The code, with a local control flow complexity, tries to execute a system command, read from the input buffer, without any validation.

The code, with a scope complexity, tries to execute a system command, read from the input buffer, without any validation.

The code tries to execute a system command, read from the input buffer, without any validation.

Proper bounds checking for strcat()[br][br]Still theoretically vulnerable to integer overflow.[br][br]This replaces cases 1322 and 1323. This is the fixed version of cases 2081 and 2082.

Off-by-one error on bounds checking for strcat(). PLOVER: NUM.OBO, BUFF.OVER This replaces case 1320

No bounds checking on buffer during strcat(). PLOVER: BUFF.OVER This replaces case 1319

The accidental addition of a data-structure sentinel can cause serious programing logic problems, e.g. .one potentially could cause data to be truncated early. (from TCCLASP-5_6_7_10). CWE 464.

Integer pointer is assigned a value within current buffer.

Character pointer is assigned value beyond current buffer using sizeof() function (with brackets).

Buffer Overflow. This code has been donated by MIT. This test case has the following characteristics: write/read = Write, Which bound = Upper, Data type = character, Memory location = stack, Scope = same, Container = no, Pointer = no, Index complexity = function re...

Since the argument (the file name) is not validated, one can open every file and print it.

Since the argument (the file name) is not validated, one can open every file and print it.

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

The test cases shows hard-coded password is used.

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.