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|
---
:cmock:
:when_ptr: :smart
:plugins:
- :array
:systest:
:types: |
typedef struct _POINT_T {
int x;
int y;
} POINT_T;
#define ARRAY_A_SIZE (5)
:mockable: |
void foo(POINT_T* a);
POINT_T* bar(void);
void fooa(POINT_T a[ARRAY_A_SIZE+1-1]);
void foos(const char * a);
const char * bars(void);
void no_pointers(int a, const char* b);
int mixed(int a, int* b, int c);
void potential_packing_problem(short *a);
void voidpointerfunc(void* a);
:source:
:header: |
void function_a(void);
void function_b(void);
void function_c(void);
int function_d(void);
void function_e(void);
void function_f(void);
:code: |
void function_a(void)
{
foo(bar());
}
void function_b(void) {
fooa(bar());
}
void function_c(void) {
foos(bars());
}
int function_d(void) {
int test_list[] = { 1, 2, 3, 4, 5 };
no_pointers(1, "silly");
return mixed(6, test_list, 7);
}
void function_e(void) {
short test_list[] = {-1, -2, -3, -4};
potential_packing_problem(&test_list[1]);
}
void function_f(void) {
char arg[6] = "hello";
voidpointerfunc(arg);
}
:tests:
:common: |
void setUp(void) {}
void tearDown(void) {}
:units:
- :pass: TRUE
:should: 'handle the situation where we pass nulls to pointers'
:code: |
test()
{
bar_ExpectAndReturn(NULL);
foo_Expect(NULL);
function_a();
}
- :pass: FALSE
:should: 'handle the situation where we expected nulls to pointers but did not get that'
:code: |
test()
{
POINT_T pt = {1, 2};
bar_ExpectAndReturn(&pt);
foo_Expect(NULL);
function_a();
}
- :pass: FALSE
:should: 'handle the situation where we did not expect nulls to pointers but got null'
:code: |
test()
{
POINT_T ex = {1, 2};
bar_ExpectAndReturn(NULL);
foo_Expect(&ex);
function_a();
}
- :pass: TRUE
:should: 'handle the situation where it falls back to pointers because you asked it to compare 0 elements'
:code: |
test()
{
POINT_T ex = {1, 2};
bar_ExpectAndReturn(&ex);
foo_ExpectWithArray(&ex, 0);
function_a();
}
- :pass: FALSE
:should: 'handle the situation where it fails because you asked it to compare zero elements and the pointers do not match'
:code: |
test()
{
POINT_T ex = {1, 2};
POINT_T pt = {1, 2};
bar_ExpectAndReturn(&pt);
foo_ExpectWithArray(&ex, 0);
function_a();
}
- :pass: TRUE
:should: 'handle the situation where we pass single object with expect'
:code: |
test()
{
POINT_T pt = {1, 2};
POINT_T ex = {1, 2};
bar_ExpectAndReturn(&pt);
foo_Expect(&ex);
function_a();
}
- :pass: FALSE
:should: 'handle the situation where we pass single object with expect and it is wrong'
:code: |
test()
{
POINT_T pt = {1, 2};
POINT_T ex = {1, 3};
bar_ExpectAndReturn(&pt);
foo_Expect(&ex);
function_a();
}
- :pass: TRUE
:should: 'handle the situation where we pass single object with expect and use array handler'
:code: |
test()
{
POINT_T pt = {1, 2};
POINT_T ex = {1, 2};
bar_ExpectAndReturn(&pt);
foo_ExpectWithArray(&ex, 1);
function_a();
}
- :pass: FALSE
:should: 'handle the situation where we pass single object with expect and use array handler and it is wrong'
:code: |
test()
{
POINT_T pt = {1, 2};
POINT_T ex = {1, 3};
bar_ExpectAndReturn(&pt);
foo_ExpectWithArray(&ex, 1);
function_a();
}
- :pass: TRUE
:should: 'handle the situation where we pass multiple objects with expect and use array handler'
:code: |
test()
{
POINT_T pt[] = {{1, 2}, {3, 4}, {5, 6}};
POINT_T ex[] = {{1, 2}, {3, 4}, {5, 6}};
bar_ExpectAndReturn(pt);
foo_ExpectWithArray(ex, 3);
function_a();
}
- :pass: FALSE
:should: 'handle the situation where we pass multiple objects with expect and use array handler and it is wrong at start'
:code: |
test()
{
POINT_T pt[] = {{1, 2}, {3, 4}, {5, 6}};
POINT_T ex[] = {{9, 2}, {3, 4}, {5, 6}};
bar_ExpectAndReturn(pt);
foo_ExpectWithArray(ex, 3);
function_a();
}
- :pass: FALSE
:should: 'handle the situation where we pass multiple objects with expect and use array handler and it is wrong at end'
:code: |
test()
{
POINT_T pt[] = {{1, 2}, {3, 4}, {5, 6}};
POINT_T ex[] = {{1, 2}, {3, 4}, {5, 9}};
bar_ExpectAndReturn(pt);
foo_ExpectWithArray(ex, 3);
function_a();
}
- :pass: FALSE
:should: 'handle the situation where we pass multiple objects with expect and use array handler and it is wrong in middle'
:code: |
test()
{
POINT_T pt[] = {{1, 2}, {3, 4}, {5, 6}};
POINT_T ex[] = {{1, 2}, {3, 9}, {5, 6}};
bar_ExpectAndReturn(pt);
foo_ExpectWithArray(ex, 3);
function_a();
}
- :pass: FALSE
:should: 'handle the situation where we pass nulls to pointers and fail'
:code: |
test()
{
POINT_T pt = {1, 2};
bar_ExpectAndReturn(&pt);
foo_Expect(NULL);
function_a();
}
- :pass: TRUE
:should: 'handle the situation where we pass nulls to arrays'
:code: |
test()
{
bar_ExpectAndReturn(NULL);
fooa_Expect(NULL);
function_b();
}
- :pass: TRUE
:should: 'handle the situation where we pass single array element with expect'
:code: |
test()
{
POINT_T pt = {1, 2};
POINT_T ex = {1, 2};
bar_ExpectAndReturn(&pt);
fooa_Expect(&ex);
function_b();
}
- :pass: FALSE
:should: 'handle the situation where we pass single array element with expect and it is wrong'
:code: |
test()
{
POINT_T pt = {1, 2};
POINT_T ex = {1, 3};
bar_ExpectAndReturn(&pt);
fooa_Expect(&ex);
function_b();
}
- :pass: FALSE
:should: 'handle the situation where we pass nulls to arrays and fail'
:code: |
test()
{
POINT_T pt = {1, 2};
bar_ExpectAndReturn(&pt);
fooa_Expect(NULL);
function_b();
}
- :pass: TRUE
:should: 'handle standard c string as null terminated on not do crappy memory compares of a byte, passing'
:code: |
test()
{
const char* retval = "This is a\0 silly string";
bars_ExpectAndReturn((char*)retval);
foos_Expect("This is a\0 wacky string");
function_c();
}
- :pass: FALSE
:should: 'handle standard c string as null terminated on not do crappy memory compares of a byte, finding failures'
:code: |
test()
{
const char* retval = "This is a silly string";
bars_ExpectAndReturn((char*)retval);
foos_Expect("This is a wacky string");
function_c();
}
- :pass: TRUE
:should: 'handle creating array expects when we have mixed arguments for single object'
:code: |
test()
{
int expect_list[] = { 1, 9 };
no_pointers_Expect(1, "silly");
mixed_ExpectAndReturn(6, expect_list, 7, 13);
TEST_ASSERT_EQUAL(13, function_d());
}
- :pass: FALSE
:should: 'handle creating array expects when we have mixed arguments and handle failures for single object'
:code: |
test()
{
int expect_list[] = { 9, 1 };
no_pointers_Expect(1, "silly");
mixed_ExpectAndReturn(6, expect_list, 7, 13);
TEST_ASSERT_EQUAL(13, function_d());
}
- :pass: TRUE
:should: 'handle creating array expects when we have mixed arguments for multiple objects'
:code: |
test()
{
int expect_list[] = { 1, 2, 3, 4, 6 };
no_pointers_Expect(1, "silly");
mixed_ExpectWithArrayAndReturn(6, expect_list, 4, 7, 13);
TEST_ASSERT_EQUAL(13, function_d());
}
- :pass: FALSE
:should: 'handle creating array expects when we have mixed arguments and handle failures for multiple objects'
:code: |
test()
{
int expect_list[] = { 1, 2, 3, 4, 6 };
no_pointers_Expect(1, "silly");
mixed_ExpectWithArrayAndReturn(6, expect_list, 5, 7, 13);
TEST_ASSERT_EQUAL(13, function_d());
}
- :pass: TRUE
:should: 'handle a passing version of a potential packing problem (particularly try with ARM simulators)'
:code: |
test()
{
short expect_list[] = { -2, -3, -4 };
potential_packing_problem_ExpectWithArray(expect_list, 3);
function_e();
}
- :pass: FALSE
:should: 'handle a failing version of a potential packing problem (particularly try with ARM simulators)'
:code: |
test()
{
short expect_list[] = { -2, -3, 4 };
potential_packing_problem_ExpectWithArray(expect_list, 3);
function_e();
}
- :pass: TRUE
:should: 'handle a void pointers as arguments and still be able to use the array plugin'
:code: |
test()
{
char expect_list[6] = "hello";
voidpointerfunc_ExpectWithArray(expect_list, 5);
function_f();
}
- :pass: TRUE
:should: 'handle a void pointers as arguments and still be able to use the array plugin (short)'
:code: |
test()
{
char expect_list[6] = "help!";
voidpointerfunc_ExpectWithArray(expect_list, 3);
function_f();
}
- :pass: FALSE
:should: 'handle a void pointers as arguments and still be able to use the array plugin (fail)'
:code: |
test()
{
char expect_list[6] = "help!";
voidpointerfunc_ExpectWithArray(expect_list, 4);
function_f();
}
- :pass: TRUE
:should: 'handle a void pointer with a standard expectation (pass)'
:code: |
test()
{
char expect_list[2] = "h";
voidpointerfunc_Expect(expect_list);
function_f();
}
- :pass: FALSE
:should: 'handle a void pointer with a standard expectation (fail)'
:code: |
test()
{
char expect_list[2] = "g";
voidpointerfunc_Expect(expect_list);
function_f();
}
...
|
