xmemoryc.c:	UInt32 * dest;
xmemoryc.c:	UInt32 * src;
xmemoryc.c:	UInt32 nWords;
xmemoryc.c:	UInt32 * dest;
xmemoryc.c:	UInt32 nWords;
bibopx.cxx:    Int32 actualExtent;   /* extentToAskFor minus PAGE_SIZE if sbrk screws us */
bibopx.cxx:    Int32 maxSize;
bibopx.cxx:    Int32 increment;
filetpx.cxx:	Int32 slot;
filetpx.cxx:	Int32 slot;
intvarx.cxx:    xmtr->sendInt32 (longVal);
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 copyCount;
parrayx.cxx:    Int32 valueN;
parrayx.cxx:    Int32 result;
parrayx.cxx:    Int32 n;
parrayx.cxx:Int32 i;
parrayx.cxx:Int32 idx;
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 index;
parrayx.cxx:    Int32 cmp;
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 bufSize;
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 bufSize;
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 result;
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 bufSize;
parrayx.cxx:    Int32 n;
parrayx.cxx:	     (int)(n * sizeof(Int32)));
parrayx.cxx:	xmtr->sendInt32(this->intAt(i));
parrayx.cxx:		Int32 cmp;
parrayx.cxx:	Int32 val;
parrayx.cxx:    Int32 bufSize;
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 bufSize;
parrayx.cxx:    Int32 n;
parrayx.cxx:	     (int)(n * sizeof(UInt32)));
parrayx.cxx:	xmtr->sendUInt32(this->uIntAt(i));
parrayx.cxx:	UInt32 val;
parrayx.cxx:    Int32 bufSize;
parrayx.cxx:    Int32 n;
parrayx.cxx:	UInt32 val;
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 n;
parrayx.cxx:    UInt32 result;
parrayx.cxx:    Int32 n;
parrayx.cxx:    Int32 bufSize;
parrayx.cxx:    Int32 n;
parrayx.cxx:	Int32 * result;
parrayx.cxx:	Int32 * result;
psrandx.cxx:	UInt32 gen;
tofux.ixx:        Int32 myMarked;
arrayx.cxx:	UInt32 reali;
arrayx.cxx:	register UInt32 idx;
arrayx.cxx:	register Int32 reali;
arrayx.cxx:	UInt32 newSize;
crossx.cxx:								Int32 dim;
crossx.cxx:	Int32 dimension;
crossx.cxx:	Int32 newAdded;
crossx.cxx:	Int32 unequal;
crossx.cxx:	Int32 base;
crossx.cxx:	Int32 base;
crossx.cxx:	Int32 to;
crossx.cxx:	Int32 from;
crossx.cxx:	Int32 initialIndex;
crossx.cxx:	Int32 addedIndex;
crossx.cxx:	UInt32 result;
crossx.cxx:	Int32 base;
crossx.cxx:	Int32 base;
crossx.cxx:	Int32 index;
crossx.cxx:	UInt32 hash;
crossx.cxx:	UInt32 result;
crossx.cxx:	Int32 index;
crossx.cxx:				Int32 dim;
edgex.cxx:	Int32 transitionsCount;
edgex.cxx:	Int32 transitionsCount;
edgex.cxx:	Int32 testVal;
gchooksx.cxx:	Int32 slot;
gchooksx.cxx:	Int32 slot;
gchooksx.cxx:	Int32 fd;
gchooksx.cxx:	Int32 slot;
gchooksx.cxx:	Int32 slot;
gchooksx.cxx:	Int32 stack;
hashtabx.cxx:	Int32 offset;
hashtabx.cxx:	Int32 offset;
hashtabx.cxx:	Int32 offset;
hashtabx.cxx:	Int32 offset;
hashtabx.cxx:	UInt32 offset;
hashtabx.cxx:	register UInt32 result;
hashtabx.cxx:		Int32 entryCount;
hashtabx.cxx:	Int32 oldSize;
hashtabx.cxx:	Int32 newSize;
hashtabx.cxx:	UInt32 index;
integerx.cxx:	UInt32 index;
integerx.cxx:			Int32 index;
integerx.cxx:	Int32 start;
integerx.cxx:	Int32 stop;
integerx.cxx:	Int32 toStart;
integerx.cxx:	Int32 offset;
integerx.cxx:	Int32 left;
integerx.cxx:	Int32 right;
inttabx.cxx:	Int32 reali;
inttabx.cxx:	UInt32 idx;
inttabx.cxx:	UInt32 reali;
inttabx.cxx:	UInt32 idx;
inttabx.cxx:	UInt32 begin;
inttabx.cxx:	UInt32 tIdx;
inttabx.cxx:	UInt32 tmp;
inttabx.cxx:	UInt32 newSize;
inttabx.cxx:	UInt32 newSize;
inttabx.cxx:	UInt32 offset;
inttabx.cxx:	UInt32 tmp;
inttabx.cxx:	UInt32 idx;
inttabx.cxx:	UInt32 begin;
inttabx.cxx:	UInt32 idx;
inttabx.cxx:	UInt32 begin;
inttabx.cxx:	UInt32 tIdx;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 start;
primtabx.cxx:	Int32 top;
primtabx.cxx:	Int32 hashLoc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 top;
primtabx.cxx:				Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:				Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 firstRemoved;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:				Int32 loc;
primtabx.cxx:	Int32 firstRemoved;
primtabx.cxx:	Int32 virtualIndex;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:						Int32 loc;
primtabx.cxx:	Int32 loc;
primtabx.cxx:	Int32 firstRemoved;
primvalx.cxx:	Int32 copyCount;
primvalx.cxx:	UInt32 signPart;
primvalx.cxx:	Int32 precision;
rcmainx.cxx:	Int32 stackObject;
realx.cxx:	Int32 precision;
sequencx.cxx:	Int32 first;
sequencx.cxx:	Int32 last;
sequencx.cxx:	Int32 start;
sequencx.cxx:	Int32 stop;
sequencx.cxx:	Int32 diff;
sequencx.cxx:	Int32 diff;
sequencx.cxx:		Int32 newCount;
sequencx.cxx:		Int32 hisCount;
sequencx.cxx:		Int32 newCount;
sequencx.cxx:		Int32 hisCount;
sequencx.cxx:	Int32 diff;
settabx.cxx:	register Int32 index;
settabx.cxx:	register Int32 offset;
settabx.cxx:	register Int32 offset;
settabx.cxx:	register Int32 offset;
settabx.cxx:	register Int32 offset;
settabx.cxx:	register Int32 offset;
settabx.cxx:	Int32 i;
settabx.cxx:		Int32 entryCount;
settabx.cxx:	Int32 oldSize;
settabx.cxx:	Int32 newSize;
settabx.cxx:	UInt32 idx;
setx.cxx:	UInt32 result;
setx.cxx:	UInt32 hashResult;
setx.cxx:	Int32 loc;
setx.cxx:			this->hashRemove((UInt32 ) loc);
setx.cxx:	Int32 loc;
setx.cxx:		this->hashRemove((UInt32 ) loc);
setx.cxx:	Int32 loc;
setx.cxx:		this->hashRemove((UInt32 ) loc);
setx.cxx:	SPTR(UInt32Array) newValues;
setx.cxx:	Int32 newSize;
setx.cxx:	SPTR(UInt32Array) newValues;
setx.cxx:	Int32 dist;
setx.cxx:	UInt32 tSize;
setx.cxx:	UInt32 current;
setx.cxx:	UInt32 currentValue;
setx.cxx:	UInt32 currentHome;
setx.cxx:	UInt32 targetValue;
setx.cxx:	UInt32 targetHome;
setx.cxx:	UInt32 tSize;
setx.cxx:	UInt32 current;
setx.cxx:	UInt32 next;
setx.cxx:	UInt32 nextValue;
setx.cxx:	UInt32 tSize;
setx.cxx:	UInt32 current;
setx.cxx:	UInt32 itemValue;
setx.cxx:	UInt32 movingValue;
setx.cxx:	UInt32 movingEntrysHome;
setx.cxx:	UInt32 sittingValue;
setx.cxx:	UInt32 sittingEntrysHome;
setx.cxx:	UInt32 tSize;
setx.cxx:	UInt32 tValue;
setx.cxx:	Int32 count;
setx.cxx:	Int32 count;
stepperx.cxx:	Int32 n;
stepperx.cxx:	Int32 n;
tabentx.cxx:	Int32 bucket;
tablesx.cxx:	UInt32 result;
tabtoolx.cxx:	UInt32 val;
tabtoolx.cxx:	UInt32 idx;
tabtoolx.cxx:	UInt32 lim;
tabtoolx.cxx:	UInt32 val;
tabtoolx.cxx:	UInt32 idx;
tabtoolx.cxx:	UInt32 lim;
tabtoolx.cxx:	REQUIRES (UInt32Array);
tabtoolx.cxx:	SPTR(UInt32Array) smallPrimeTable;
tokensx.cxx:	Int32 tmp;
canopyx.cxx:	REQUIRES (Heaper2UInt32Cache);
canopyx.cxx:	UInt32 result;
canopyx.cxx:	UInt32 f;
canopyx.cxx:	UInt32 result;
canopyx.cxx:		UInt32 before;
canopyx.cxx:	UInt32 result;
canopyx.cxx:	UInt32 result;
canopyx.cxx:	UInt32 f;
canopyx.cxx:	Int32 index;
canopyx.cxx:	Int32 index;
canopyx.cxx:	Int32 index;
granmapx.cxx:						Int32 count;
grantabx.cxx:	UInt32 hash;
grantabx.cxx:	UInt32 hash;
grantabx.cxx:	UInt32 hash;
grantabx.cxx:	UInt32 hash;
grantabx.cxx:	Int32 desiredDoublingIndex;
grantabx.cxx:	Int32 dfi;
grantabx.cxx:	UInt32 hash;
grantabx.cxx:	UInt32 hash;
grantabx.cxx:	UInt32 hash;
grantabx.cxx:	Int32 desiredDoublingIndex;
grantabx.cxx:	Int32 dfi;
grantabx.cxx:	Int32 pieceIndex;
grantabx.cxx:	UInt32 rBottom;
grantabx.cxx:	Int32 localIndex;
grantabx.cxx:	Int32 originalIndex;
grantabx.cxx:	UInt32 localIndex;
grantabx.cxx:	UInt32 originalIndex;
grantabx.cxx:	Int32 localIndex;
grantabx.cxx:	Int32 originalIndex;
grantabx.cxx:	Int32 preferedIndex;
grantabx.cxx:	Int32 oldNumPages;
grantabx.cxx:	Int32 loadCount;
grantabx.cxx:	Int32 count;
grantabx.cxx:	Int32 newNumPrimaries;
grantabx.cxx:	UInt32 result;
grantabx.cxx:	Int32 localIndex;
grantabx.cxx:	Int32 originalIndex;
grantabx.cxx:	UInt32 childIndex;
grantabx.cxx:	Int32 localIndex;
grantabx.cxx:	Int32 originalIndex;
grantabx.cxx:			UInt32 childIndex;
grantabx.cxx:	Int32 localIndex;
grantabx.cxx:	Int32 originalIndex;
grantabx.cxx:	Int32 childIndex;
grantabx.cxx:	Int32 preferedIndex;
idx.cxx:	Int32 n;
idx.cxx:	UInt32 result;
idx.cxx:	UInt32 result;
loavesx.cxx:	UInt32 hash;
loavesx.cxx:		UInt32 hash;
loavesx.cxx:	UInt32 hash;
loavesx.cxx:				UInt32 hash;
loavesx.cxx:		UInt32 hash;
nkernelx.cxx:	Int32 index;
orootx.cxx:	Int32 i;
propsx.cxx:	UInt32 f;
tcludex.cxx:	register UInt32 index;
tcludex.cxx:	register UInt32 index;
tcludex.cxx:	register UInt32 index;
tcludex.cxx:			UInt32 hash;
wrapperx.cxx:	Int32 pos;
dstatx.cxx:					Int32 count;
dstatx.cxx:					Int32 forwards;
dstatx.cxx:					Int32 forgets;
dstatx.cxx:					Int32 forgetSpace;
dstatx.cxx:					Int32 flocks;
dstatx.cxx:					Int32 liveSpace;
dstatx.cxx:					Int32 count;
packerx.cxx:	Int32 length;
packerx.cxx:				UInt32 oldHash;
packerx.cxx:	Int32 size;
packerx.cxx:						Int32 index;
packerx.cxx:		Int32 dirtySnarfs;
packerx.cxx:		Int32 bytesPerSnarf;
packerx.cxx:						Int32 size;
packerx.cxx:	Int32 size;
packerx.cxx:	Int32 index;
packerx.cxx:		Int32 limitSnarf;
packerx.cxx:		Int32 snarfID;
packerx.cxx:	UInt32 hash;
packerx.cxx:		Int32 spaceLeft;
packerx.cxx:				xmtr->sendUInt32(abe->hashForEqual());
packerx.cxx:	Int32 snarfID;
packerx.cxx:	Int32 index;
packerx.cxx:	UInt32 hash;
packerx.cxx:				xmtr->sendUInt32(abe->hashForEqual());
packerx.cxx:				xmtr->sendUInt32(abe->getInfo()->snarfID());
packerx.cxx:				xmtr->sendUInt32(abe->getInfo()->index());
packerx.cxx:	Int32 highest;
packerx.cxx:			Int32 size;
packerx.cxx:	Int32 count;
snfinfox.cxx:	Int32 part;
snfinfox.cxx:	Int32 left;
snfinfox.cxx:	Int32 right;
snfinfox.cxx:	SPTR(UInt32Array) result;
snfinfox.cxx:	SPTR(UInt32Array) result;
snfinfox.cxx:	Int32 newCells;
snfinfox.cxx:	Int32 space;
snfinfox.cxx:	Int32 index;
snfinfox.cxx:	Int32 size;
snfinfox.cxx:	Int32 offset;
snfinfox.cxx:		Int32 offset;
snfinfox.cxx:		Int32 size;
snfinfox.cxx:	Int32 sweeper;
snfinfox.cxx:	SPTR(UInt32Array) offsets;
snfinfox.cxx:	SPTR(UInt32Array) indices;
snfinfox.cxx:				Int32 indexToMove;
snfinfox.cxx:				Int32 offsetToMove;
snfinfox.cxx:				Int32 count;
snfinfox.cxx:		Int32 offset;
snfinfox.cxx:						Int32 offset;
snfinfox.cxx:	Int32 offset;
snfinfox.cxx:	Int32 offset;
snfinfox.cxx:	Int32 size;
snfinfox.cxx:	Int32 offset;
snfinfox.cxx:	Int32 offset;
snfinfox.cxx:	Int32 offset;
snfinfox.cxx:	Int32 offset;
snfinfox.cxx:	Int32 offset;
snfinfox.cxx:		Int32 count;
snfinfox.cxx:	Int32 snarfID;
snfinfox.cxx:	Int32 total;
snfinfox.cxx:	Int32 snarfID;
snfinfox.cxx:	Int32 total;
snfinfox.ixx:	UInt32 temp;
bin2comx.cxx:	Int32 result;
bin2comx.cxx:	Int32 size;
bin2comx.cxx:	UInt32 result;
bin2comx.cxx:	Int32 count;
bin2comx.cxx:	Int32 num;
bin2comx.cxx:	Int32 val;
cookbkx.cxx:	Int32 count;
cookbkx.cxx:	Int32 count;
cookbkx.cxx:	Int32 count;
cookbkx.cxx:	Int32 count;
cookbkx.cxx:	Int32 count;
cookbkx.cxx:	Int32 num;
cookbkx.cxx:	Int32 preorderLimit;
cookbkx.cxx:	Int32 code;
nscottyx.cxx:	Int32 index;
nscottyx.cxx:	Int32 count;
portalx.cxx:	UInt32 size;
promanx.cxx:	Int32 count;
promanx.cxx:	Int32 count;
promanx.cxx:	Int32 start;
promanx.cxx:	Int32 size;
promanx.cxx:		Int32 size;
promanx.cxx:	Int32 count;
promanx.cxx:	Int32 size;
promanx.cxx:	Int32 bits;
promanx.cxx:	Int32 count;
promanx.cxx:		Int32 reqnum;
promanx.cxx:	Int32 num;
promanx.cxx:	Int32 count;
promanx.cxx:	Int32 num;
promanx.cxx:	Int32 low32;
promanx.cxx:	Int32 val;
promanx.cxx:	Int32 maxx;
promanx.cxx:	Int32 size;
promanx.cxx:	Int32 size;
promanx.cxx:	Int32 maxx;
promanx.cxx:	Int32 nulls;
promanx.cxx:	Int32 ptrs;
promanx.cxx:	Int32 byte;
txtcommx.cxx:	Int32 result;
txtcommx.cxx:	UInt32 result;
txtcommx.cxx:	Int32 nextPos;
xfrspecx.cxx:		Int32 ibidNum;
xfrspecx.cxx:		Int32 pos;
xfrspecx.cxx:	this->sendInt32(pos);
