Camel Coder camel-cdr
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| #include <stdio.h> | |
| #include <time.h> | |
| static const char mon_name[12][3] = { | |
| "Jan", "Feb", "Mar", "Apr", "May", "Jun", | |
| "Jul", "Aug", "Sep", "Oct", "Nov", "Dec" | |
| }; | |
| int | |
| main(void) |
camel-cdr
/ xor.c
Created
June 18, 2021 12:32
xor encryption using the preprocessor (Idea from https://www.reddit.com/r/C_Programming/comments/o2lgt3/constexpr_in_c/)
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| #include <stdio.h> | |
| #define E2(...) E1(E1(E1(E1(E1(E1(E1(E1(E1(E1(__VA_ARGS__)))))))))) | |
| #define E1(...) __VA_ARGS__ | |
| #define EMPTY() | |
| #define DEFER1(m) m EMPTY() | |
| #define APPLY3(F,a,m,k) F(a,0,m,k), F(a,1,m,k), F(a,2,m,k), \ | |
| F(a,3,m,k), F(a,4,m,k), F(a,5,m,k), \ | |
| F(a,6,m,k), F(a,7,m,k), F(a,8,m,k), \ |
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| #include <stdio.h> | |
| #define E2(...) E1(E1(E1(E1(E1(E1(E1(E1(E1(E1(__VA_ARGS__)))))))))) | |
| #define E1(...) __VA_ARGS__ | |
| #define EMPTY() | |
| #define DEFER1(m) m EMPTY() | |
| #define APPLY3(F,a,x,y,v) F(a,0,x,y,v), F(a,1,x,y,v), F(a,2,x,y,v), \ | |
| F(a,3,x,y,v), F(a,4,x,y,v), F(a,5,x,y,v), \ | |
| F(a,6,x,y,v), F(a,7,x,y,v), F(a,8,x,y,v), \ |
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| i,j,k,L; | |
| #include <time.h> | |
| float X,Y,Z,l,t,x,y,z, | |
| A,S,C;r(X,Y)float*X,*Y;{A | |
| =*X,S=sin(l),C=cos(l);*X=A*C | |
| -*Y*S,*Y=A*S+*Y *C;}main() | |
| {char*p,s[L=( W+1)*H]; | |
| printf("\x1b" "[2J");r | |
| :p=s;for(i=0; i<H;++i, | |
| *p++=10)for(j =0;j<W; |
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| struct list { struct list *list; }; | |
| struct list * | |
| list(struct list *list) | |
| { | |
| list: | |
| if (list->list && (list = list->list)) | |
| goto list; | |
| return list; | |
| } |
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| /* | |
| * 5.2 Uniform real distribution ----------------------------------------------- | |
| * | |
| * Generating uniform random floating-point numbers might seem easy at first | |
| * glance, just cast the output of a PRNG to the desired float type and divide | |
| * by the biggest possible output of the PRNG to obtain a random float between | |
| * 0 and 1 that can now be scaled up. | |
| * Though as before this straightforward approach is biased. | |
| * | |
| * For the next part, I assume you are already acquainted with the IEEE 754 |
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