INCLUDEPICTURE "../../../../gowda/Desktop/HCL%20New %20Logo.jpg" \* MERGEFORMAT ENGF704_1.

0 Test Report

Test Report
Stage of test Customer Name Drawing / Specification Number Vendor Name1

Final

Date Product / System Name Project Code / Name

30/08/2011 Cppcheck 2

HCLT

Vendor P.O. reference Tested By

Test Cycle Number Participants

1 User-3

Manual

Reference of tools used

Calibration details

Visual C++

2008 Express edition

Parameters tested

Referenc e

Expected results

Actual results

OK / Not OK

void func1(int **res) { int num = 2; *res = # }

TST-1.1

void func1(int arr[2]) { int num=2; arr[0]=# }

TST-1.2

User will be alerted with the following error message "[test.cpp:3]: (error) Assigning address of local auto-variable to a function parameter." User will be alerted with the following error message "[test.cpp:3]: (error) Assigning address of local auto-variable to a function parameter."

(error) Assigning address of local auto-variable to a function parameter.

OK

No error found.

Not OK

Applicable for subcontracted items

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void func1(int arr[2]) { int num=2; arr[0]=# } char *foo() { char str[100] = {0}; return str; }

TST-1.3 No error found. TST-1.4 user will be alerted with following error message "[test.cpp:4]: (error) Returning pointer to local array variable" No error found. TST-1.6 User will be alerted with the following error message "[test.cpp:3]: (error) Return of the address of an auto-variable." User will be alerted with the following error message "[test.cpp:4]: (error) Returning reference to auto variable" User will be alerted with the following error message "[test.cpp:4]: (error) Returning reference to auto variable" User will be alerted with the following error message "[test.cpp:4]: (error) Returning pointer to auto

(style) Variable 'num' is assigned a value that is never used (error) Returning pointer to local array variable

OK

OK

std::string foo() { char str[100] = {0}; return str; } int func1() { int num=2; return # }

TST-1.5

(style) Variable 'num' is assigned a value that is never used (style) Variable 'num' is assigned a value that is never used

OK

Not OK

string &foo() { string s; return s; }

TST-1.7

(error) Returning reference to auto variable

OK

std::vector<int> &foo() { std::vector<int> v; return v; }

TST-1.8

(error) Returning reference to auto variable

OK

const char *foo() { std::string s; return s.c_str(); }

TST-1.9

(error) Returning pointer to auto variable

OK

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x::~x() { throw e; }

TST-2.1

int * p; void f(int x) { delete p; if (x) throw 123; p = 0; }

TST-2.2

void f() { try { foo(); } catch(const exception& err) { throw err; } }

TST-2.3

int foo(const Token *tok) { while (tok); tok = tok->next(); }

TST-3.1

void foo(struct ABC *abc) { int a = abc->a; if (!abc); }

TST-3.2

variable" User will be alerted with the following error message "[test.cpp:3]: (error) Throwing exception in destructor" User will be alerted with the following error message "[test.cpp:6]: (error) Throwing exception in invalid state, p points at deallocated memory" User will be alerted with the following error message "[test.cpp:8]: (style) Throwing a copy of the caught exception instead of rethrowing the original exception." User will be alerted with the following error message "[test.cpp:4]: (error) Possible null pointer dereference: tok\n". User will be alerted with the following error message "[test.cpp:3]: (error) Possible null pointer

(error) Throwing exception in destructor

OK

(error) Throwing exception in invalid state, p points at deallocated memory

OK

(style) Throwing a copy of the caught exception instead of rethrowing the original exception

OK

(error) Possible null pointer dereference: tok

OK

(error) Possible null pointer dereference: abc - otherwise it is redundant to check if abc is null at line 0

Not OK

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dereference: abc - otherwise it is redundant to check if abc is null at line 4\n". int *test(int *Z) { int *Q=NULL; if (Z) { Q = Z; } else { try { } catch(...){ } } *Q=1; return Q; } void foo(struct ABC *abc) { if (abc && abc->a); if (!abc); } void f() { int *p = new(std::nothrow) int; } TST-3.3 User will be alerted with the following error message "[test.cpp:12]: (error) Possible null pointer dereference: Q\n". TST-3.4 No error found. TST-4.1 User will be alerted with the following error message "[test.cpp:4]: (error) Memory leak: p\n". User will be alerted with the following error message "[test.cpp:4]: (error) Mismatching allocation and deallocation: p\n". User will be alerted with the following error message "[test.cpp:4]: (error) Memory leak: p\n". User will be alerted with the following error
HCLT Confidential

No error found.

Not OK

No error found

OK

(error) Memory leak: p

OK

void f() { int *p = new(std::nothrow) int; delete [] p; }

TST-4.2

(error) Mismatching allocation and deallocation: p

OK

void f() { int *p = new(std::nothrow) int; }

TST-4.3

(error) Memory leak: p

OK

static void f() { char *buf = malloc(10); if (aa)

TST-4.4

(error) Common realloc mistake: 'buf' nulled but not freed upon

Not OK

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; else if (buf = realloc(buf, 100)); free(buf); }

message "[test.cpp:6]: (error) Common realloc mistake: \'buf\' nulled but not freed upon failure\n". TST-4.5 Registration page should have all the required fields. TST-4.6 User will be alerted with the following error message "[test.cpp:9]: (error) Memory leak: str\n".

Failure. (error) Mismatching allocation and deallocation: buf (error) Mismatching allocation and deallocation: x (error) Mismatching allocation and deallocation: str (error) Memory leak: str Not OK

void foo() { int *x = new int[10]; if (x == 0 || aa) { return 1; } delete [] x; void f() { char *str = new char[10]; while (abc) { switch (def) { default: return; } } delete [] str; } static char * f() { char *c = new char[50]; return (c ? c : NULL); } void foo() char *str = malloc(10); free(str); strcpy(str, p); }

Not OK

TST-4.7 No Error message. { TST-4.8 User will be alerted with the following error message "[test.cpp:4]: (error) Dereferencing 'str' after it is deallocated / released\n". { TST-4.9 No Error message.

(style) Variable 'c' is assigned a value that is never used (error) Mismatching allocation and deallocation: str (error) Dereferencing 'str' after it is deallocated / r (error) Uninitialized variable: str (style) Variable 'str' is allocated memory that is never used

OK

Not OK

void foo(int x) char *str = malloc(10); free(str); assert(x); }

Not OK

HCLT Confidential

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void foo() { char *str = malloc(100); free(str); free(str); }

TST-4.10

User will be alerted with the following error message "[test.cpp:5]: (error) Deallocating a deallocated pointer: str. No Error message.

(error) Mismatching allocation and deallocation: str (error) Mismatching allocation and deallocation: str (error) Deallocating a deallocated pointer: str (error) Resource leak: fd

Not OK

void foo() { FILE *fd = fopen(\test.txt\, \wb\); fprintf(fd, \test\); fclose(fd); } void f(std::string foo) { char *out = new char[11]; memset(&(out[0]), 0, 1); } void f() { FILE *f = tmpfile(); }

TST-4.11

Not OK

TST-4.12

TST-4.13

void foo() { int *p = malloc(3); free(p); }

TST-4.14

void x( ) { strcpy(a, strdup(p) ); }

TST-4.15

User will be alerted with the following error message "[test.cpp:5]: (error) Memory leak: out\n" User will be alerted with the following error message "[test.cpp:4]: (error) Resource leak: f\n" User will be alerted with the following error message "[test.cpp:3]: (error) The given size is mismatching\n" User will be alerted with the following error message "[test.cpp:2]: (error) Allocation with strdup, strcpy doesn't

(error) Memory leak: out

OK

(error) Resource leak: f

OK

(error) The given size 3 is mismatching (error) Mismatching allocation and deallocation: p (error) Allocation with strdup, strcpy doesn't release it.

Not OK

OK

HCLT Confidential

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release it.\n" #include <iostream> class K { }; int main(int argc, char *argv[ ]) { K k(1); std::cout << k << std::endl; if(k) { k++; } std::cout << k << std::endl; return 0; } #include <iostream> class K {}; int main(int argc, char *argv[]) { K k(0); std::cout << k << std::endl; ++k; std::cout << k << std::endl; return 0; } #include <iostream> #include <vector> int main() { std::vector<int> v; std::vector<int>::iterator it; for( int i=0; i < 10; ++i ) v.push_back(i); unsigned int total = 0; std::vector<int>::reverse_iterator rit; rit= v.rend(); while( rit != v.rbegin() ) { rit--; } return 0; } void f( ) { char *s = malloc(100); *s += 10; } User will be alerted with the following performance message "[test.cpp:7]: (performance) Prefer prefix + +/-- operators for non-primitive types.\n". (performance) Prefer prefix + +/-- operators for nonprimitive types. OK

TST-5.1

OK (information) Include file: "iostream" not found.

TST-5.2

No Error found.

TST-5.3

User will be alerted with the following error message "[test.cpp:7]: (performance) Prefer prefix + +/-- operators for non-primitive types.\n".

(performance) Prefer prefix + +/-- operators for nonprimitive types. (information) Include file: "vector" not found. (information) Include file: "iostream" not found. (error) Data is allocated but not initialized: s (error) Memory leak: s (style) Variable

OK

TST-6.1

void f()

TST-6.2

User will be alerted with the following error message ""[test.cpp:4]: (error) Data is allocated but not initialized: s\n". User will be

Not OK

OK

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{ for (int i = 0; i < 4; ++i) { int a; b(4*a); } }

static void foo(int x) { int a; if (x==1); if (x==2); x = a; } int foo() { int i; if (x) i = 22; else { char *y = {0}; i = 33; } return i; } void foo() { std::vector<int> ints1; std::vector<int> ints2; std::vector<int>::iterator it = std::find(ints1.begin(), ints2.end(), 22); } void foo(const std::set<int> &ints1) { std::set<int> ints2; std::set<int>::iterator it1 = ints1.begin(); std::set<int>::iterator it2 = ints1.end(); ints2.insert(it1, it2);} void foo() { list<int> l1; list<int> l2; list<int>::iterator it = l1.begin(); while (it != l2.end()) { ++it; } }

TST-6.3

alerted with the following error message "[test.cpp:5]: (error) Uninitialized variable: a\n". User will be alerted with the following error message "[test.cpp:6]: (error) Uninitialized variable: a\n".

'a' is assigned a value that is never used (error) Uninitialized variable: a OK (error) Uninitialized variable: a

No Error message.

OK

TST-6.4

No Error message.

TST-7.1

User will be alerted with the following error message "[test.cpp:5]: (error) mismatching containers\n". No Error message. User will be alerted with the following error message "[test.cpp:6]: (error) Same iterator is used with both l1 and

(error) mismatching containers

OK

No Error message. TST-7.2

OK

TST-7.3

(error) Same iterator is used with both l1 and l2

OK

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l2\n". void foo(std::vector<std::string> &test) { std::set<int> result; for(std::vector<std::string>::const_iterator cit = test.begin();cit != test.end() ++cit) { result.insert(cit->size()); } } void f() { std::vector<int> ints; std::vector<int>::iterator iter; iter = ints.begin() + 2; ints.erase(iter); std::cout << (*iter) << std::endl; } for (it = foo.begin(); it != foo.end(); ++it) { foo.erase(it); } for (it = foo.begin(); it != foo.end(); ++it) { foo.erase(it); } static void f() { for (iterator it = foo.begin(); it != foo.end(); it = next) { next = it; next++; foo.erase(it); } } void f(std::vector<ints> &ints) { std::vector<int>::iterator iter; iter = ints.begin() + 2; ints.erase(iter); ints.erase(iter); } void f(const std::vector<int> &foo) No Error message No Error message OK

TST-7.4

TST-7.5

TST-7.6

User will be alerted with the following error message "[test.cpp:7]: (error) Dereferenced iterator 'iter' has been erased\n". User will be alerted with the following error message "[test.cpp:3]: (error) Dangerous iterator usage after erase()method.\n".

(error) Dereferenced iterator 'iter' has been erased

OK

(error) Dangerous iterator usage after erase()method.

OK

No Error message. No Error message.

OK

TST-7.7

TST-7.8

TST-7.9

User will be alerted with the following error message "[test.cpp:6]: (error) Invalid iterator: iter\n". User will be

(error) Invalid iterator: iter

OK

(error) After

OK

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{ std::vector<int>::const_iterator it = foo.begin();foo.push_back(123);*it; }

alerted with the following error message "[test.cpp:5]: (error) After push_back, the iterator 'it' may be invalid\n".

push_back, the iterator 'it' may be invalid

void f() { std::vector<int>::const_iterator it = foo.begin(); foo.push_back(123); { int *it = &foo[0]; *it = 456; } } void f() { if (haystack.find(needle) != haystack.end()) { haystack.remove(needle); } } void f() std::string errmsg; throw errmsg.c_str(); } {

No Error message. TST-7.10 No Error message.

OK

TST-7.11

User will be alerted with the following style message "[test.cpp:3]: (style) Redundant checking of STL container element.\n". User will be alerted with the following error message "[test.cpp:3]: (error) Dangerous usage of c_str()\n" User will be alerted with the following warning message "[test.cpp:4]: (warning) Missing bounds check for extra iterator increment in loop.\n", errout.str()); No Error message.

(style) Redundant checking of STL container element.

OK

(error) Dangerous usage of c_str()

OK

TST-7.12

void f(std::set<int> &ints) { for (std::set<int>::iterator it = ints.begin(); it != ints.end(); ++it) { if (a) { it++; } } } TST-7.13

void f(std::map<int,int> &ints) { for (std::map<int,int>::iterator it = ints.begin(); it != ints.end(); ++it)

TST-7.14

(warning) Missing bounds check for extra iterator increment in loop. (Performance) Prefer prefix + +/-- operators for non primitive types. No Error message.

Not OK

OK

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{ ++it->second; } } void f() { if (std::find(a,b,c)) { } } TST-7.15 User will be alerted with the following warning message "[test.cpp:3]: (warning) Suspicious condition. The result of find is an iterator, but it is not properly checked.\n". No Error message. User will be alerted with the following error message "[test.cpp:5]: (error) Division by zero\n" User will be alerted with the following performance message "[test.cpp:3]: (error) Division by zero. User will be alerted with the following error message "[test.cpp:3]: (error) Passing value -2 to log() leads to undefined result\n" User will be alerted with the following error message "[test.cpp:3]: (warning) Suspicious condition. The result of find is an iterator, but it is not properly checked. OK

void f() { if (std::find(a,b,c) != c) { } } void foo() { int a = 0; double b = 1.; cout<<b/a; }

TST-7.16

No Error message (error) Division by zero

OK

OK

TST-8.1

(error) Division by zero

OK

void f() { div_t divresult = div (1,0); }

TST-8.2

void foo() { std::cout << log(-2) << std::endl; }

(error) Passing value -2 to log() leads to undefined result

OK

TST-8.3

void foo() { std::cout << log(0) << std::endl; }

TST-8.4

(error) Passing value 0 to log() leads to undefined result

OK

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(error) Passing value 0 to log() leads to undefined result\n" void foo() { std::string *log(0); } void foo() { unsigned int r=32; int v=r/-2; } TST-8.5 No error message User will be alerted with the following error message "[test.cpp:4]: (error) Unsigned Division. The result will be wrong. User will be alerted with the following error message "[test.cpp:3]: (error) Invalid radix in call to strtol or strtoul. Must be 0 or 236\n" No error message. User will be alerted with the following error message "[test.cpp:2]: (error) Using sizeof for array given as function argument returns the size of pointer.\n" User will be alerted with the following error message "[test.cpp:2]: (error) Using No error message No error message OK

Not OK

TST-8.6

int f(const char *num) { return strtol(num, NULL, 1); }

TST-8.7

(error) Invalid radix in call to strtol or strtoul. Must be 0 or 236

OK

int f(const char *num) { return strtol(num, NULL, 10); }

TST-8.8

No error message. (error) Using sizeof for array given as function argument returns the size of pointer.

OK

OK

void f( int a[ ]) { std::cout << sizeof(a) / sizeof(int) << std::endl; }

TST-8.9

void f( int a[], int b) { std::cout << sizeof(a) / sizeof(int) << std::endl; }

TST-8.10

(error) Using sizeof for array given as function argument returns the size

OK

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class Foo; void f(const Foo foo) { }

TST-8.11

void f(const std::map<std::string,int> v) { }

TST-8.12

void f(const std::map<int,int> &v) {}

TST-8.13

void foo( ) { fflush(stdin); }

TST-8.14

sizeof for array given as function argument returns the size of pointer.\n" User will be alerted with the following performance message "[test.cpp:2]: (performance) Function parameter 'foo' should be passed by reference.\n" User will be alerted with the following performance message "[test.cpp:1]: (performance) Function parameter 'v' should be passed by reference.\n" No error message. User will be alerted with the following error message "[test.cpp:3]: (error) fflush() called on input stream \"stdin\" may result in undefined behaviour\n" No error message. User will be alerted with the following error message "[test.cpp:4]:

of pointer.

OK (performance) Function parameter 'foo' should be passed by reference.

(performance) Function parameter 'v' should be passed by reference.

OK

No error message. (error) fflush() called on input stream "stdin" may result in undefined behaviour

OK OK

void foo( ) { fflush(stdout); } class NotAFunction ; int function ( ) { NotAFunction ( 123 ); return 0 ;

TST-8.15 TST-8.16

No error message. (error) instance of "NotAFunction" object destroyed immediately

OK

OK

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} bool func( int a , int b , int c ) { if ( a > b ) return c == a ; return b == a ; }

(error) instance of \"NotAFunctio n\" object destroyed immediately\n" TST-8.17 No error message. No error message. OK

void foo() { Base * b = (Base *) derived; }

TST-8.18

User will be alerted with the following style message "[test.cpp:4]: (style) C-style pointer casting\n". User will be alerted with the following style message "[test.cpp:6]: (style) Exception should be caught by reference.\n"

No error message.

Not OK

void f() { try { foo(); } catch( ::std::exception err) { throw err; } }

TST-8.19

(style) Exception should be caught by reference.

OK

void f() try { foo(); } catch(const exception err) { throw err; } }

{ TST-8.20

User will be alerted with the following error message "[test.cpp:6]: (style) Exception should be caught by reference.\n"

(style) Exception should be caught by reference. (style) Throwing a copy of the caught exception instead of rethrowing the original exception No error message.

Not OK

void f() try{ foo(); } catch( ::std::exception& err) { throw err; } }

{ TST-8.21 No error message.

OK

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int f(char c) { return 10 * (c == 0) ? 1 : 2; }

TST-8.22

void f() { int a = 0; assert(a = 2); return a; }

TST-8.23

User will be alerted with the following information message "[test.cpp:2]: (information) Please clarify precedence: 'a*b?..'\n" User will be alerted with the following warning message "[test.cpp:4]: (warning)Assert statement modifies 'a'. User will be alerted with the following warning message "[test.cpp:4]: (warning)Assert statement modifies 'b'. User will be alerted with the following warning message "[test.cpp:3]: (warning) Calling sizeof for 'sizeof'.\n" User will be alerted with the following warning message "[test.cpp:1]: (warning) Found calculation inside sizeof()\n" User will be alerted with the following

(information) Please clarify precedence: 'a*b?..'

OK

(warning) Assert statement modifies 'a'. (style) Variable 'a' is assigned a value that is never used (style) Variable 'a' is assigned a value that is never used (style) Variable 'b' is assigned a value that is never used (warning) Assert statement modifies 'b'. (warning) Calling sizeof for 'sizeof'.

Not OK

Not OK

void f() { int a = 0; int b = 0; assert(a == 2 && b = 1); return a; }

TST-8.24

OK

void foo() { int i = sizeof sizeof char; }

TST-8.25

sizeof(a+b)

TST-8.26

(warning) Found calculation inside sizeof()

OK

void foo() { int y = 1;

TST-8.27

(style) Variable 'y' is assigned a value that is

Not OK

HCLT Confidential

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switch (a) { case 2: y = 2; case 3: y = 3; } }

warning message "[test.cpp:7]: (warning) Redundant assignment of \"y\" in switch\n" User will be alerted with the following warning message "[test.cpp:4]: (warning) Redundant assignment of \"x\" to itself\n" No error message User will be alerted with the following warning message "[test.cpp:2]: (warning) Mutual exclusion over || always evaluates to true." User will be alerted with the following style message "[test.cpp:4]: (style) 'operator=' should return reference to self\n", errout.str()); No Error message.

void foo() { int x = 1; x = x; return 0; }

never used (information) The scope of the variable y can be reduced (warning) Redundant assignment of "y" in switch (style) Variable 'x' is assigned a value that is never used

Not OK

TST-8.28

void f(int x, int y) { if (x != 1 || y != 1) a++; }

No error message TST-8.29

OK

void f(int x) { if ((x != 1) || (x != 3)) a++; }

TST-8.30

(warning) Mutual exclusion over || always evaluates to true. Did you intend to use && instead? (style) 'operator=' should return reference to self

OK

OK

class A { public: A & operator=(const A &a) { return a; } }; class A { public: A & operator=(const A &);

TST-9.1

TST-9.2

No Error message.

OK

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}; A & A::operator=(const A &a) { return *this; } class A { public: char *s; A & operator=(const A &a) { free(s); s = strdup(a.s); return *this; } }; class A { public: A & operator=(const A &); }; A & A::operator=(const A &a) { if (&a ! = this) { } return *this; } enum ECODES { CODE_1 = 0, CODE_2 = 1 }; class Fred { public: Fred() {} private: ECODES _code; }; class C { FILE *fp; public: C(FILE *fp); }; C::C(FILE *fp) { C::fp = fp; } class Fred { int i; };

TST-9.3

User will be alerted with the following warning message "[test.cpp:5]: (warning) 'operator=' should check for assignment to self\n". No Error message. User will be alerted with the following warning message ""[test.cpp:10]: (warning) Member variable 'Fred::_code' is not initialised in the constructor.\n".

(warning) 'operator=' should check for assignment to self

OK

No Error message.

OK

TST-9.4

TST-9.5

(warning) Member variable 'Fred::_code' is not initialised in the constructor

OK

No Error message. TST-9.6 No Error message.

OK

TST-9.7

User will be alerted with the following style message "[test.cpp:1]: (style) The class 'Fred' does not have a constructor.\n",

(style) The class 'Fred' does not have a constructor. errout.str());

OK

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errout.str()); class Fred { public: static void foobar(); }; void Fred::foobar() {} struct A { void g( struct sockaddr_in6& a); private: std::string b; }; void f() { struct A fail; memset(&fail, 0, sizeof(struct A)); } No Error message. TST-9.8 No Error message. OK

TST-9.9

User will be alerted with the following error message "[test.cpp:10]: (error) Using 'memset' on struct that contains a 'std::string'\n". User will be alerted with the following warning message "[test.cpp:2]: (warning) Suspicious pointer subtraction. User will be alerted with the following information message "[test.cpp:3]: (information) Technically the member function 'Fred::foo' can be const.\n". User will be alerted with the following style message "[test.cpp:3]: (style) Found obsolete function 'bsd_signal'. It is recommended

(error) Using 'memset' on struct that contains a 'std::string'

OK

;*this = *this-x ; this-x ; this-x ;

(warning) Suspicious pointer subtraction

OK

TST-9.10

class Fred std::string s; const std::string & foo() { return ; }

{ TST-9.11 };

(information) Technically the member function 'Fred::foo' can be const.

OK

void f() { bsd_signal(SIGABRT, SIG_IGN); }

TST-10.1

(style) Found obsolete function 'bsd_signal'. It is recommended that new applications use the 'sigaction' function

OK

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that new applications use the 'sigaction' function\n". int f() { int bsd_signal(0); return bsd_signal; } TST-10.2 No Style message. User will be alerted with the following style message ""[test.cpp:4]: (style) Found obsolete function 'gethostbyname'. It is recommended that new applications use the 'getnameinfo' function\n". User will be alerted with the following style message "[test.cpp:5]: (style) Found obsolete function 'gethostbyaddr'. It is recommended that new applications use the 'getaddrinfo' function\n" User will be alerted with the following style message "[test.cpp:3]: (style) Found obsolete function 'usleep'. It is recommended that new (style) Variable 'bsd_signal' is assigned a value that is never used (style) Variable 'hp' is assigned a value that is never used (style) Found obsolete function 'gethostbyname'. It is recommended that new applications use the 'getnameinfo' function (style) Variable 'addr' is assigned a value that is never used (style) Found obsolete function 'gethostbyaddr'. It is recommended that new appications use the 'getaddrinfo' function (style) Found obsolete function 'usleep'. It is recommended that new applications use the 'nanosleep' or 'setitimer' function. Not OK

Not OK

void f() { struct hostent *hp; if(!hp = gethostbyname('127.0.0.1')) { exit(1); } }

TST-10.3

Not OK

void f() { long addr; addr = inet_addr('127.0.0.1'); if(!hp = gethostbyaddr((char *) &addr, sizeof(addr), AF_INET)) { exit(1); } }

TST-10.4

void f() { usleep( 1000 ); }

TST-10.5

OK

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void f() { const char var[7] = 'rindex'; print(rindex(var, 0)); }

TST-10.6

applications use the 'nanosleep' or 'setitimer' function\n". User will be alerted with the following style message "[test.cpp:4]: (style) Found obsolete function 'rindex'. It is recommended to use the function 'strrchr' instead\n". No Style message User will be alerted with the following style message "[test.cpp:3]: (style) Found obsolete function 'gets'. It is recommended to use the function 'fgets' instead\n". User will be alerted with the following error message "[test.cpp:4]: (error) Array 'data[2]' index 4 out of bounds\n" User will be alerted with the following error message "[test.cpp:5]: (error) Array 'str[16]' index 16 out of bounds\n" User will be alerted with the

(style) Found obsolete function 'rindex'. It is recommended to use the function 'strrchr' instead

OK

void f() { int rindex( 0 ); }

TST-10.7

No Style message (style) Found obsolete function 'gets'. It is recommended to use the function fgets' instead

OK

OK

void f() { char *x = gets(); }

TST-10.8

static void f( ) { int data[2]; data[ sizeof(data[0]) ] = 0; }

(error) Array 'data[2]' index 4 out of bounds

OK

TST-11.1

void f() { char str[0x10]; str[15] = 0; str[16] = 0; } void f( ) {

No Error message

Not OK

TST-11.2

TST-11.3

(style) Variable 'val' is assigned

Not OK

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int val[50]; int i, sum=0; for (i = 0; i < 100; i++) sum += val[i]; }

following style message "[test.cpp:6]: (error) Buffer access out-ofbounds: val\n" User will be alerted with the following style message "[test.cpp:4]: (error) Buffer overrun possible for long cmd-line args\n"

main(int argc, char* argv[]) { char prog[10]; strcpy(prog, argv[0]); }

a value that is never used (error) Buffer access out-ofbounds: val (error) Uninitialized variable: val (error) Buffer overrun possible for long cmdline args

OK

TST-11.4

Re-inspection by

Re-inspection date

Remarks

Test Result:

Accepted

Rejected

Recommendations for additional tests:

Any other comments:

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