File indexing completed on 2025-11-22 06:09:00 UTC
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b4daa24319 Shre*0001 #ifndef ADSTACK_INCLUDED
0002 #define ADSTACK_INCLUDED
0003
0004 #include "complex.h"
feb7fa5d1e dngo*0005 #include <stdint.h>
b4daa24319 Shre*0006
0007 void adStack_startRepeat() ;
0008 void adStack_resetRepeat() ;
0009 void adStack_endRepeat() ;
0010
0011 /* char* pushBlock() ; */
0012 /* char* popBlock() ; */
0013 /* void pushNArray(char *x, int nbChars) ; */
0014 /* void popNArray(char *x, int nbChars) ; */
0015
0016 void pushInteger4Array(int *x, int n) ;
0017 void popInteger4Array(int *x, int n) ;
0018 void pushInteger8Array(long *x, int n) ;
0019 void popInteger8Array(long *x, int n) ;
0020 void pushReal4Array(float *x, int n) ;
0021 void popReal4Array(float *x, int n) ;
0022 void pushReal8Array(double *x, int n) ;
0023 void popReal8Array(double *x, int n) ;
feb7fa5d1e dngo*0024 void pushReal16Array(long double *x, int n) ;
0025 void popReal16Array(long double *x, int n) ;
b4daa24319 Shre*0026 /* Commented out because sizeof(complex) == sizeof(double complex) == 16 */
0027 /* void pushComplex8Array(complex *x, int n) ; */
0028 /* void popComplex8Array(complex *x, int n) ; */
0029 void pushComplex16Array(double complex *x, int n) ;
0030 void popComplex16Array(double complex *x, int n) ;
0031 void pushCharacterArray(char *x, int n) ;
0032 void popCharacterArray(char *x, int n) ;
0033
0034 void pushCharacter(char val) ;
0035 void popCharacter(char* val) ;
0036 void pushReal4(float val) ;
0037 void popReal4(float* val) ;
0038 void pushReal8(double val) ;
0039 void popReal8(double* val) ;
feb7fa5d1e dngo*0040 void pushReal16(long double *val) ;
0041 void popReal16(long double *val) ;
b4daa24319 Shre*0042 void pushInteger4(int val) ;
0043 void popInteger4(int* val) ;
0044 void pushInteger8(long val) ;
0045 void popInteger8(long* val) ;
0046 /* Commented out because sizeof(complex) == sizeof(double complex) == 16 */
0047 /* void pushComplex8(complex val) ; */
0048 /* void popComplex8(complex *val) ; */
0049 void pushComplex16(double complex val) ;
0050 void popComplex16(double complex *val) ;
0051 void pushPointer4(void* val) ;
0052 void popPointer4(void** val) ;
0053 void pushPointer8(void* val) ;
0054 void popPointer8(void** val) ;
0055 void pushBoolean(int x) ;
0056 void popBoolean(int *x) ;
0057
0058 void pushBit(int x) ;
0059 int popBit() ;
0060
0061 void pushControl1b(int cc) ;
0062 void popControl1b(int *cc) ;
0063 void pushControl2b(int cc) ;
0064 void popControl2b(int *cc) ;
0065 void pushControl3b(int cc) ;
0066 void popControl3b(int *cc) ;
0067 void pushControl4b(int cc) ;
0068 void popControl4b(int *cc) ;
0069 void pushControl5b(int cc) ;
0070 void popControl5b(int *cc) ;
0071 void pushControl6b(int cc) ;
0072 void popControl6b(int *cc) ;
0073 void pushControl7b(int cc) ;
0074 void popControl7b(int *cc) ;
0075 void pushControl8b(int cc) ;
0076 void popControl8b(int *cc) ;
0077
0078 void adStack_showPeakSize() ;
0079 void adStack_showTotalTraffic() ;
0080 void adStack_showStackSize(int label) ;
0081 void adStack_showStack(char *locationName) ;
0082
feb7fa5d1e dngo*0083 uint64_t adStack_getCurrentStackSize();
0084
b4daa24319 Shre*0085 int stackIsThreadSafe() ;
0086 #endif
