static void DumpFunction(const Proto* f, const TString* p, DumpState* D)
{
DumpString((f->source==p || D->strip) ? NULL : f->source,D);
DumpInt(f->linedefined,D);
DumpInt(f->lastlinedefined,D);
DumpChar(f->nups,D);
DumpChar(f->numparams,D);
DumpChar(f->is_vararg,D);
DumpChar(f->maxstacksize,D);
DumpCode(f,D);
DumpConstants(f,D);
DumpDebug(f,D);
}
static void DumpFunction(const Proto* f, DumpState* D)
{
int i;
DumpInt(f->linedefined,D);
DumpInt(f->lastlinedefined,D);
DumpChar(f->numparams,D);
DumpChar(f->is_vararg,D);
DumpChar(f->maxstacksize,D);
DumpInt(f->sizecode,D);
for (i=0; i<f->sizecode; i++) DumpUInt(f->code[i],D);
DumpConstants(f,D);
DumpUpvalues(f,D);
DumpDebug(f,D);
}
static void DumpFunction(const Proto* f, const TString* p, DumpState* D)
{
DumpString((f->source==p) ? NULL : f->source,D);
DumpInt(f->linedefined,D);
DumpInt(f->lastlinedefined,D);
DumpChar(f->nups,D);
DumpChar(f->numparams,D);
DumpChar(f->is_vararg,D);
DumpChar(f->maxstacksize,D);
if (D->strip) DumpInt(0,D); else DumpLines(f,D);
if (D->strip) DumpInt(0,D); else DumpLocals(f,D);
if (D->strip) DumpInt(0,D); else DumpUpvalues(f,D);
DumpConstants(f,D);
DumpCode(f,D);
}
static void DumpIndent( int i )
/*********************************/
{
while( --i >= 0 ) {
DumpChar( ' ' );
}
}
int main()
{
LOGFILE.open("lab2_part1.log",ios::trunc);
if (LOGFILE.is_open())
LOGFILE << POS_IN_PROGRAM << "start of logging" << endl;
else
{
cout << "Unable to open file for logging.";
return 1;
}
// now all your regular stuff can go here
char c_array[5];
int i_array[5];
string intMsg = "Populate the int array with values.";
string charMsg = "Populate the char array with values.";
string dmpIntMsg = "Dump the data in the int array";
string dmpCharMsg = "Dump the data in the char array";
PromptForInt(intMsg, i_array);
PromptForChar(charMsg, c_array);
DumpInt(dmpIntMsg, i_array);
DumpChar(dmpCharMsg, c_array);
// close the logfile and exit
LOGFILE.close();
return 0;
}
static void DoOffset( unsigned_32 o ) {
/*****************************************/
DumpChar( '\t' );
Dump8h( o );
DumpNL();
}
static void DumpNumber(lua_Number x, DumpState* D)
{
/*
http://stackoverflow.com/questions/14954088/how-do-i-handle-byte-order-differences-when-reading-writing-floating-point-types/14955046#14955046
10-byte little-endian serialized format for double:
- normalized mantissa stored as 64-bit (8-byte) signed integer:
negative range: (-2^53, -2^52]
zero: 0
positive range: [+2^52, +2^53)
- 16-bit (2-byte) signed exponent:
range: [-0x7FFE, +0x7FFE]
Represented value = mantissa * 2^(exponent - 53)
Special cases:
- +infinity: mantissa = 0x7FFFFFFFFFFFFFFF, exp = 0x7FFF
- -infinity: mantissa = 0x8000000000000000, exp = 0x7FFF
- NaN: mantissa = 0x0000000000000000, exp = 0x7FFF
- +/-0: only one zero supported
*/
double y=(double)x,m;
unsigned char z[8];
long long im;
int ie;
if (luai_numisnan(NULL,x)) { DumpChar(0,D); /* NaN */ return; }
else if (x == LUA_INFINITY) { DumpChar(1,D); /* +inf */ return; }
else if (x == -LUA_INFINITY) { DumpChar(2,D); /* -inf */ return; }
else if (x == 0) { DumpChar(3,D); /* 0 */ return; }
/* Split double into normalized mantissa (range: (-1, -0.5], 0, [+0.5, +1)) and base-2 exponent */
m = frexp(y, &ie); /* y = m * 2^ie exactly for FLT_RADIX=2, frexp() can't fail */
/* Extract most significant 53 bits of mantissa as integer */
m = ldexp(m, 53); /* can't overflow because DBL_MAX_10_EXP >= 37 equivalent to DBL_MAX_2_EXP >= 122 */
im = (long long)trunc(m); /* exact unless DBL_MANT_DIG > 53 */
/* If the exponent is too small or too big, reduce the number to 0 or +/- infinity */
if (ie>0x7FFE)
{
if (im<0) DumpChar(2,D); /* -inf */ else DumpChar(1,D); /* +inf */
return;
}
else if (ie<-0x7FFE) { DumpChar(3,D); /* 0 */ return; }
DumpChar(4,D); /* encoded */
/* Store im as signed 64-bit little-endian integer */
z[0]=(unsigned char)(im&0xFF);
z[1]=(unsigned char)((im>>8)&0xFF);
z[2]=(unsigned char)((im>>16)&0xFF);
z[3]=(unsigned char)((im>>24)&0xFF);
z[4]=(unsigned char)((im>>32)&0xFF);
z[5]=(unsigned char)((im>>40)&0xFF);
z[6]=(unsigned char)((im>>48)&0xFF);
z[7]=(unsigned char)((im>>56)&0xFF);
DumpMem(z,1,8,D);
/* Store ie as signed 16-bit little-endian integer */
z[0]=(unsigned char)(ie&0xFF);
z[1]=(unsigned char)((ie>>8)&0xFF);
DumpMem(z,1,2,D);
}
static void DumpScList( score_list *curr )
/********************************************/
{
DumpLiteral( " " );
switch( curr->info.class ) {
case SC_N_CONSTANT:
DumpChar( '&' );
DumpLong( curr->info.offset );
break;
case SC_N_TEMP:
DumpChar( 't' );
DumpInt( curr->info.symbol.t->v.id );
DumpLiteral( " offset " );
DumpLong( curr->info.offset );
break;
case SC_N_MEMORY:
DumpXString( FEName( curr->info.symbol.p ) );
DumpLiteral( " offset " );
DumpLong( curr->info.offset );
break;
case SC_N_INDEXED:
if( curr->info.base == NULL ) {
;
} else if( curr->info.base->n.class == N_TEMP ) {
DumpChar( 't' );
DumpInt( curr->info.base->t.v.id );
DumpChar( '+' );
} else {
DumpXString( FEName( curr->info.base->v.symbol ) );
DumpChar( '+' );
}
DumpLong( curr->info.offset );
DumpChar( '[' );
DumpRegName( ScoreList[curr->info.index_reg]->reg );
DumpChar( ']' );
break;
case SC_N_INITIAL:
DumpLiteral( "INITIAL(" );
DumpLong( curr->info.offset );
DumpChar( ')' );
break;
case SC_N_VOLATILE:
DumpLiteral( "VOLATILE - Oh No!" );
break;
case SC_N_ADDRESS:
DumpLiteral( "ADDRESS(" );
DumpOperand(curr->info.symbol.p);
DumpChar( ')' );
break;
}
void DumpOpcodeName( int opcode )
/**********************************/
{
if( opcode > OP_BLOCK || opcode < 0 ) {
DumpLiteral( "??????" );
} else {
DumpString( OpcodeList[opcode] );
DumpChar( ' ' );
}
}
static void DumpInv( name *name ) {
/***************************************/
for( ; name != NULL; name = name->n.next_name ) {
if( _ChkLoopUsage( name, VU_INVARIANT ) ) {
DumpOperand( name );
DumpChar( ' ' );
}
}
DumpNL();
}
static void DumpRgSet( hw_reg_set *possible )
/**************************************************/
{
if( possible != NULL ) {
DumpLiteral( " Choices " );
for( ; !HW_CEqual( *possible, HW_EMPTY ); ++possible ) {
DumpRegName( *possible );
DumpChar( ' ' );
}
}
}
static void DoDump( reg_tree *tree, int indent ) {
/****************************************************/
DumpIndent( indent );
DumpRegs( tree->regs );
DumpNL();
DumpIndent( indent );
DumpLiteral( "offset " );
DumpInt( tree->offset );
DumpLiteral( " size " );
DumpInt( tree->size );
DumpNL();
if( tree->temp != NULL ) {
DumpIndent( indent );
DumpLiteral( "name " );
DumpPtr( tree->temp );
DumpChar( ' ' );
DumpSym( tree->temp );
DumpNL();
}
if( tree->alt != NULL ) {
DumpIndent( indent );
DumpLiteral( "alt " );
DumpPtr( tree->alt );
DumpChar( ' ' );
DumpSym( tree->alt );
DumpNL();
}
if( tree->hi != NULL ) {
DumpIndent( indent );
DumpLiteral( "high " );
DumpNL();
DoDump( tree->hi, indent + 4 );
}
if( tree->lo != NULL ) {
DumpIndent( indent );
DumpLiteral( "low " );
DumpNL();
DoDump( tree->lo, indent + 4 );
}
}
static bool LblName( label_handle lbl ) {
/*****************************************/
if( ValidLbl( lbl ) == false ) return( false );
DumpChar( 'L' );
DumpPtr( lbl );
if( lbl->lbl.sym == NULL ) return( true );
DumpChar( '(' );
if( AskIfRTLabel( lbl ) ) {
DumpXString( AskRTName( (rt_class)(pointer_int)lbl->lbl.sym ) );
} else if( AskIfCommonLabel( lbl ) ) {
DumpLiteral( "Common import => [" );
DumpInt( (int)(pointer_int)lbl->lbl.sym );
DumpLiteral( "] " );
} else {
DumpXString( FEName( lbl->lbl.sym ) );
}
DumpChar( ')' );
return( true );
}
extern void DumpInOut( instruction *ins ) {
/*********************************************/
DumpLiteral( " " );
DumpGBit( &ins->head.live.out_of_block );
DumpChar( ' ' );
DumpLBit( &ins->head.live.within_block );
if( !HW_CEqual( ins->head.live.regs, HW_EMPTY ) && !HW_COvlap( ins->head.live.regs, HW_UNUSED ) ) {
DumpLiteral( " " );
DumpRegName( ins->head.live.regs );
}
DumpNL();
}
static void DumpConstants(const Proto* f, DumpState* D)
{
int i,n=f->sizek;
DumpInt(n,D);
for (i=0; i<n; i++)
{
const TValue* o=&f->k[i];
DumpChar(ttype(o),D);
switch (ttype(o))
{
case LUA_TNIL:
break;
case LUA_TBOOLEAN:
DumpChar(bvalue(o),D);
break;
#ifdef LUA_TINT
case LUA_TINT:
DumpInteger(ivalue(o),D);
break;
case LUA_TNUMBER:
DumpNumber(nvalue_fast(o),D);
break;
#else
case LUA_TNUMBER:
DumpNumber(nvalue(o),D);
break;
#endif
case LUA_TSTRING:
DumpString(rawtsvalue(o),D);
break;
default:
lua_assert(0); /* cannot happen */
break;
}
}
n=f->sizep;
DumpInt(n,D);
for (i=0; i<n; i++) DumpFunction(f->p[i],f->source,D);
}
extern void DumpConflicts() {
/*******************************/
conflict_node *conf;
DumpLiteral( "Conflict graph" );
DumpNL();
for( conf = ConfList; conf != NULL; conf = conf->next_conflict ) {
DumpPtr( conf );
DumpChar( ' ' );
DumpAConf( conf );
}
DumpNL();
}
static void DumpConstants(const LuaProto* f, DumpState* D)
{
int n = (int)f->constants.size();
DumpInt(n,D);
for(int i=0; i < n; i++)
{
LuaValue v = f->constants[i];
DumpChar(v.type(),D);
if(v.isBool()) {
DumpChar(v.getBool() ? 1 : 0,D);
} else if(v.isNumber()) {
DumpNumber(v.getNumber(),D);
} else if(v.isString()) {
DumpString(v.getString(),D);
}
}
n = (int)f->subprotos_.size();
DumpInt(n,D);
for (int i=0; i < n; i++) {
DumpFunction(f->subprotos_[i],D);
}
}
static void DumpRegs( hw_reg_set *regs ) {
/********************************************/
int i;
bool first;
DumpLiteral( "Choices " );
if( regs != NULL ) {
first = true;
for( i = REG_COUNT; i > 0; --i ) {
if( !HW_CEqual( *regs, HW_EMPTY ) ) {
if( first ) {
first = false;
} else {
DumpChar( ',' );
}
DumpRegName( *regs );
}
++regs;
}
}
}
static void DumpIntWithSize(int x, int sizeof_int, DumpState* D)
{
/* dump signed integer */
switch(sizeof_int) {
case 1: {
if (x>0x7F || x<(-0x80)) D->status=LUA_ERR_CC_INTOVERFLOW;
DumpChar(x,D);
} break;
case 2: {
if (x>0x7FFF || x<(-0x8000)) D->status=LUA_ERR_CC_INTOVERFLOW;
int16_t y=(int16_t)x;
MaybeByteSwap((char*)&y,2,D);
DumpVar(y,D);
} break;
case 4: {
/* Need to reduce bounds by 1 to avoid messing 32-bit compilers up */
if (x>0x7FFFFFFE || x<(-0x7FFFFFFF)) D->status=LUA_ERR_CC_INTOVERFLOW;
int32_t y=(int32_t)x;
MaybeByteSwap((char*)&y,4,D);
DumpVar(y,D);
} break;
default: lua_assert(0);
}
}
static void DumpSize(uint32_t x, DumpState* D)
{
/* dump unsigned integer */
switch(D->target.sizeof_strsize_t) {
case 1: {
if (x>0xFF) D->status=LUA_ERR_CC_INTOVERFLOW;
DumpChar(x,D);
} break;
case 2: {
if (x>0xFFFF) D->status=LUA_ERR_CC_INTOVERFLOW;
uint16_t y=(uint16_t)x;
MaybeByteSwap((char*)&y,2,D);
DumpVar(y,D);
} break;
case 4: {
/* Reduce bounds to avoid messing 32-bit compilers up */
if (x>0xFFFFFFFE) D->status=LUA_ERR_CC_INTOVERFLOW;
uint32_t y=x;
MaybeByteSwap((char*)&y,4,D);
DumpVar(y,D);
} break;
default: lua_assert(0);
}
}
extern void DumpRegName( hw_reg_set regname ) {
/*************************************************/
bool first;
hw_reg_set name;
first = true;
name = regname;
if( !HW_COvlap( name, HW_UNUSED ) ) {
while( !HW_CEqual( name, HW_EMPTY ) ) {
if( first ) {
first = false;
} else {
DumpChar( ':' );
}
#if _TARGET & _TARG_370
if( Check(&name,HW_G0) ) { DumpLiteral( "G0" ); continue; }
if( Check(&name,HW_G1) ) { DumpLiteral( "G1" ); continue; }
if( Check(&name,HW_G2) ) { DumpLiteral( "G2" ); continue; }
if( Check(&name,HW_G3) ) { DumpLiteral( "G3" ); continue; }
if( Check(&name,HW_G4) ) { DumpLiteral( "G4" ); continue; }
if( Check(&name,HW_G5) ) { DumpLiteral( "G5" ); continue; }
if( Check(&name,HW_G6) ) { DumpLiteral( "G6" ); continue; }
if( Check(&name,HW_G7) ) { DumpLiteral( "G7" ); continue; }
if( Check(&name,HW_G8) ) { DumpLiteral( "G8" ); continue; }
if( Check(&name,HW_G9) ) { DumpLiteral( "G9" ); continue; }
if( Check(&name,HW_G10)) { DumpLiteral( "G10" ); continue; }
if( Check(&name,HW_G11)) { DumpLiteral( "G11" ); continue; }
if( Check(&name,HW_G12)) { DumpLiteral( "G12" ); continue; }
if( Check(&name,HW_G13)) { DumpLiteral( "G13" ); continue; }
if( Check(&name,HW_G14)) { DumpLiteral( "G14" ); continue; }
if( Check(&name,HW_G15)) { DumpLiteral( "G15" ); continue; }
if( Check(&name,HW_E0) ) { DumpLiteral( "E0" ); continue; }
if( Check(&name,HW_E4) ) { DumpLiteral( "E4" ); continue; }
if( Check(&name,HW_D0) ) { DumpLiteral( "D0" ); continue; }
if( Check(&name,HW_D2) ) { DumpLiteral( "D2" ); continue; }
if( Check(&name,HW_D4) ) { DumpLiteral( "D4" ); continue; }
if( Check(&name,HW_D6) ) { DumpLiteral( "D6" ); continue; }
if( Check(&name,HW_Y0) ) { DumpLiteral( "Y0" ); continue; }
if( Check(&name,HW_Y2) ) { DumpLiteral( "Y2" ); continue; }
if( Check(&name,HW_Y4) ) { DumpLiteral( "Y4" ); continue; }
if( Check(&name,HW_Y6) ) { DumpLiteral( "Y6" ); continue; }
#endif
#if _TARGET & (_TARG_PPC | _TARG_AXP | _TARG_MIPS)
if( Check(&name,HW_R0) ) { DumpLiteral( "R0" ); continue; }
if( Check(&name,HW_R1) ) { DumpLiteral( "R1" ); continue; }
if( Check(&name,HW_R2) ) { DumpLiteral( "R2" ); continue; }
if( Check(&name,HW_R3) ) { DumpLiteral( "R3" ); continue; }
if( Check(&name,HW_R4) ) { DumpLiteral( "R4" ); continue; }
if( Check(&name,HW_R5) ) { DumpLiteral( "R5" ); continue; }
if( Check(&name,HW_R6) ) { DumpLiteral( "R6" ); continue; }
if( Check(&name,HW_R7) ) { DumpLiteral( "R7" ); continue; }
if( Check(&name,HW_R8) ) { DumpLiteral( "R8" ); continue; }
if( Check(&name,HW_R9) ) { DumpLiteral( "R9" ); continue; }
if( Check(&name,HW_R10) ) { DumpLiteral( "R10" ); continue; }
if( Check(&name,HW_R11) ) { DumpLiteral( "R11" ); continue; }
if( Check(&name,HW_R12) ) { DumpLiteral( "R12" ); continue; }
if( Check(&name,HW_R13) ) { DumpLiteral( "R13" ); continue; }
if( Check(&name,HW_R14) ) { DumpLiteral( "R14" ); continue; }
if( Check(&name,HW_R15) ) { DumpLiteral( "R15" ); continue; }
if( Check(&name,HW_R16) ) { DumpLiteral( "R16" ); continue; }
if( Check(&name,HW_R17) ) { DumpLiteral( "R17" ); continue; }
if( Check(&name,HW_R18) ) { DumpLiteral( "R18" ); continue; }
if( Check(&name,HW_R19) ) { DumpLiteral( "R19" ); continue; }
if( Check(&name,HW_R20) ) { DumpLiteral( "R20" ); continue; }
if( Check(&name,HW_R21) ) { DumpLiteral( "R21" ); continue; }
if( Check(&name,HW_R22) ) { DumpLiteral( "R22" ); continue; }
if( Check(&name,HW_R23) ) { DumpLiteral( "R23" ); continue; }
if( Check(&name,HW_R24) ) { DumpLiteral( "R24" ); continue; }
if( Check(&name,HW_R25) ) { DumpLiteral( "R25" ); continue; }
if( Check(&name,HW_R26) ) { DumpLiteral( "R26" ); continue; }
if( Check(&name,HW_R27) ) { DumpLiteral( "R27" ); continue; }
if( Check(&name,HW_R28) ) { DumpLiteral( "R28" ); continue; }
if( Check(&name,HW_R29) ) { DumpLiteral( "R29" ); continue; }
if( Check(&name,HW_R30) ) { DumpLiteral( "R30" ); continue; }
if( Check(&name,HW_R31) ) { DumpLiteral( "R31" ); continue; }
if( Check(&name,HW_D0) ) { DumpLiteral( "D0" ); continue; }
if( Check(&name,HW_D1) ) { DumpLiteral( "D1" ); continue; }
if( Check(&name,HW_D2) ) { DumpLiteral( "D2" ); continue; }
if( Check(&name,HW_D3) ) { DumpLiteral( "D3" ); continue; }
if( Check(&name,HW_D4) ) { DumpLiteral( "D4" ); continue; }
if( Check(&name,HW_D5) ) { DumpLiteral( "D5" ); continue; }
if( Check(&name,HW_D6) ) { DumpLiteral( "D6" ); continue; }
if( Check(&name,HW_D7) ) { DumpLiteral( "D7" ); continue; }
if( Check(&name,HW_D8) ) { DumpLiteral( "D8" ); continue; }
if( Check(&name,HW_D9) ) { DumpLiteral( "D9" ); continue; }
if( Check(&name,HW_D10) ) { DumpLiteral( "D10" ); continue; }
if( Check(&name,HW_D11) ) { DumpLiteral( "D11" ); continue; }
if( Check(&name,HW_D12) ) { DumpLiteral( "D12" ); continue; }
if( Check(&name,HW_D13) ) { DumpLiteral( "D13" ); continue; }
if( Check(&name,HW_D14) ) { DumpLiteral( "D14" ); continue; }
if( Check(&name,HW_D15) ) { DumpLiteral( "D15" ); continue; }
if( Check(&name,HW_D16) ) { DumpLiteral( "D16" ); continue; }
if( Check(&name,HW_D17) ) { DumpLiteral( "D17" ); continue; }
if( Check(&name,HW_D18) ) { DumpLiteral( "D18" ); continue; }
if( Check(&name,HW_D19) ) { DumpLiteral( "D19" ); continue; }
if( Check(&name,HW_D20) ) { DumpLiteral( "D20" ); continue; }
if( Check(&name,HW_D21) ) { DumpLiteral( "D21" ); continue; }
if( Check(&name,HW_D22) ) { DumpLiteral( "D22" ); continue; }
if( Check(&name,HW_D23) ) { DumpLiteral( "D23" ); continue; }
if( Check(&name,HW_D24) ) { DumpLiteral( "D24" ); continue; }
if( Check(&name,HW_D25) ) { DumpLiteral( "D25" ); continue; }
if( Check(&name,HW_D26) ) { DumpLiteral( "D26" ); continue; }
if( Check(&name,HW_D27) ) { DumpLiteral( "D27" ); continue; }
if( Check(&name,HW_D28) ) { DumpLiteral( "D28" ); continue; }
if( Check(&name,HW_D29) ) { DumpLiteral( "D29" ); continue; }
if( Check(&name,HW_D30) ) { DumpLiteral( "D30" ); continue; }
if( Check(&name,HW_D31) ) { DumpLiteral( "D31" ); continue; }
if( Check(&name,HW_W0) ) { DumpLiteral( "W0" ); continue; }
if( Check(&name,HW_W1) ) { DumpLiteral( "W1" ); continue; }
if( Check(&name,HW_W2) ) { DumpLiteral( "W2" ); continue; }
if( Check(&name,HW_W3) ) { DumpLiteral( "W3" ); continue; }
if( Check(&name,HW_W4) ) { DumpLiteral( "W4" ); continue; }
if( Check(&name,HW_W5) ) { DumpLiteral( "W5" ); continue; }
if( Check(&name,HW_W6) ) { DumpLiteral( "W6" ); continue; }
if( Check(&name,HW_W7) ) { DumpLiteral( "W7" ); continue; }
if( Check(&name,HW_W8) ) { DumpLiteral( "W8" ); continue; }
if( Check(&name,HW_W9) ) { DumpLiteral( "W9" ); continue; }
if( Check(&name,HW_W10) ) { DumpLiteral( "W10" ); continue; }
if( Check(&name,HW_W11) ) { DumpLiteral( "W11" ); continue; }
if( Check(&name,HW_W12) ) { DumpLiteral( "W12" ); continue; }
if( Check(&name,HW_W13) ) { DumpLiteral( "W13" ); continue; }
if( Check(&name,HW_W14) ) { DumpLiteral( "W14" ); continue; }
if( Check(&name,HW_W15) ) { DumpLiteral( "W15" ); continue; }
if( Check(&name,HW_W16) ) { DumpLiteral( "W16" ); continue; }
if( Check(&name,HW_W17) ) { DumpLiteral( "W17" ); continue; }
if( Check(&name,HW_W18) ) { DumpLiteral( "W18" ); continue; }
if( Check(&name,HW_W19) ) { DumpLiteral( "W19" ); continue; }
if( Check(&name,HW_W20) ) { DumpLiteral( "W20" ); continue; }
if( Check(&name,HW_W21) ) { DumpLiteral( "W21" ); continue; }
if( Check(&name,HW_W22) ) { DumpLiteral( "W22" ); continue; }
if( Check(&name,HW_W23) ) { DumpLiteral( "W23" ); continue; }
if( Check(&name,HW_W24) ) { DumpLiteral( "W24" ); continue; }
if( Check(&name,HW_W25) ) { DumpLiteral( "W25" ); continue; }
if( Check(&name,HW_W26) ) { DumpLiteral( "W26" ); continue; }
if( Check(&name,HW_W27) ) { DumpLiteral( "W27" ); continue; }
if( Check(&name,HW_W28) ) { DumpLiteral( "W28" ); continue; }
if( Check(&name,HW_W29) ) { DumpLiteral( "W29" ); continue; }
if( Check(&name,HW_W30) ) { DumpLiteral( "W30" ); continue; }
if( Check(&name,HW_W31) ) { DumpLiteral( "W31" ); continue; }
if( Check(&name,HW_B0) ) { DumpLiteral( "B0" ); continue; }
if( Check(&name,HW_B1) ) { DumpLiteral( "B1" ); continue; }
if( Check(&name,HW_B2) ) { DumpLiteral( "B2" ); continue; }
if( Check(&name,HW_B3) ) { DumpLiteral( "B3" ); continue; }
if( Check(&name,HW_B4) ) { DumpLiteral( "B4" ); continue; }
if( Check(&name,HW_B5) ) { DumpLiteral( "B5" ); continue; }
if( Check(&name,HW_B6) ) { DumpLiteral( "B6" ); continue; }
if( Check(&name,HW_B7) ) { DumpLiteral( "B7" ); continue; }
if( Check(&name,HW_B8) ) { DumpLiteral( "B8" ); continue; }
if( Check(&name,HW_B9) ) { DumpLiteral( "B9" ); continue; }
if( Check(&name,HW_B10) ) { DumpLiteral( "B10" ); continue; }
if( Check(&name,HW_B11) ) { DumpLiteral( "B11" ); continue; }
if( Check(&name,HW_B12) ) { DumpLiteral( "B12" ); continue; }
if( Check(&name,HW_B13) ) { DumpLiteral( "B13" ); continue; }
if( Check(&name,HW_B14) ) { DumpLiteral( "B14" ); continue; }
if( Check(&name,HW_B15) ) { DumpLiteral( "B15" ); continue; }
if( Check(&name,HW_B16) ) { DumpLiteral( "B16" ); continue; }
if( Check(&name,HW_B17) ) { DumpLiteral( "B17" ); continue; }
if( Check(&name,HW_B18) ) { DumpLiteral( "B18" ); continue; }
if( Check(&name,HW_B19) ) { DumpLiteral( "B19" ); continue; }
if( Check(&name,HW_B20) ) { DumpLiteral( "B20" ); continue; }
if( Check(&name,HW_B21) ) { DumpLiteral( "B21" ); continue; }
if( Check(&name,HW_B22) ) { DumpLiteral( "B22" ); continue; }
if( Check(&name,HW_B23) ) { DumpLiteral( "B23" ); continue; }
if( Check(&name,HW_B24) ) { DumpLiteral( "B24" ); continue; }
if( Check(&name,HW_B25) ) { DumpLiteral( "B25" ); continue; }
if( Check(&name,HW_B26) ) { DumpLiteral( "B26" ); continue; }
if( Check(&name,HW_B27) ) { DumpLiteral( "B27" ); continue; }
if( Check(&name,HW_B28) ) { DumpLiteral( "B28" ); continue; }
if( Check(&name,HW_B29) ) { DumpLiteral( "B29" ); continue; }
if( Check(&name,HW_B30) ) { DumpLiteral( "B30" ); continue; }
if( Check(&name,HW_B31) ) { DumpLiteral( "B31" ); continue; }
if( Check(&name,HW_F0) ) { DumpLiteral( "F0" ); continue; }
if( Check(&name,HW_F1) ) { DumpLiteral( "F1" ); continue; }
if( Check(&name,HW_F2) ) { DumpLiteral( "F2" ); continue; }
if( Check(&name,HW_F3) ) { DumpLiteral( "F3" ); continue; }
if( Check(&name,HW_F4) ) { DumpLiteral( "F4" ); continue; }
if( Check(&name,HW_F5) ) { DumpLiteral( "F5" ); continue; }
if( Check(&name,HW_F6) ) { DumpLiteral( "F6" ); continue; }
if( Check(&name,HW_F7) ) { DumpLiteral( "F7" ); continue; }
if( Check(&name,HW_F8) ) { DumpLiteral( "F8" ); continue; }
if( Check(&name,HW_F9) ) { DumpLiteral( "F9" ); continue; }
if( Check(&name,HW_F10) ) { DumpLiteral( "F10" ); continue; }
if( Check(&name,HW_F11) ) { DumpLiteral( "F11" ); continue; }
if( Check(&name,HW_F12) ) { DumpLiteral( "F12" ); continue; }
if( Check(&name,HW_F13) ) { DumpLiteral( "F13" ); continue; }
if( Check(&name,HW_F14) ) { DumpLiteral( "F14" ); continue; }
if( Check(&name,HW_F15) ) { DumpLiteral( "F15" ); continue; }
if( Check(&name,HW_F16) ) { DumpLiteral( "F16" ); continue; }
if( Check(&name,HW_F17) ) { DumpLiteral( "F17" ); continue; }
if( Check(&name,HW_F18) ) { DumpLiteral( "F18" ); continue; }
if( Check(&name,HW_F19) ) { DumpLiteral( "F19" ); continue; }
if( Check(&name,HW_F20) ) { DumpLiteral( "F20" ); continue; }
if( Check(&name,HW_F21) ) { DumpLiteral( "F21" ); continue; }
if( Check(&name,HW_F22) ) { DumpLiteral( "F22" ); continue; }
if( Check(&name,HW_F23) ) { DumpLiteral( "F23" ); continue; }
if( Check(&name,HW_F24) ) { DumpLiteral( "F24" ); continue; }
if( Check(&name,HW_F25) ) { DumpLiteral( "F25" ); continue; }
if( Check(&name,HW_F26) ) { DumpLiteral( "F26" ); continue; }
if( Check(&name,HW_F27) ) { DumpLiteral( "F27" ); continue; }
if( Check(&name,HW_F28) ) { DumpLiteral( "F28" ); continue; }
if( Check(&name,HW_F29) ) { DumpLiteral( "F29" ); continue; }
if( Check(&name,HW_F30) ) { DumpLiteral( "F30" ); continue; }
if( Check(&name,HW_F31) ) { DumpLiteral( "F31" ); continue; }
#endif
#if 0
#if _TARGET & _TARG_PPC
if( Check(&name,HW_CTR) ) { DumpLiteral( "CTR" ); continue; }
if( Check(&name,HW_CR) ) { DumpLiteral( "CR" ); continue; }
if( Check(&name,HW_MQ) ) { DumpLiteral( "MQ" ); continue; }
if( Check(&name,HW_LR) ) { DumpLiteral( "LR" ); continue; }
#endif
#endif
#if _TARGET & ( _TARG_80386 | _TARG_IAPX86 )
if( Check(&name,HW_EAX)) { DumpLiteral("EAX"); continue; }
if( Check(&name,HW_AX) ) { DumpLiteral( "AX"); continue; }
if( Check(&name,HW_AL) ) { DumpLiteral( "AL"); continue; }
if( Check(&name,HW_AH) ) { DumpLiteral( "AH"); continue; }
if( Check(&name,HW_EBX)) { DumpLiteral("EBX"); continue; }
if( Check(&name,HW_BX) ) { DumpLiteral( "BX"); continue; }
if( Check(&name,HW_BL) ) { DumpLiteral( "BL"); continue; }
if( Check(&name,HW_BH) ) { DumpLiteral( "BH"); continue; }
if( Check(&name,HW_ECX)) { DumpLiteral("ECX"); continue; }
if( Check(&name,HW_CX) ) { DumpLiteral( "CX"); continue; }
if( Check(&name,HW_CL) ) { DumpLiteral( "CL"); continue; }
if( Check(&name,HW_CH) ) { DumpLiteral( "CH"); continue; }
if( Check(&name,HW_EDX)) { DumpLiteral("EDX"); continue; }
if( Check(&name,HW_DX) ) { DumpLiteral( "DX"); continue; }
if( Check(&name,HW_DL) ) { DumpLiteral( "DL"); continue; }
if( Check(&name,HW_DH) ) { DumpLiteral( "DH"); continue; }
if( Check(&name,HW_EDI)) { DumpLiteral("EDI"); continue; }
if( Check(&name,HW_DI) ) { DumpLiteral( "DI"); continue; }
if( Check(&name,HW_ESI)) { DumpLiteral("ESI"); continue; }
if( Check(&name,HW_SI) ) { DumpLiteral( "SI"); continue; }
if( Check(&name,HW_BP)) { DumpLiteral("EBP"); continue; }
if( Check(&name,HW_SP)) { DumpLiteral("ESP"); continue; }
if( Check(&name,HW_GS) ) { DumpLiteral( "GS"); continue; }
if( Check(&name,HW_FS) ) { DumpLiteral( "FS"); continue; }
if( Check(&name,HW_ES) ) { DumpLiteral( "ES"); continue; }
if( Check(&name,HW_DS) ) { DumpLiteral( "DS"); continue; }
if( Check(&name,HW_CS) ) { DumpLiteral( "CS"); continue; }
if( Check(&name,HW_SS) ) { DumpLiteral( "SS"); continue; }
if( Check(&name,HW_ST0) ) { DumpLiteral( "ST(0)"); continue; }
if( Check(&name,HW_ST1) ) { DumpLiteral( "ST(1)"); continue; }
if( Check(&name,HW_ST2) ) { DumpLiteral( "ST(2)"); continue; }
if( Check(&name,HW_ST3) ) { DumpLiteral( "ST(3)"); continue; }
if( Check(&name,HW_ST4) ) { DumpLiteral( "ST(4)"); continue; }
if( Check(&name,HW_ST5) ) { DumpLiteral( "ST(5)"); continue; }
if( Check(&name,HW_ST6) ) { DumpLiteral( "ST(6)"); continue; }
if( Check(&name,HW_ST7) ) { DumpLiteral( "ST(7)"); continue; }
#endif
break;
}
}
}
extern void DumpAConf( conflict_node *conf ) {
/************************************************/
DumpOperand( conf->name );
DumpLiteral( " id " );
DumpGBit( &conf->id.out_of_block );
DumpChar( ' ' );
DumpLBit( &conf->id.within_block );
DumpPossible( conf->possible );
DumpNL();
DumpLiteral( " " );
DumpInsRange( conf );
DumpLiteral( " Start block " );
DumpPtr( conf->start_block );
DumpNL();
DumpLiteral( " Conflicts with " );
DumpGBit( &conf->with.out_of_block );
DumpChar( ' ' );
DumpLBit( &conf->with.within_block );
DumpChar( ' ' );
DumpRegName( conf->with.regs );
DumpNL();
DumpLiteral( " Constrained " );
DumpInt( conf->num_constrained );
DumpLiteral( " vs " );
DumpInt( conf->available );
DumpNL();
if( _Is( conf, CST_SAVINGS_CALCULATED ) ) {
DumpLiteral( " Savings " );
DumpLong( conf->savings );
DumpNL();
}
if( _Is( conf, CST_CONFLICT_ON_HOLD ) ) {
DumpLiteral( " On hold" );
DumpNL();
}
if( _Is( conf, CST_CHANGES_OTHERS ) ) {
DumpLiteral( " Changes Others" );
DumpNL();
}
if( _Is( conf, CST_NEEDS_SEGMENT ) ) {
DumpLiteral( " Needs segment" );
DumpNL();
}
if( _Is( conf, CST_NEEDS_SEGMENT_SPLIT ) ) {
DumpLiteral( " Needs segment split" );
DumpNL();
}
if( _Is( conf, CST_SEGMENT_SPLIT ) ) {
DumpLiteral( " Is segment split" );
DumpNL();
}
if( _Is( conf, CST_NEEDS_INDEX ) ) {
DumpLiteral( " Needs index" );
DumpNL();
}
if( _Is( conf, CST_NEEDS_INDEX_SPLIT ) ) {
DumpLiteral( " Needs index split" );
DumpNL();
}
if( _Is( conf, CST_INDEX_SPLIT ) ) {
DumpLiteral( " Is index split" );
DumpNL();
}
}
extern void DumpIV( induction *var ) {
/****************************************/
induction *alias;
invariant *invar;
DumpPtr( var );
DumpLiteral( " " );
DumpOperand( var->name );
DumpLiteral( " = ( " );
if( _IsV( var, IV_BASIC ) ) {
DumpLiteral( "**basic**" );
} else {
if( var->ivtimes != NULL ) {
DumpOperand( var->ivtimes );
DumpLiteral( " * " );
}
if( var->times != 1 ) {
DumpLong( var->times );
DumpLiteral( " * " );
}
DumpOperand( var->basic->name );
}
DumpLiteral( " )" );
if( var->plus != 0 ) {
DumpLiteral( " + ( " );
DumpLong( var->plus );
DumpLiteral( " )" );
}
if( var->ivtimes != NULL && var->plus2 != 0 ) {
DumpLiteral( " + ( " );
DumpOperand( var->ivtimes );
DumpLiteral( " * " );
DumpLong( var->plus2 );
DumpLiteral( " )" );
}
for( invar = var->invar; invar != NULL; invar = invar->next ) {
DumpLiteral( " + ( " );
if( var->lasttimes >= invar->id ) {
DumpOperand( var->ivtimes );
DumpLiteral( " * " );
}
if( invar->times != 1 ) {
DumpLong( invar->times );
DumpLiteral( " * " );
}
DumpOperand( invar->name );
DumpLiteral( " )" );
}
DumpNL();
DumpLiteral( " ins=" );
DumpPtr( var->ins );
DumpLiteral( " prev=" );
DumpPtr( var->prev );
DumpLiteral( " basic=" );
DumpOperand( var->basic->name );
if( _IsV( var, IV_ALIAS ) ) {
DumpLiteral( " alias=" );
for( alias = var->alias; _IsV( alias, IV_ALIAS ); ) {
alias = alias->alias;
}
DumpPtr( alias );
}
DumpNL();
DumpLiteral( " Uses: " );
DumpInt( var->use_count );
DumpChar( ' ' );
if( _IsV( var, IV_BASIC ) ) {
DumpLiteral( " Basic" );
}
if( _IsV( var, IV_DEAD ) ) {
DumpLiteral( " Dead" );
}
if( _IsV( var, IV_SURVIVED ) ) {
DumpLiteral( " Survived" );
}
if( _IsV( var, IV_TOP ) ) {
DumpLiteral( " Top" );
}
if( _IsV( var, IV_INTRODUCED ) ) {
DumpLiteral( " Introduced" );
}
if( _IsV( var, IV_ALIAS ) ) {
DumpLiteral( " Alias" );
}
if( _IsV( var, IV_INDEXED ) ) {
DumpLiteral( " Indexed" );
}
if( _IsV( var, IV_USED ) ) {
DumpLiteral( " Used" );
}
DumpNL();
}
static void Align4(DumpState *D)
{
while(D->wrote&3)
DumpChar(0,D);
}
extern void DumpOperand( name *operand ) {
/********************************************/
char buffer[20];
hw_reg_set reg;
name *base;
if( operand->n.class == N_INDEXED ) {
if( operand->i.base != NULL ) {
if( !( operand->i.index_flags & X_FAKE_BASE ) ) {
if( operand->i.index_flags & X_LOW_ADDR_BASE ) {
DumpLiteral( "l^" );
}
DumpOperand( operand->i.base );
if( operand->i.constant > 0 ) {
DumpChar( '+' );
}
}
}
if( operand->i.constant != 0 ) {
DumpLong( operand->i.constant );
}
DumpChar( '[' );
if( operand->i.index_flags & X_BASE ) {
reg = operand->i.index->r.reg;
#if _TARGET & ( _TARG_IAPX86 | _TARG_80386 )
if( HW_COvlap( reg, HW_SEGS ) ) {
hw_reg_set tmp;
tmp = reg;
HW_COnlyOn( tmp, HW_SEGS );
DumpRegName( tmp );
DumpChar( ':' );
HW_CTurnOff( reg, HW_SEGS );
}
#endif
if( operand->i.index_flags & X_HIGH_BASE ) {
DumpRegName( HighReg( reg ) );
DumpChar( '+' );
DumpRegName( LowReg( reg ) );
} else {
DumpRegName( LowReg( reg ) );
DumpChar( '+' );
DumpRegName( HighReg( reg ) );
}
} else {
DumpOperand( operand->i.index );
}
if( operand->i.scale != 0 ) {
DumpChar( '*' );
DumpInt( 1 << operand->i.scale );
}
if( operand->i.index_flags & ( X_ALIGNED_1 | X_ALIGNED_2 | X_ALIGNED_4 | X_ALIGNED_8 ) ) {
DumpChar( '$' );
DumpInt( FlagsToAlignment( operand->i.index_flags ) );
}
DumpChar( ']' );
base = operand->i.base;
if( base != NULL ) {
if( operand->i.index_flags & X_FAKE_BASE ) {
DumpChar( '{' );
if( base->n.class == N_MEMORY ) {
DumpXString( AskName(base->v.symbol, base->m.memory_type) );
} else if( base->n.class == N_TEMP ) {
if( _FrontEndTmp( base ) ) {
DumpXString( FEName( base->v.symbol ) );
} else {
DumpOperand( base );
}
}
DumpChar( '}' );
}
}
