# 1 "intarray.m"struct _PRIVATE { struct _PRIVATE *isa; };typedef struct _PRIVATE *id;struct _SHARED { id isa; id clsSuper; char *clsName; char *clsTypes; short clsSizInstance; short clsSizDict; struct _SLT *clsDispTable; long clsStatus; struct modDescriptor *clsMod; unsigned clsVersion; id clsCats; id *clsGlbl;};extern id (* _imp(id,char*))();extern id (* _impSuper(id,char*))();extern struct modDescriptor *_OBJCBIND_intarray(void);static char **selTransTbl;struct _SLT {char *_cmd;id (*_imp)();};struct modDescriptor { char *modName; char *modVersion; long modStatus; char *modMinSel; char *modMaxSel; id *modClsLst; short modSelRef; char **modSelTbl; struct methodDescriptor *modMapTbl;};extern struct modDescriptor intarray_modDesc; # 1 "../../util/stdarg.h"#include <stdarg.h> # 1 "../../util/assert.h"#include <assert.h> # 1 "../../util/stdlib.h"#include <stdlib.h> # 1 "../../util/stdio.h"#include <stdio.h> # 1 "../../util/stdio.h"#include <stdio.h> # 1 "../../util/stddef.h"#include <stddef.h> # 53 "../../include/objcrt/objcrt.h"typedef char*SEL;typedef char*STR;typedef char BOOL;typedef FILE*IOD;typedef id SHR;# 62 "../../include/objcrt/objcrt.h"typedef id(*IMP)(); typedef void(*ARGIMP)(id,SEL,void*);# 85 "../../include/objcrt/objcrt.h"extern BOOL msgFlag;extern FILE*msgIOD;extern FILE*dbgIOD;extern BOOL allocFlag;extern BOOL dbgFlag;extern BOOL noCacheFlag;extern BOOL noNilRcvr;# 98 "../../include/objcrt/objcrt.h"SEL selUid(STR);STR selName(SEL);void dbg(char*fmt,...);void prnstack(FILE*file);void loadobjc(void*modPtr);void unloadobjc(void*modPtr);# 107 "../../include/objcrt/objcrt.h"IMP fwdimp(id,SEL,IMP);IMP fwdimpSuper(id,SEL,IMP);void fwdmsg(id,SEL,void*,ARGIMP);id selptrfwd(id,SEL,id,id,id,id); id idincref(id obj);id idassign(id*lhs,id rhs);id iddecref(id obj); extern id(*_fileIn)(FILE*);extern BOOL(*_fileOut)(FILE*,id);extern BOOL(*_storeOn)(STR,id);extern id(*_readFrom)(STR);void setfilein(id(*f)(FILE*));void setfileout(BOOL(*f)(FILE*,id)); extern id(*_showOn)(id,unsigned); void*OC_Malloc(size_t);void*OC_MallocAtomic(size_t);void*OC_Calloc(size_t);void*OC_Realloc(void*,size_t);void*OC_Free(void*data);# 1 "../../util/string.h"#include <string.h> # 28 "intarray.h"typedef struct intary{int capacity;int*ptr;}*intary_t;# 32 "ocstring.h"typedef struct objstr{int count;int capacity;char*ptr;}*objstr_t;# 35 "intarray.h"struct IntArray_PRIVATE { # 42 "../../include/objcrt/Object.h"id isa;# 46 "../../include/objcrt/Object.h"unsigned short attr;unsigned short objID;# 34 "array.h"unsigned capacity;# 37 "intarray.h"struct intary value;}; # 35 "intarray.h"extern id IntArray; # 35 "intarray.h"extern struct _SHARED _IntArray;extern struct _SHARED __IntArray; # 42 "intarray.m"static voidfill(int*p,int v,int n){while(n--){ *p++=v;}} static voidinit(intary_t self,int v,int c){int*p=(int*)OC_MallocAtomic(c*sizeof(int));self->capacity=c;self->ptr=p;fill(p,v,c);} static id c_IntArray_new(struct IntArray_PRIVATE *self,SEL _cmd){id objcT0,objcT1; # 62 "intarray.m"id newObj=(objcT0=__IntArray.clsSuper,(*_impSuper(objcT0,selTransTbl[0]))((id)self,selTransTbl[0]));init((objcT1=newObj,(*(intary_t(*)(id,SEL))_imp(objcT1,selTransTbl[1]))(objcT1,selTransTbl[1])),0,(16));return newObj;} static id c_IntArray_new_(struct IntArray_PRIVATE *self,SEL _cmd,unsigned n){id objcT2,objcT3; # 69 "intarray.m"id newObj=(objcT2=__IntArray.clsSuper,(*_impSuper(objcT2,selTransTbl[0]))((id)self,selTransTbl[0]));init((objcT3=newObj,(*(intary_t(*)(id,SEL))_imp(objcT3,selTransTbl[1]))(objcT3,selTransTbl[1])),0,n);return newObj;} static id c_IntArray_with_(struct IntArray_PRIVATE *self,SEL _cmd,int nArgs,...){id objcT4;unsigned i;va_list vp;id newObject=(objcT4=(id)self,(*(id(*)(id,SEL,unsigned))_imp(objcT4,selTransTbl[2]))(objcT4,selTransTbl[2],nArgs));# 94 "intarray.m"va_start(vp,nArgs);for(i=0;i<nArgs;i++){id objcT5; # 97 "intarray.m"int anObject=va_arg(vp,int);(objcT5=newObject,(*(int(*)(id,SEL,unsigned,int))_imp(objcT5,selTransTbl[3]))(objcT5,selTransTbl[3],i,anObject));}va_end(vp); return newObject;} static voidintncpy(int*p,int*q,int n){while(n--){ *p++= *q++;}} static voidcopy(intary_t dst,intary_t src){int n=src->capacity; dst->capacity=n+1;dst->ptr=(int*)OC_MallocAtomic(dst->capacity*sizeof(int)); intncpy(dst->ptr,src->ptr,n);} static id i_IntArray_copy(struct IntArray_PRIVATE *self,SEL _cmd){id objcT6,objcT7; # 128 "intarray.m"id aCopy=(objcT6=_IntArray.clsSuper,(*_impSuper(objcT6,selTransTbl[4]))((id)self,selTransTbl[4]));copy((objcT7=aCopy,(*(intary_t(*)(id,SEL))_imp(objcT7,selTransTbl[1]))(objcT7,selTransTbl[1])),( &self->value));return aCopy;} static id i_IntArray_deepCopy(struct IntArray_PRIVATE *self,SEL _cmd){id objcT8; # 135 "intarray.m"return(objcT8=(id)self,(*_imp(objcT8,selTransTbl[4]))(objcT8,selTransTbl[4]));} static voidclear(intary_t self){OC_Free(self->ptr);self->ptr=NULL;} static id i_IntArray_free(struct IntArray_PRIVATE *self,SEL _cmd){id objcT9; # 147 "intarray.m"clear(( &self->value));return(objcT9=_IntArray.clsSuper,(*_impSuper(objcT9,selTransTbl[5]))((id)self,selTransTbl[5]));} # 157 "intarray.m"static intary_t i_IntArray_intaryvalue(struct IntArray_PRIVATE *self,SEL _cmd){return( &self->value);} static unsigned i_IntArray_size(struct IntArray_PRIVATE *self,SEL _cmd){return( &self->value)->capacity;} # 28 "outofbnd.h"extern id OutOfBounds; # 167 "intarray.m"static intintat(intary_t self,int i){if(0<=i&&i<self->capacity){return(self->ptr)[i];}else{id objcT10; # 176 "intarray.m"(objcT10=OutOfBounds,(*_imp(objcT10,selTransTbl[6]))(objcT10,selTransTbl[6]));return 0;}} static int i_IntArray_intAt_(struct IntArray_PRIVATE *self,SEL _cmd,unsigned anOffset){return intat(( &self->value),anOffset);} static intintputint(int*self,int c){int r= *self; *self=c;return r;} static intputintat(intary_t self,int i,int c){if(0<=i&&i<self->capacity){return intputint(self->ptr+i,c);}else{id objcT11; # 203 "intarray.m"(objcT11=OutOfBounds,(*_imp(objcT11,selTransTbl[6]))(objcT11,selTransTbl[6]));return 0;}} static int i_IntArray_intAt_put_(struct IntArray_PRIVATE *self,SEL _cmd,unsigned anOffset,int anInt){return putintat(( &self->value),anOffset,anInt);} # 219 "intarray.m"static voidresize(intary_t self,unsigned c){int min,n;int*newp=(int*)OC_Realloc(self->ptr,c*sizeof(int));n=self->capacity;min=(n<c)?n:c;fill(newp+min,0,c-min);self->ptr=newp;self->capacity=c;} static unsigned i_IntArray_capacity(struct IntArray_PRIVATE *self,SEL _cmd){return( &self->value)->capacity;} static id i_IntArray_capacity_(struct IntArray_PRIVATE *self,SEL _cmd,unsigned nSlots){resize(( &self->value),nSlots);return(id)self;} static voidremovezeroes(int*to,int*limit){int*from; while((to<limit)&&( *to!=0)){to++;}for(from=to+1;from<limit;from++){if( *from) *to++= *from;}while(to<limit){ *to++=0;}} static voidpackcontents(intary_t self){removezeroes(self->ptr,self->ptr+self->capacity);} static id i_IntArray_packContents(struct IntArray_PRIVATE *self,SEL _cmd){packcontents(( &self->value));return(id)self;} # 280 "intarray.m"static id i_IntArray_printOn_(struct IntArray_PRIVATE *self,SEL _cmd,IOD aFile){id objcT12,objcT13,objcT14; # 282 "intarray.m"unsigned i,n=(objcT12=(id)self,(*(unsigned(*)(id,SEL))_imp(objcT12,selTransTbl[7]))(objcT12,selTransTbl[7]));if(n)fprintf(aFile,"%i",(objcT13=(id)self,(*(int(*)(id,SEL,unsigned))_imp(objcT13,selTransTbl[8]))(objcT13,selTransTbl[8],0)));for(i=1;i<n;i++)fprintf(aFile,",%i",(objcT14=(id)self,(*(int(*)(id,SEL,unsigned))_imp(objcT14,selTransTbl[8]))(objcT14,selTransTbl[8],i)));return(id)self;} # 297 "intarray.m"static voidintfileout(id aFiler,int*p,int n){while(n--){id objcT15; # 302 "intarray.m"(objcT15=aFiler,(*(id(*)(id,SEL,void*,char))_imp(objcT15,selTransTbl[9]))(objcT15,selTransTbl[9],p++,'i'));}} static voidintfilein(id aFiler,int*p,int n){while(n--){id objcT16; # 311 "intarray.m"(objcT16=aFiler,(*(id(*)(id,SEL,void*,char))_imp(objcT16,selTransTbl[10]))(objcT16,selTransTbl[10],p++,'i'));}} static voidfileout(id aFiler,intary_t self){id objcT17; # 318 "intarray.m"(objcT17=aFiler,(*(id(*)(id,SEL,void*,char))_imp(objcT17,selTransTbl[9]))(objcT17,selTransTbl[9], &self->capacity,'i'));intfileout(aFiler,self->ptr,self->capacity);} static voidfilein(id aFiler,intary_t self){id objcT18; # 325 "intarray.m"(objcT18=aFiler,(*(id(*)(id,SEL,void*,char))_imp(objcT18,selTransTbl[10]))(objcT18,selTransTbl[10], &self->capacity,'i'));self->ptr=(int*)OC_MallocAtomic(self->capacity*sizeof(int));intfilein(aFiler,self->ptr,self->capacity);} static id i_IntArray_fileOutOn_(struct IntArray_PRIVATE *self,SEL _cmd,id aFiler){id objcT19; # 332 "intarray.m"(objcT19=_IntArray.clsSuper,(*_impSuper(objcT19,selTransTbl[11]))((id)self,selTransTbl[11],aFiler));fileout(aFiler, &self->value);return(id)self;} static id i_IntArray_fileInFrom_(struct IntArray_PRIVATE *self,SEL _cmd,id aFiler){id objcT20; # 339 "intarray.m"(objcT20=_IntArray.clsSuper,(*_impSuper(objcT20,selTransTbl[12]))((id)self,selTransTbl[12],aFiler));filein(aFiler, &self->value);return(id)self;}# 348 "intarray.m"#ident "acomp: Sun C 5.10 SunOS_i386 2009/06/03" extern id Object;extern struct _SHARED _Object;extern struct _SHARED __Object;extern id Array;extern struct _SHARED _Array;extern struct _SHARED __Array;static struct _SLT _IntArray_clsDispatchTbl[] ={{"new",(id (*)())c_IntArray_new},{"new:",(id (*)())c_IntArray_new_},{"with:",(id (*)())c_IntArray_with_},{(char*)0,(id (*)())0}};static struct _SLT _IntArray_nstDispatchTbl[] ={{"copy",(id (*)())i_IntArray_copy},{"deepCopy",(id (*)())i_IntArray_deepCopy},{"free",(id (*)())i_IntArray_free},{"intaryvalue",(id (*)())i_IntArray_intaryvalue},{"size",(id (*)())i_IntArray_size},{"intAt:",(id (*)())i_IntArray_intAt_},{"intAt:put:",(id (*)())i_IntArray_intAt_put_},{"capacity",(id (*)())i_IntArray_capacity},{"capacity:",(id (*)())i_IntArray_capacity_},{"packContents",(id (*)())i_IntArray_packContents},{"printOn:",(id (*)())i_IntArray_printOn_},{"fileOutOn:",(id (*)())i_IntArray_fileOutOn_},{"fileInFrom:",(id (*)())i_IntArray_fileInFrom_},{(char*)0,(id (*)())0}};id IntArray = (id)&_IntArray;id *OBJCCLASS_IntArray(void) { return &IntArray; }struct _SHARED _IntArray = { (id)&__IntArray, (id)&_Array, "IntArray", 0, sizeof(struct IntArray_PRIVATE), 13,Lines 1–500 of 560. 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# 1 "intarray.m" struct _PRIVATE { struct _PRIVATE *isa; }; typedef struct _PRIVATE *id; struct _SHARED { id isa; id clsSuper; char *clsName; char *clsTypes; short clsSizInstance; short clsSizDict; struct _SLT *clsDispTable; long clsStatus; struct modDescriptor *clsMod; unsigned clsVersion; id clsCats; id *clsGlbl; }; extern id (* _imp(id,char*))(); extern id (* _impSuper(id,char*))(); extern struct modDescriptor *_OBJCBIND_intarray(void); static char **selTransTbl; struct _SLT {char *_cmd;id (*_imp)();}; struct modDescriptor { char *modName; char *modVersion; long modStatus; char *modMinSel; char *modMaxSel; id *modClsLst; short modSelRef; char **modSelTbl; struct methodDescriptor *modMapTbl; }; extern struct modDescriptor intarray_modDesc; # 1 "../../util/stdarg.h" #include <stdarg.h> # 1 "../../util/assert.h" #include <assert.h> # 1 "../../util/stdlib.h" #include <stdlib.h> # 1 "../../util/stdio.h" #include <stdio.h> # 1 "../../util/stdio.h" #include <stdio.h> # 1 "../../util/stddef.h" #include <stddef.h> # 53 "../../include/objcrt/objcrt.h" typedef char*SEL; typedef char*STR; typedef char BOOL; typedef FILE*IOD; typedef id SHR; # 62 "../../include/objcrt/objcrt.h" typedef id(*IMP)(); typedef void(*ARGIMP)(id,SEL,void*); # 85 "../../include/objcrt/objcrt.h" extern BOOL msgFlag; extern FILE*msgIOD; extern FILE*dbgIOD; extern BOOL allocFlag; extern BOOL dbgFlag; extern BOOL noCacheFlag; extern BOOL noNilRcvr; # 98 "../../include/objcrt/objcrt.h" SEL selUid(STR); STR selName(SEL); void dbg(char*fmt,...); void prnstack(FILE*file); void loadobjc(void*modPtr); void unloadobjc(void*modPtr); # 107 "../../include/objcrt/objcrt.h" IMP fwdimp(id,SEL,IMP); IMP fwdimpSuper(id,SEL,IMP); void fwdmsg(id,SEL,void*,ARGIMP); id selptrfwd(id,SEL,id,id,id,id); id idincref(id obj); id idassign(id*lhs,id rhs); id iddecref(id obj); extern id(*_fileIn)(FILE*); extern BOOL(*_fileOut)(FILE*,id); extern BOOL(*_storeOn)(STR,id); extern id(*_readFrom)(STR); void setfilein(id(*f)(FILE*)); void setfileout(BOOL(*f)(FILE*,id)); extern id(*_showOn)(id,unsigned); void*OC_Malloc(size_t); void*OC_MallocAtomic(size_t); void*OC_Calloc(size_t); void*OC_Realloc(void*,size_t); void*OC_Free(void*data); # 1 "../../util/string.h" #include <string.h> # 28 "intarray.h" typedef struct intary { int capacity; int*ptr; }* intary_t; # 32 "ocstring.h" typedef struct objstr { int count; int capacity; char*ptr; }* objstr_t; # 35 "intarray.h" struct IntArray_PRIVATE { # 42 "../../include/objcrt/Object.h" id isa; # 46 "../../include/objcrt/Object.h" unsigned short attr; unsigned short objID; # 34 "array.h" unsigned capacity; # 37 "intarray.h" struct intary value;}; # 35 "intarray.h" extern id IntArray; # 35 "intarray.h" extern struct _SHARED _IntArray; extern struct _SHARED __IntArray; # 42 "intarray.m" static void fill(int*p,int v,int n) { while(n--) { * p++=v; } } static void init(intary_t self,int v,int c) { int*p=(int*)OC_MallocAtomic(c*sizeof(int)); self->capacity=c; self->ptr=p; fill(p,v,c); } static id c_IntArray_new(struct IntArray_PRIVATE *self,SEL _cmd) { id objcT0,objcT1; # 62 "intarray.m" id newObj=(objcT0=__IntArray.clsSuper,(*_impSuper(objcT0,selTransTbl[0]))((id)self,selTransTbl[0])); init((objcT1=newObj,(*(intary_t(*)(id,SEL))_imp(objcT1,selTransTbl[1]))(objcT1,selTransTbl[1])),0,(16)); return newObj; } static id c_IntArray_new_(struct IntArray_PRIVATE *self,SEL _cmd,unsigned n) { id objcT2,objcT3; # 69 "intarray.m" id newObj=(objcT2=__IntArray.clsSuper,(*_impSuper(objcT2,selTransTbl[0]))((id)self,selTransTbl[0])); init((objcT3=newObj,(*(intary_t(*)(id,SEL))_imp(objcT3,selTransTbl[1]))(objcT3,selTransTbl[1])),0,n); return newObj; } static id c_IntArray_with_(struct IntArray_PRIVATE *self,SEL _cmd,int nArgs,...) { id objcT4; unsigned i; va_list vp; id newObject=(objcT4=(id)self,(*(id(*)(id,SEL,unsigned))_imp(objcT4,selTransTbl[2]))(objcT4,selTransTbl[2],nArgs)); # 94 "intarray.m" va_start(vp,nArgs); for(i=0;i<nArgs;i++) { id objcT5; # 97 "intarray.m" int anObject=va_arg(vp,int); (objcT5=newObject,(*(int(*)(id,SEL,unsigned,int))_imp(objcT5,selTransTbl[3]))(objcT5,selTransTbl[3],i,anObject)); } va_end(vp); return newObject; } static void intncpy(int*p,int*q,int n) { while(n--) { * p++= *q++; } } static void copy(intary_t dst,intary_t src) { int n=src->capacity; dst->capacity=n+1; dst->ptr=(int*)OC_MallocAtomic(dst->capacity*sizeof(int)); intncpy(dst->ptr,src->ptr,n); } static id i_IntArray_copy(struct IntArray_PRIVATE *self,SEL _cmd) { id objcT6,objcT7; # 128 "intarray.m" id aCopy=(objcT6=_IntArray.clsSuper,(*_impSuper(objcT6,selTransTbl[4]))((id)self,selTransTbl[4])); copy((objcT7=aCopy,(*(intary_t(*)(id,SEL))_imp(objcT7,selTransTbl[1]))(objcT7,selTransTbl[1])),( &self->value)); return aCopy; } static id i_IntArray_deepCopy(struct IntArray_PRIVATE *self,SEL _cmd) { id objcT8; # 135 "intarray.m" return(objcT8=(id)self,(*_imp(objcT8,selTransTbl[4]))(objcT8,selTransTbl[4])); } static void clear(intary_t self) { OC_Free(self->ptr); self->ptr=NULL; } static id i_IntArray_free(struct IntArray_PRIVATE *self,SEL _cmd) { id objcT9; # 147 "intarray.m" clear(( &self->value)); return(objcT9=_IntArray.clsSuper,(*_impSuper(objcT9,selTransTbl[5]))((id)self,selTransTbl[5])); } # 157 "intarray.m" static intary_t i_IntArray_intaryvalue(struct IntArray_PRIVATE *self,SEL _cmd) { return( &self->value); } static unsigned i_IntArray_size(struct IntArray_PRIVATE *self,SEL _cmd) { return( &self->value)->capacity; } # 28 "outofbnd.h" extern id OutOfBounds; # 167 "intarray.m" static int intat(intary_t self,int i) { if(0<=i&&i<self->capacity) { return(self->ptr)[i]; } else { id objcT10; # 176 "intarray.m" (objcT10=OutOfBounds,(*_imp(objcT10,selTransTbl[6]))(objcT10,selTransTbl[6])); return 0; } } static int i_IntArray_intAt_(struct IntArray_PRIVATE *self,SEL _cmd,unsigned anOffset) { return intat(( &self->value),anOffset); } static int intputint(int*self,int c) { int r= *self; * self=c; return r; } static int putintat(intary_t self,int i,int c) { if(0<=i&&i<self->capacity) { return intputint(self->ptr+i,c); } else { id objcT11; # 203 "intarray.m" (objcT11=OutOfBounds,(*_imp(objcT11,selTransTbl[6]))(objcT11,selTransTbl[6])); return 0; } } static int i_IntArray_intAt_put_(struct IntArray_PRIVATE *self,SEL _cmd,unsigned anOffset,int anInt) { return putintat(( &self->value),anOffset,anInt); } # 219 "intarray.m" static void resize(intary_t self,unsigned c) { int min,n; int*newp=(int*)OC_Realloc(self->ptr,c*sizeof(int)); n=self->capacity; min=(n<c)?n:c; fill(newp+min,0,c-min); self->ptr=newp; self->capacity=c; } static unsigned i_IntArray_capacity(struct IntArray_PRIVATE *self,SEL _cmd) { return( &self->value)->capacity; } static id i_IntArray_capacity_(struct IntArray_PRIVATE *self,SEL _cmd,unsigned nSlots) { resize(( &self->value),nSlots); return(id)self; } static void removezeroes(int*to,int*limit) { int*from; while((to<limit)&&( *to!=0)) { to++; } for(from=to+1;from<limit;from++) { if( *from) * to++= *from; } while(to<limit) { * to++=0; } } static void packcontents(intary_t self) { removezeroes(self->ptr,self->ptr+self->capacity); } static id i_IntArray_packContents(struct IntArray_PRIVATE *self,SEL _cmd) { packcontents(( &self->value)); return(id)self; } # 280 "intarray.m" static id i_IntArray_printOn_(struct IntArray_PRIVATE *self,SEL _cmd,IOD aFile) { id objcT12,objcT13,objcT14; # 282 "intarray.m" unsigned i,n=(objcT12=(id)self,(*(unsigned(*)(id,SEL))_imp(objcT12,selTransTbl[7]))(objcT12,selTransTbl[7])); if(n) fprintf(aFile,"%i",(objcT13=(id)self,(*(int(*)(id,SEL,unsigned))_imp(objcT13,selTransTbl[8]))(objcT13,selTransTbl[8],0))); for(i=1;i<n;i++) fprintf(aFile,",%i",(objcT14=(id)self,(*(int(*)(id,SEL,unsigned))_imp(objcT14,selTransTbl[8]))(objcT14,selTransTbl[8],i))); return(id)self; } # 297 "intarray.m" static void intfileout(id aFiler,int*p,int n) { while(n--) { id objcT15; # 302 "intarray.m" (objcT15=aFiler,(*(id(*)(id,SEL,void*,char))_imp(objcT15,selTransTbl[9]))(objcT15,selTransTbl[9],p++,'i')); } } static void intfilein(id aFiler,int*p,int n) { while(n--) { id objcT16; # 311 "intarray.m" (objcT16=aFiler,(*(id(*)(id,SEL,void*,char))_imp(objcT16,selTransTbl[10]))(objcT16,selTransTbl[10],p++,'i')); } } static void fileout(id aFiler,intary_t self) { id objcT17; # 318 "intarray.m" (objcT17=aFiler,(*(id(*)(id,SEL,void*,char))_imp(objcT17,selTransTbl[9]))(objcT17,selTransTbl[9], &self->capacity,'i')); intfileout(aFiler,self->ptr,self->capacity); } static void filein(id aFiler,intary_t self) { id objcT18; # 325 "intarray.m" (objcT18=aFiler,(*(id(*)(id,SEL,void*,char))_imp(objcT18,selTransTbl[10]))(objcT18,selTransTbl[10], &self->capacity,'i')); self->ptr=(int*)OC_MallocAtomic(self->capacity*sizeof(int)); intfilein(aFiler,self->ptr,self->capacity); } static id i_IntArray_fileOutOn_(struct IntArray_PRIVATE *self,SEL _cmd,id aFiler) { id objcT19; # 332 "intarray.m" (objcT19=_IntArray.clsSuper,(*_impSuper(objcT19,selTransTbl[11]))((id)self,selTransTbl[11],aFiler)); fileout(aFiler, &self->value); return(id)self; } static id i_IntArray_fileInFrom_(struct IntArray_PRIVATE *self,SEL _cmd,id aFiler) { id objcT20; # 339 "intarray.m" (objcT20=_IntArray.clsSuper,(*_impSuper(objcT20,selTransTbl[12]))((id)self,selTransTbl[12],aFiler)); filein(aFiler, &self->value); return(id)self; } # 348 "intarray.m" #ident "acomp: Sun C 5.10 SunOS_i386 2009/06/03" extern id Object; extern struct _SHARED _Object; extern struct _SHARED __Object; extern id Array; extern struct _SHARED _Array; extern struct _SHARED __Array; static struct _SLT _IntArray_clsDispatchTbl[] ={ {"new",(id (*)())c_IntArray_new}, {"new:",(id (*)())c_IntArray_new_}, {"with:",(id (*)())c_IntArray_with_}, {(char*)0,(id (*)())0} }; static struct _SLT _IntArray_nstDispatchTbl[] ={ {"copy",(id (*)())i_IntArray_copy}, {"deepCopy",(id (*)())i_IntArray_deepCopy}, {"free",(id (*)())i_IntArray_free}, {"intaryvalue",(id (*)())i_IntArray_intaryvalue}, {"size",(id (*)())i_IntArray_size}, {"intAt:",(id (*)())i_IntArray_intAt_}, {"intAt:put:",(id (*)())i_IntArray_intAt_put_}, {"capacity",(id (*)())i_IntArray_capacity}, {"capacity:",(id (*)())i_IntArray_capacity_}, {"packContents",(id (*)())i_IntArray_packContents}, {"printOn:",(id (*)())i_IntArray_printOn_}, {"fileOutOn:",(id (*)())i_IntArray_fileOutOn_}, {"fileInFrom:",(id (*)())i_IntArray_fileInFrom_}, {(char*)0,(id (*)())0} }; id IntArray = (id)&_IntArray; id *OBJCCLASS_IntArray(void) { return &IntArray; } struct _SHARED _IntArray = { (id)&__IntArray, (id)&_Array, "IntArray", 0, sizeof(struct IntArray_PRIVATE), 13,