Integer variable is not initialized before its use.

Test tool ability to identify potential problem of the use of static internal buff

Attempt to call function of deleted object.

Memory allocated with new() function call is not freed with delete() call, nor is its pointer returned by the funcation.

The test case shows a Heap Overflow will not occur when assigning a character \'a\' to a heap buffer. The code has array address complexity.

The test case shows a Heap Overflow will not occur when assigning a character \'a\' to a heap buffer. The code has scope complexity.

The test case shows a Heap Overflow will not occur when assigning a character \'a\' to a heap buffer.

The test case shows a Heap Overflow by trying to insert out of the bounds of the buffer a character. The code has a Array Index complexity.

The test case shows a Heap Overflow by trying to insert out of the bounds of the buffer a character. The code has a Array Address complexity.

The test case shows a Heap Overflow by trying to insert out of the bounds of the buffer a character. The code has a Scope complexity.

The test case shows a Heap Overflow by trying to insert out of the bounds of the buffer a character \'a\'.

Pointer is initialized before use.

Uninitialized pointer is used.

Allocated memory is deleted after use.

Allocated memory is deleted after use. There will be no memory leak.

This test case shows memory leak in a local control flow.

Created short is not deleted after use.

Creates a short that it does not delete

The test cases shows passwords are stored in the system and not hard coded.

The test cases shows passwords are stored in the system and not hard coded.

The test cases shows passwords are stored in the system and not hard-coded.

The test cases shows passwords are stored in a vector and not hard-coded.

The test cases shows hard-coded password is used in C++ vector.

The test cases shows hard-coded passwords is not used.

The test cases shows hard-coded passwords is used in a container.