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vary.h
1480 lines (1479 loc) · 52.1 KB
/
vary.h
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// Autogenerated file; see corresponding .js
// vary on a single element. unpacks x[i] into a C variable
// called _x, of the correct c native type. then executes
// your code (stmt). If it's a type that can't be unpacked,
// the TAG of the type is set in failvar, you can handle it.
// VARY_EL varies over one element: x[i].
#define VARY_EL(x,i,stmt,failvar) ({ \
if(x->t==0){/*cant vary list*/ failvar=0;}\
if(x->t==1){/*tag*/\
tag_t _x=AS_t(x,i);\
stmt;}\
if(x->t==2){/*char*/\
char _x=AS_c(x,i);\
stmt;}\
if(x->t==3){/*byte*/\
int8_t _x=AS_b(x,i);\
stmt;}\
if(x->t==4){/*int*/\
int _x=AS_i(x,i);\
stmt;}\
if(x->t==5){/*long*/\
__int64_t _x=AS_j(x,i);\
stmt;}\
if(x->t==6){/*octa*/\
__int128_t _x=AS_o(x,i);\
stmt;}\
if(x->t==7){/*float*/\
double _x=AS_f(x,i);\
stmt;}\
if(x->t==8){/*cant vary dict*/ failvar=8;}\
if(x->t==9){/*cant vary table*/ failvar=9;}\
if(x->t==10){/*cant vary f1*/ failvar=10;}\
if(x->t==11){/*cant vary f2*/ failvar=11;}\
if(x->t==12){/*cant vary proj*/ failvar=12;}\
if(x->t==13){/*cant vary ctx*/ failvar=13;}\
})
// Autogenerated file; see corresponding .js
// same as above, but doesnt allow floats (think bitwise operations)
#define VARY_EL_NOFLOAT(x,i,stmt,failvar) ({ \
if(x->t==0){/*cant vary list*/ failvar=0;}\
if(x->t==1){/*tag*/\
tag_t _x=AS_t(x,i);\
stmt;}\
if(x->t==2){/*char*/\
char _x=AS_c(x,i);\
stmt;}\
if(x->t==3){/*byte*/\
int8_t _x=AS_b(x,i);\
stmt;}\
if(x->t==4){/*int*/\
int _x=AS_i(x,i);\
stmt;}\
if(x->t==5){/*long*/\
__int64_t _x=AS_j(x,i);\
stmt;}\
if(x->t==6){/*octa*/\
__int128_t _x=AS_o(x,i);\
stmt;}\
if(x->t==7){/*cant vary float*/ failvar=7;}\
if(x->t==8){/*cant vary dict*/ failvar=8;}\
if(x->t==9){/*cant vary table*/ failvar=9;}\
if(x->t==10){/*cant vary f1*/ failvar=10;}\
if(x->t==11){/*cant vary f2*/ failvar=11;}\
if(x->t==12){/*cant vary proj*/ failvar=12;}\
if(x->t==13){/*cant vary ctx*/ failvar=13;}\
})
#define VARY_EACH(x,stmt,failvar) ({ \
int _i=0,_xn=x->n,_xt=x->t; /*XRAY_log("VE");DUMP(x);*/\
if(_xt==0){/*cant vary list*/ failvar=0; }\
if(_xt==8){/*cant vary dict*/ failvar=8; }\
if(_xt==9){/*cant vary table*/ failvar=9; }\
if(_xt==10){/*cant vary f1*/ failvar=10; }\
if(_xt==11){/*cant vary f2*/ failvar=11; }\
if(_xt==12){/*cant vary proj*/ failvar=12; }\
if(_xt==13){/*cant vary ctx*/ failvar=13; }\
if(_xt==1){/*tag*/ \
tag_t _x,_xtmp=0;\
while (_i < _xn) { _x=AS_t(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==2){/*char*/ \
char _x,_xtmp=0;\
while (_i < _xn) { _x=AS_c(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==3){/*byte*/ \
int8_t _x,_xtmp=0;\
while (_i < _xn) { _x=AS_b(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==4){/*int*/ \
int _x,_xtmp=0;\
while (_i < _xn) { _x=AS_i(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==5){/*long*/ \
__int64_t _x,_xtmp=0;\
while (_i < _xn) { _x=AS_j(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==6){/*octa*/ \
__int128_t _x,_xtmp=0;\
while (_i < _xn) { _x=AS_o(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==7){/*float*/ \
double _x,_xtmp=0;\
while (_i < _xn) { _x=AS_f(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
})
#define VARY_EACH_NOFLOAT(x,stmt,failvar) ({ \
int _i=0,_xn=x->n,_xt=x->t; /*XRAY_log("VE");DUMP(x);*/\
if(_xt==0){/*cant vary list*/ failvar=0; }\
if(_xt==7){/*cant vary float*/ failvar=7; }\
if(_xt==8){/*cant vary dict*/ failvar=8; }\
if(_xt==9){/*cant vary table*/ failvar=9; }\
if(_xt==10){/*cant vary f1*/ failvar=10; }\
if(_xt==11){/*cant vary f2*/ failvar=11; }\
if(_xt==12){/*cant vary proj*/ failvar=12; }\
if(_xt==13){/*cant vary ctx*/ failvar=13; }\
if(_xt==1){/*tag*/ \
tag_t _x,_xtmp=0;\
while (_i < _xn) { _x=AS_t(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==2){/*char*/ \
char _x,_xtmp=0;\
while (_i < _xn) { _x=AS_c(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==3){/*byte*/ \
int8_t _x,_xtmp=0;\
while (_i < _xn) { _x=AS_b(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==4){/*int*/ \
int _x,_xtmp=0;\
while (_i < _xn) { _x=AS_i(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==5){/*long*/ \
__int64_t _x,_xtmp=0;\
while (_i < _xn) { _x=AS_j(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==6){/*octa*/ \
__int128_t _x,_xtmp=0;\
while (_i < _xn) { _x=AS_o(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
})
#define VARY_EACHLIST(x,stmt,failvar) ({ \
int _i=0,_xn=x->n,_xt=x->t; /*XRAY_log("VE");DUMP(x);*/\
if(_xt==8){/*cant vary dict*/ failvar=8; }\
if(_xt==9){/*cant vary table*/ failvar=9; }\
if(_xt==10){/*cant vary f1*/ failvar=10; }\
if(_xt==11){/*cant vary f2*/ failvar=11; }\
if(_xt==12){/*cant vary proj*/ failvar=12; }\
if(_xt==13){/*cant vary ctx*/ failvar=13; }\
if(_xt==0){/*list*/ \
VP _x,_xtmp=0;\
while (_i < _xn) { _x=AS_l(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==1){/*tag*/ \
tag_t _x,_xtmp=0;\
while (_i < _xn) { _x=AS_t(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==2){/*char*/ \
char _x,_xtmp=0;\
while (_i < _xn) { _x=AS_c(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==3){/*byte*/ \
int8_t _x,_xtmp=0;\
while (_i < _xn) { _x=AS_b(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==4){/*int*/ \
int _x,_xtmp=0;\
while (_i < _xn) { _x=AS_i(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==5){/*long*/ \
__int64_t _x,_xtmp=0;\
while (_i < _xn) { _x=AS_j(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==6){/*octa*/ \
__int128_t _x,_xtmp=0;\
while (_i < _xn) { _x=AS_o(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
if(_xt==7){/*float*/ \
double _x,_xtmp=0;\
while (_i < _xn) { _x=AS_f(x,_i); /* printf("%d {{5}}\n", _i, _x); */ stmt; _i++; }\
}\
})
#define VARY_EACHBOTH(x,y,stmt,failvar) ({ \
int _i=0,_j=0,_xn=x->n,_yn=y->n,_xt=x->t,_yt=y->t;\
if(_xt==8||_yt==8){/*cant vary dict*/ failvar=8; }\
if(_xt==9||_yt==9){/*cant vary table*/ failvar=9; }\
if(_xt==10||_yt==10){/*cant vary f1*/ failvar=10; }\
if(_xt==11||_yt==11){/*cant vary f2*/ failvar=11; }\
if(_xt==12||_yt==12){/*cant vary proj*/ failvar=12; }\
if(_xt==13||_yt==13){/*cant vary ctx*/ failvar=13; }\
if(_xt==1&&_yt==1){/*tag x tag*/ \
tag_t _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==2){/*tag x char*/ \
tag_t _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==3){/*tag x byte*/ \
tag_t _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==4){/*tag x int*/ \
tag_t _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==5){/*tag x long*/ \
tag_t _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==6){/*tag x octa*/ \
tag_t _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==7){/*tag x float*/ \
tag_t _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==1){/*char x tag*/ \
char _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==2){/*char x char*/ \
char _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==3){/*char x byte*/ \
char _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==4){/*char x int*/ \
char _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==5){/*char x long*/ \
char _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==6){/*char x octa*/ \
char _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==7){/*char x float*/ \
char _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==1){/*byte x tag*/ \
int8_t _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==2){/*byte x char*/ \
int8_t _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==3){/*byte x byte*/ \
int8_t _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==4){/*byte x int*/ \
int8_t _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==5){/*byte x long*/ \
int8_t _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==6){/*byte x octa*/ \
int8_t _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==7){/*byte x float*/ \
int8_t _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==1){/*int x tag*/ \
int _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==2){/*int x char*/ \
int _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==3){/*int x byte*/ \
int _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==4){/*int x int*/ \
int _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==5){/*int x long*/ \
int _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==6){/*int x octa*/ \
int _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==7){/*int x float*/ \
int _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==1){/*long x tag*/ \
__int64_t _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==2){/*long x char*/ \
__int64_t _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==3){/*long x byte*/ \
__int64_t _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==4){/*long x int*/ \
__int64_t _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==5){/*long x long*/ \
__int64_t _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==6){/*long x octa*/ \
__int64_t _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==7){/*long x float*/ \
__int64_t _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==1){/*octa x tag*/ \
__int128_t _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==2){/*octa x char*/ \
__int128_t _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==3){/*octa x byte*/ \
__int128_t _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==4){/*octa x int*/ \
__int128_t _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==5){/*octa x long*/ \
__int128_t _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==6){/*octa x octa*/ \
__int128_t _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==7){/*octa x float*/ \
__int128_t _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==7&&_yt==1){/*float x tag*/ \
double _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_f(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==7&&_yt==2){/*float x char*/ \
double _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_f(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==7&&_yt==3){/*float x byte*/ \
double _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_f(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==7&&_yt==4){/*float x int*/ \
double _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_f(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==7&&_yt==5){/*float x long*/ \
double _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_f(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==7&&_yt==6){/*float x octa*/ \
double _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_f(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==7&&_yt==7){/*float x float*/ \
double _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_f(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
})
#define VARY_EACHBOTH_NOFLOAT(x,y,stmt,failvar) ({ \
int _i=0,_j=0,_xn=x->n,_yn=y->n,_xt=x->t,_yt=y->t;\
if(_xt==8||_yt==8){/*cant vary dict*/ failvar=8; }\
if(_xt==9||_yt==9){/*cant vary table*/ failvar=9; }\
if(_xt==10||_yt==10){/*cant vary f1*/ failvar=10; }\
if(_xt==11||_yt==11){/*cant vary f2*/ failvar=11; }\
if(_xt==12||_yt==12){/*cant vary proj*/ failvar=12; }\
if(_xt==13||_yt==13){/*cant vary ctx*/ failvar=13; }\
if(_xt==1&&_yt==1){/*tag x tag*/ \
tag_t _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==2){/*tag x char*/ \
tag_t _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==3){/*tag x byte*/ \
tag_t _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==4){/*tag x int*/ \
tag_t _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==5){/*tag x long*/ \
tag_t _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==6){/*tag x octa*/ \
tag_t _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==1){/*char x tag*/ \
char _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==2){/*char x char*/ \
char _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==3){/*char x byte*/ \
char _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==4){/*char x int*/ \
char _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==5){/*char x long*/ \
char _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==6){/*char x octa*/ \
char _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==1){/*byte x tag*/ \
int8_t _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==2){/*byte x char*/ \
int8_t _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==3){/*byte x byte*/ \
int8_t _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==4){/*byte x int*/ \
int8_t _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==5){/*byte x long*/ \
int8_t _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==6){/*byte x octa*/ \
int8_t _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==1){/*int x tag*/ \
int _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==2){/*int x char*/ \
int _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==3){/*int x byte*/ \
int _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==4){/*int x int*/ \
int _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==5){/*int x long*/ \
int _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==6){/*int x octa*/ \
int _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==1){/*long x tag*/ \
__int64_t _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==2){/*long x char*/ \
__int64_t _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==3){/*long x byte*/ \
__int64_t _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==4){/*long x int*/ \
__int64_t _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==5){/*long x long*/ \
__int64_t _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==6){/*long x octa*/ \
__int64_t _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==1){/*octa x tag*/ \
__int128_t _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==2){/*octa x char*/ \
__int128_t _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==3){/*octa x byte*/ \
__int128_t _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==4){/*octa x int*/ \
__int128_t _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==5){/*octa x long*/ \
__int128_t _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==6){/*octa x octa*/ \
__int128_t _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
})
#define VARY_EACHBOTHLIST(x,y,stmt,failvar) ({ \
int _i=0,_j=0,_xn=x->n,_yn=y->n,_xt=x->t,_yt=y->t;\
if(_xt==8||_yt==8){/*cant vary dict*/ failvar=8; }\
if(_xt==9||_yt==9){/*cant vary table*/ failvar=9; }\
if(_xt==10||_yt==10){/*cant vary f1*/ failvar=10; }\
if(_xt==11||_yt==11){/*cant vary f2*/ failvar=11; }\
if(_xt==12||_yt==12){/*cant vary proj*/ failvar=12; }\
if(_xt==13||_yt==13){/*cant vary ctx*/ failvar=13; }\
if(_xt==0&&_yt==1){/*list x tag*/ \
VP _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_l(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==0&&_yt==2){/*list x char*/ \
VP _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_l(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==0&&_yt==3){/*list x byte*/ \
VP _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_l(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==0&&_yt==4){/*list x int*/ \
VP _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_l(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==0&&_yt==5){/*list x long*/ \
VP _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_l(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==0&&_yt==6){/*list x octa*/ \
VP _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_l(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==0&&_yt==7){/*list x float*/ \
VP _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_l(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==1){/*tag x tag*/ \
tag_t _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==2){/*tag x char*/ \
tag_t _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==3){/*tag x byte*/ \
tag_t _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==4){/*tag x int*/ \
tag_t _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==5){/*tag x long*/ \
tag_t _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==6){/*tag x octa*/ \
tag_t _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==1&&_yt==7){/*tag x float*/ \
tag_t _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_t(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==1){/*char x tag*/ \
char _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==2){/*char x char*/ \
char _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==3){/*char x byte*/ \
char _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==4){/*char x int*/ \
char _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==5){/*char x long*/ \
char _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==6){/*char x octa*/ \
char _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==2&&_yt==7){/*char x float*/ \
char _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_c(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==1){/*byte x tag*/ \
int8_t _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==2){/*byte x char*/ \
int8_t _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==3){/*byte x byte*/ \
int8_t _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==4){/*byte x int*/ \
int8_t _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==5){/*byte x long*/ \
int8_t _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==6){/*byte x octa*/ \
int8_t _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==3&&_yt==7){/*byte x float*/ \
int8_t _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_b(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==1){/*int x tag*/ \
int _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==2){/*int x char*/ \
int _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==3){/*int x byte*/ \
int _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==4){/*int x int*/ \
int _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==5){/*int x long*/ \
int _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==6){/*int x octa*/ \
int _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==4&&_yt==7){/*int x float*/ \
int _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_i(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==1){/*long x tag*/ \
__int64_t _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==2){/*long x char*/ \
__int64_t _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==3){/*long x byte*/ \
__int64_t _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==4){/*long x int*/ \
__int64_t _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==5){/*long x long*/ \
__int64_t _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==6){/*long x octa*/ \
__int64_t _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==5&&_yt==7){/*long x float*/ \
__int64_t _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_j(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==1){/*octa x tag*/ \
__int128_t _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==2){/*octa x char*/ \
__int128_t _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==3){/*octa x byte*/ \
__int128_t _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==4){/*octa x int*/ \
__int128_t _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==5){/*octa x long*/ \
__int128_t _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==6){/*octa x octa*/ \
__int128_t _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==6&&_yt==7){/*octa x float*/ \
__int128_t _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_o(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==7&&_yt==1){/*float x tag*/ \
double _x,_xtmp=0; tag_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_f(x,_i%_xn); _y=AS_t(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==7&&_yt==2){/*float x char*/ \
double _x,_xtmp=0; char _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_f(x,_i%_xn); _y=AS_c(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==7&&_yt==3){/*float x byte*/ \
double _x,_xtmp=0; int8_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_f(x,_i%_xn); _y=AS_b(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==7&&_yt==4){/*float x int*/ \
double _x,_xtmp=0; int _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_f(x,_i%_xn); _y=AS_i(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==7&&_yt==5){/*float x long*/ \
double _x,_xtmp=0; __int64_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_f(x,_i%_xn); _y=AS_j(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==7&&_yt==6){/*float x octa*/ \
double _x,_xtmp=0; __int128_t _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_f(x,_i%_xn); _y=AS_o(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
if(_xt==7&&_yt==7){/*float x float*/ \
double _x,_xtmp=0; double _y,_ytmp;\
while (_i<_xn && _j<_yn) { _x=AS_f(x,_i%_xn); _y=AS_f(y,_j%_yn); stmt; \
if(!SCALAR(x)) {_i++;} _j++; }\
}\
})
#define VARY_EACHLEFT(x,y,stmt,failvar) ({ \
int _i=0,_j=0,_xn=x->n,_yn=y->n,_xt=x->t,_yt=y->t;\
if(_xt==0||_yt==0){/*cant vary list*/ failvar=0; }\
if(_xt==8||_yt==8){/*cant vary dict*/ failvar=8; }\
if(_xt==9||_yt==9){/*cant vary table*/ failvar=9; }\
if(_xt==10||_yt==10){/*cant vary f1*/ failvar=10; }\
if(_xt==11||_yt==11){/*cant vary f2*/ failvar=11; }\
if(_xt==12||_yt==12){/*cant vary proj*/ failvar=12; }\
if(_xt==13||_yt==13){/*cant vary ctx*/ failvar=13; }\
if(_xt==1&&_yt==1){/*tag x tag*/ \
tag_t _x;tag_t _y; _y=AS_t(y,0);\
while (_i < _xn) { _x=AS_t(x,_i); stmt; _i++; }\
}\
if(_xt==1&&_yt==2){/*tag x char*/ \
tag_t _x;char _y; _y=AS_c(y,0);\
while (_i < _xn) { _x=AS_t(x,_i); stmt; _i++; }\
}\
if(_xt==1&&_yt==3){/*tag x byte*/ \
tag_t _x;int8_t _y; _y=AS_b(y,0);\
while (_i < _xn) { _x=AS_t(x,_i); stmt; _i++; }\
}\
if(_xt==1&&_yt==4){/*tag x int*/ \
tag_t _x;int _y; _y=AS_i(y,0);\
while (_i < _xn) { _x=AS_t(x,_i); stmt; _i++; }\
}\
if(_xt==1&&_yt==5){/*tag x long*/ \
tag_t _x;__int64_t _y; _y=AS_j(y,0);\
while (_i < _xn) { _x=AS_t(x,_i); stmt; _i++; }\
}\
if(_xt==1&&_yt==6){/*tag x octa*/ \
tag_t _x;__int128_t _y; _y=AS_o(y,0);\
while (_i < _xn) { _x=AS_t(x,_i); stmt; _i++; }\
}\
if(_xt==1&&_yt==7){/*tag x float*/ \
tag_t _x;double _y; _y=AS_f(y,0);\
while (_i < _xn) { _x=AS_t(x,_i); stmt; _i++; }\
}\
if(_xt==2&&_yt==1){/*char x tag*/ \
char _x;tag_t _y; _y=AS_t(y,0);\
while (_i < _xn) { _x=AS_c(x,_i); stmt; _i++; }\
}\
if(_xt==2&&_yt==2){/*char x char*/ \
char _x;char _y; _y=AS_c(y,0);\
while (_i < _xn) { _x=AS_c(x,_i); stmt; _i++; }\
}\
if(_xt==2&&_yt==3){/*char x byte*/ \
char _x;int8_t _y; _y=AS_b(y,0);\
while (_i < _xn) { _x=AS_c(x,_i); stmt; _i++; }\
}\
if(_xt==2&&_yt==4){/*char x int*/ \
char _x;int _y; _y=AS_i(y,0);\
while (_i < _xn) { _x=AS_c(x,_i); stmt; _i++; }\
}\
if(_xt==2&&_yt==5){/*char x long*/ \
char _x;__int64_t _y; _y=AS_j(y,0);\
while (_i < _xn) { _x=AS_c(x,_i); stmt; _i++; }\
}\
if(_xt==2&&_yt==6){/*char x octa*/ \
char _x;__int128_t _y; _y=AS_o(y,0);\
while (_i < _xn) { _x=AS_c(x,_i); stmt; _i++; }\
}\
if(_xt==2&&_yt==7){/*char x float*/ \
char _x;double _y; _y=AS_f(y,0);\
while (_i < _xn) { _x=AS_c(x,_i); stmt; _i++; }\
}\
if(_xt==3&&_yt==1){/*byte x tag*/ \
int8_t _x;tag_t _y; _y=AS_t(y,0);\
while (_i < _xn) { _x=AS_b(x,_i); stmt; _i++; }\
}\
if(_xt==3&&_yt==2){/*byte x char*/ \
int8_t _x;char _y; _y=AS_c(y,0);\
while (_i < _xn) { _x=AS_b(x,_i); stmt; _i++; }\
}\
if(_xt==3&&_yt==3){/*byte x byte*/ \
int8_t _x;int8_t _y; _y=AS_b(y,0);\
while (_i < _xn) { _x=AS_b(x,_i); stmt; _i++; }\
}\
if(_xt==3&&_yt==4){/*byte x int*/ \
int8_t _x;int _y; _y=AS_i(y,0);\
while (_i < _xn) { _x=AS_b(x,_i); stmt; _i++; }\
}\
if(_xt==3&&_yt==5){/*byte x long*/ \
int8_t _x;__int64_t _y; _y=AS_j(y,0);\
while (_i < _xn) { _x=AS_b(x,_i); stmt; _i++; }\
}\
if(_xt==3&&_yt==6){/*byte x octa*/ \
int8_t _x;__int128_t _y; _y=AS_o(y,0);\