Examples of using Unsigned type in English and their translations into Russian
{-}
-
Official
-
Colloquial
Note that this value has an unsigned type.
Unsigned type in which a pointer can be placed.
One more error when handling unsigned types.
Zero is cast to the unsigned type too, but it doesn't matter.
An example of incorrect code using unsigned type.
The subexpression"-B" has an unsigned type and equals 0xFFFFFFFFu.
A variable of int type is cast into unsigned type;
The pointers and unsigned type are aligned also at the boundary of four bytes.
Note that the result will have unsigned type.
So, the unsigned type is quite enough to keep the position of the substring found.
Note that the variable j has an unsigned type.
The endRevision variable has the unsigned type and therefore endRevision is always above or equal to 0.
The problem is that the wParam variable has an unsigned type.
An error with signed and unsigned types in one expression.
So, address arithmetic was also built with int and unsigned types.
An implicit conversion of the size_t type to the unsigned type, and similar conversions, are easily diagnosed by the compiler's warnings.
The(--size>= 0) condition is always true,since the size variable has the unsigned type.
The value of int type -2 will be converted into unsigned type with the value 0xFFFFFFFEu.
According to C++ language's rules variable A of int type is converted into unsigned type.
As long as the function returns unsigned type, implicit type conversion during which high bits of the results be lost, will occur.
The cause is that the value 0xFFFFFFFF has an UNSIGNED type unsigned int.
In the given example we should replace unsigned type with one of memsize types, and also if it is necessary modify the function GetArraySize code.
According to C++ rules variable A of int type is converted to unsigned type.
The potential issue here is that if a negative value has been cast to unsigned type somewhere earlier, we will start handling a very large number.
Consider one more of the error type related to signed and unsigned types.
This is not surprising because unsigned type coincides with size_t type in a 32-bit system and there is no difference between FindMinPath32 and FindMinPath64 functions.
The FindMinPath32 function is written in classic 32-bit style using unsigned types.
Note: int type is extended(according to C++ standard)up to'unsigned' type if it participates in an operation where the second argument has unsigned type.
In the next example we also have memsize type(pointer)and simple unsigned type mixed.
For example, in the base class you use size_t type as an argument of a virtual function andin the derived class you use the unsigned type.