Jul 3, 2017
Interbase 5.6 C & C++Â Pre-Compiler - Buy on Amazon
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Interbase 5.6 C & C++Â Pre-Compiler - Buy on Amazon
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How-to: Why #define TRUE (1==1) in a C boolean macro instead of simply as 1? #it #programming #dev
How-to: Why #define TRUE (1==1) in a C boolean macro instead of simply as 1? #it #programming #dev
Why #define TRUE (1==1) in a C boolean macro instead of simply as 1?
I’ve seen definitions in C
#define TRUE (1==1) #define FALSE (!TRUE)
Is this necessary? What’s the benefit over simply defining TRUE as 1, and FALSE as 0?
Answer [by SLaks]: Why #define TRUE (1==1) in a C boolean macro instead of simply as 1?
This approach will use the actual boolean type (and resolve to true and false) if…
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How to: Why #define TRUE (1==1) in a C boolean macro instead of simply as 1?
How to: Why #define TRUE (1==1) in a C boolean macro instead of simply as 1?
Why #define TRUE (1==1) in a C boolean macro instead of simply as 1?
I’ve seen definitions in C
#define TRUE (1==1) #define FALSE (!TRUE)
Is this necessary? What’s the benefit over simply defining TRUE as 1, and FALSE as 0?
Answer: Why #define TRUE (1==1) in a C boolean macro instead of simply as 1?
This approach will use the actual boolean type (and resolve to true and false) if the compiler…
View On WordPress