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Jun 9, 2013 · #define TRUE 1 #define FALSE 0 However, any number not equal to 0 would be evaluated to true as well in a conditional statement. Therefore by using the below: #define TRUE (1==1) #define FALSE (!TRUE) You can just explicitly show that you trying to play it safe by making false equal to whatever isn't true.

First to answer your question, you set a variable to true or false by assigning True or False to it: myFirstVar = True myOtherVar = False If you have a condition that is basically like this though: if <condition>: var = True else: var = False then it is much easier to simply assign the result of the condition directly: var = <condition>

Nov 30, 2015 · #define TRUE FALSE then the processor simply replaces all places where it finds TRUE will be replaced by whatever FALSE is defined to. So indeed it's a good definition. And yes it will most likely change the program workflow, possibly in very unexpected ways that may even cause undefined behavior.

Feb 23, 2016 · #define FALSE 0 #define TRUE 1 // Option 1 #define TRUE !FALSE // Option 2 There is no difference in the values. Both 1 and !0 are constant expressions of type int with the same value, 1 (by the Standard's definition of the semantics of the ! operator). There is a possible difference in that the second definition is not properly parenthesized.

Oct 14, 2013 · C didn't have a native boolean type, so you couldn't strictly use "false" or "true" without defining them elsewhere - and how would you then define that? The same argument applies to myUInt32 - C originally didnt have uint32_t and the other types in stdint, so this provides a means of ensuring you are getting the correct size integer.

The lowercase variants true and false are exceptions to this rule and can be used like the C++ language's keywords. To make the condition true, define the identifiers first, e.g.: #define TRUE or, if you want TRUE to be available as an integer value, #define TRUE 1 This will work too, although it is not recommended: #define TRUE 5

Historically it is a bad idea to compare anything to true (1) in c or c++. Only false is guaranteed to be zero (0). True is any other value. Many compiler vendors have these definitions somewhere in their headers. #define TRUE 1 #define FALSE 0 This has led …

Jun 15, 2023 · The macros bool, true, and false from <stdbool.h> are "removed" (from that header specifically), but an implementation can still define such predefined macros for compatibility, and implementations can still use macros to implement them, and if that is done, programs can still undefine and redefine them.

Jan 1, 2016 · C has a built-in boolean type, it's called _Bool.To have the compiler know true and false, one has to #include <stdbool.h>, those are not built-in - but then you can also use bool instead of _Bool (which is a bit ugly).

Dec 10, 2016 · Although #define fnord fnord won't generally change the way the identifier fnord is processed, it will cause #ifdef fnord to report the macro as defined. If other code might do something like. #ifndef true #define true 1 #endif Having a #define true true would cause such conditional definition to be skipped.