will need it.
*/
fatal(ePOFFCONFUSION);
}
return pNode;
}
static void dumpProgramData(poffHandle_t poffHandle)
{
poffLibLineNumber_t *lastln; /* Previous line number reference */
poffLibLineNumber_t *ln; /* Current line number reference */
poffLibDebugFuncInfo_t *dfi; /* Current line debug info */
uint32_t pc; /* Program counter */
int opSize; /* Size of the opcode */
int inch; /* Input char */
OPTYPE op; /* opcode */
/* Read the line number entries from the POFF file */
poffReadLineNumberTable(poffHandle);
/* Read the debug function information from the POFF file */
poffReadDebugFuncInfoTable(poffHandle);
/* Dump the program data section -- DumpProgramData Loop */
pc = 0;
lastln = NULL;
while ((inch = poffGetProgByte(poffHandle)) != EOF)
{
/* Get opcode arguments (if any) */
op.op = inch;
opSize = 1;
if (inch & o32)
{
uint32_t arg;
/* Handle 32-bits in big endian byte stream */
arg = poffGetProgByte(poffHandle) << 24;
arg |= poffGetProgByte(poffHandle) << 16;
arg |= poffGetProgByte(poffHandle) << 8;
arg |= poffGetProgByte(poffHandle);
op.arg = arg;
opSize += 4;
}
/* Check for debug information associated with this line */
dfi = poffFindDebugFuncInfo(pc);
if (dfi)
{
int i;
if (dfi->retsize)
{
printf("\nFUNCTION ENTRY: return size=%ld nparms=%ld\n",
dfi->retsize, dfi->nparms);
}
else
{
printf("\nPROCEDURE ENTRY: nparms=%ld\n", dfi->nparms);
}
for (i = 0; i < dfi->nparms; i++)
{
printf("Argument %2d: size=%ld\n", i, dfi->argsize[i]);
}
}
/* Find the line number associated with this line */
ln = poffFindLineNumber(pc);
if ((ln) && (ln != lastln))
{
/* Print the line number line */
printf("\n%s:%ld\n", ln->filename, ln->lineno);
/* This will suppress reporting the same line number
* repeatedly.
*/
lastln = ln;
}
/* Print the address then the opcode on stdout */
fprintf(stdout, "%08lx ", pc);
insn_DisassemblePCode(stdout, &op);
/* Bump the PC to the next address */
pc += opSize;
} /* end while */
/* Release buffers associated with line number and debug information */
poffReleaseLineNumberTable();
poffReleaseDebugFuncInfoTable();
} /* end dumpProgramData */
