Examples of using Compiler can in English and their translations into Russian
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Official
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Colloquial
The compiler can remove them.
However, in order to optimize the compiler can interchange the assignments.
The compiler can warn coder that the reference may be empty.
This behavior of the C++ compiler can be explained as follows.
The compiler can calculate either of the left or right arguments of the'&'operator first.
While carrying out optimization, the compiler can reduce the check to the following code.
The Cg compiler can optimize code and do lower level tasks automatically.
This is the answer to the question of whether the compiler can optimize the postfix increment.
A template compiler can be used to accelerate Hamlets.
A dynamic compilation environment is one in which the compiler can be used during execution.
In this case the compiler can provide more efficient optimization.
If there is an implicit function A=>B in the scope, the compiler can perform such a conversion.
In the same way the compiler can optimize the code comparing"this" pointer to null.
The code was written a long time ago, but according to the latest standard of C++ language,'this' pointer can never be null,and therefore the compiler can do the optimization and delete the check.
Is that the compiler can delete an important pointer check from a poorly written code.
The OMP_DYNAMIC variable, sets whether the compiler can define the number of threads dynamically.
The compiler can pass parameters to the function marked with the implicit keyword.
Since the imported functions are outside the compiled module, the compiler can not verify the validity of passed parameters.
So in this case, the compiler cannot optimize division by two by replacing it by a bit shift.
And still the example is not ideal because it demonstrates not those unnecessary data type conversions we spoke of above, but that the compiler can build a more efficient code when using size_t type.
Absence of a 64-bit compiler can be the simplest but the most insuperable problem.
But the sample is still far from being ideal because it shows- instead of the unnecessary conversions of data types discussed above- the fact that the compiler can build a more efficient code when using size_t.
It seems that in practice the compiler cannot delete a call of such an important function as memset.
The compiler can delete the memset() function's call, as the'finalcount' array is not used after that.
Access specifiers define how the compiler can access variables, members of structures or classes.
The compiler can, for example, display a message Expected'' for a line in which the use of brackets is not expected.
For example, given a function f(x, y)that adds x and y together, the compiler can infer that x and y must be numbers-since addition is only defined for numbers.
In Docker, a compiler can be placed in a non-standard location and its libraries might fall in a report.
I would like once more to devote some time to the fight with"evangelists" who propagate that the compiler can diagnose all the 64-bit errors and that refusing to use /Wp64 key just confirms it.
Latest Macro compiler can compile any valid Harbour code including code to pre-process before compile.