Examples of using This type of errors in English and their translations into Russian
{-}
-
Official
-
Colloquial
This type of errors is very much unobvious.
Fortunately, this type of errors is easy to define.
So why did I write this article and highlight this type of errors?
To understand this type of errors better, have a look at the following sample.
If you want to understand how the analyzer diagnoses this type of errors, see its description: V599.
This type of errors is rather frequent and usually caused by misprints.
Moreover, the compiler does not detect this type of errors at all when compiling a 32-bit project.
This type of errors is described in detail in the V645 diagnostic's description.
Let's examine a defect in a C++ program that can cause this type of errors.
This type of errors can be often seen in programs that actively use macros.
The Code Analysis for C/C++ is useless in searching for this type of errors since it cannot work with the code of 64-bit projects at the moment.
This type of errors is one of the most common and can be found in this project, too.
In many software development environments, this type of errors is combined with the next error type, since early detection of errors causes some inconvenience when typing software programs.
I think this type of errors is clear to you and you understand that one should be very careful about calls to overloaded functions when passing actual arguments of a memsize-type.
Therefore, we avoid this type of errors in our own translations, and recommend the same to other vendors.
We single out this type of errors to make our description more structured because array indexing with the use of square brackets is just another way of writing the address arithmetic we have discussed above.
The analyzer diagnoses this type of errors indirectly by generating a warning about conversion of the int type to the pointer.
In general, this type of error is very common.
Any programmer who uses such functions as printf()is familiar with this type of error.
This type of error often appears with damaged data carriers or files that are created by recovery software.
This type of error is determined either when punching the code(IDE itself)(Integrated Development Environment), or when compiling it, if the environment does not distinguish the first two types of errors. .
Once again, it should be noted that this type of error is quite unique and is classified as a separate type only by some software development environments.
This type of error occurs in the kernel-mode due to hardware failure, and sometimes by issues with recently installed software.
This type of error may also carry the risk of major economic consequences(as in Peru or, more recently, in Newfoundland);
One of the ways to find this type of error is to output the program's variables to a file or on the screen in order to determine the error's location in code.
We therefore need to think about a solution for the jihadist problem in order to avoid reproducing this type of error, and imposing upon our children the consequences of the crimes of Daesh.
This type of error includes such things as: inconsistency between the number of opening parentheses and the number of closing ones, the absence of a pair operator(for example, try without catch), incorrect use of syntactic signs, etc.
On one hand, this type of error reduces the size of the sample thus increasing the relative error, and on the other hand it produces biases in the estimates if the generating mechanism is not causal.
In these cases, the interviewer had to survey the misunderstanding of the respondent,ticking the answer with the code relative to this type of error Example 1.