# =========================================================================
#   CMock - Automatic Mock Generation for C
#   ThrowTheSwitch.org
#   Copyright (c) 2007-26 Mike Karlesky, Mark VanderVoord, & Greg Williams
#   SPDX-License-Identifier: MIT
# =========================================================================

---
:cmock:
  :when_ptr: :smart
  :plugins:
  - :array

:systest:
  :types: |
    typedef struct {
      int x;
      int y;
    } POINT_T;

    typedef enum {
      RED = 0,
      GREEN = 1,
      BLUE = 2
    } COLOR_E;

    typedef union {
      int as_int;
      unsigned short as_shorts[2];
    } RESULT_U;

  :mockable: |
    void foo(POINT_T* a);
    POINT_T* bar(void);
    void foos(const char* a);
    const char* bars(void);
    void poke_color(COLOR_E* c);
    COLOR_E* peek_color(void);
    void poke_result(RESULT_U* r);
    RESULT_U* peek_result(void);
    void potential_packing_problem(short* a);
    void voidpointerfunc(void* a);

  :source:
    :header: |
      void function_a(void);
      void function_b(void);
      void function_c(void);
      void function_d(void);
      void function_e(void);
      void function_f(void);

    :code: |
      void function_a(void)
      {
        foo(bar());
      }

      void function_b(void)
      {
        foos(bars());
      }

      void function_c(void)
      {
        poke_color(peek_color());
      }

      void function_d(void)
      {
        poke_result(peek_result());
      }

      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 null struct pointers in both directions'
      :code: |
        test()
        {
          bar_ExpectAndReturn(NULL);
          foo_Expect(NULL);

          function_a();
        }

    - :pass: FALSE
      :should: 'detect mismatch when expecting null struct pointer but receiving non-null'
      :code: |
        test()
        {
          POINT_T pt = {1, 2};
          bar_ExpectAndReturn(&pt);
          foo_Expect(NULL);

          function_a();
        }

    - :pass: FALSE
      :should: 'detect mismatch when expecting non-null struct pointer but receiving null'
      :code: |
        test()
        {
          POINT_T ex = {1, 2};
          bar_ExpectAndReturn(NULL);
          foo_Expect(&ex);

          function_a();
        }

    - :pass: TRUE
      :should: 'compare struct pointer contents and pass when contents match'
      :code: |
        test()
        {
          POINT_T pt = {3, 7};
          POINT_T ex = {3, 7};
          bar_ExpectAndReturn(&pt);
          foo_Expect(&ex);

          function_a();
        }

    - :pass: FALSE
      :should: 'compare struct pointer contents and fail when contents differ'
      :code: |
        test()
        {
          POINT_T pt = {3, 7};
          POINT_T ex = {3, 9};
          bar_ExpectAndReturn(&pt);
          foo_Expect(&ex);

          function_a();
        }

    - :pass: TRUE
      :should: 'fall back to pointer comparison when depth is zero and pointers match'
      :code: |
        test()
        {
          POINT_T ex = {1, 2};
          bar_ExpectAndReturn(&ex);
          foo_ExpectWithArray(&ex, 0);

          function_a();
        }

    - :pass: FALSE
      :should: 'fail pointer comparison when depth is zero and pointers differ'
      :code: |
        test()
        {
          POINT_T ex = {1, 2};
          POINT_T pt = {1, 2};
          bar_ExpectAndReturn(&pt);
          foo_ExpectWithArray(&ex, 0);

          function_a();
        }

    - :pass: TRUE
      :should: 'compare multiple struct elements via ExpectWithArray and pass'
      :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: 'detect mismatch in first element of struct array comparison'
      :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: 'detect mismatch in middle element of struct array comparison'
      :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: 'detect mismatch in last element of struct array comparison'
      :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: TRUE
      :should: 'handle string pointer matching on null-terminated content'
      :code: |
        test()
        {
          const char* retval = "This is a\0 silly string";
          bars_ExpectAndReturn(retval);
          foos_Expect("This is a\0 wacky string");

          function_b();
        }

    - :pass: FALSE
      :should: 'detect string pointer mismatch on content'
      :code: |
        test()
        {
          const char* retval = "This is a silly string";
          bars_ExpectAndReturn(retval);
          foos_Expect("This is a wacky string");

          function_b();
        }

    - :pass: TRUE
      :should: 'handle null enum pointers in both directions'
      :code: |
        test()
        {
          peek_color_ExpectAndReturn(NULL);
          poke_color_Expect(NULL);

          function_c();
        }

    - :pass: TRUE
      :should: 'compare enum pointer contents and pass when contents match'
      :code: |
        test()
        {
          COLOR_E actual = GREEN;
          COLOR_E expected = GREEN;
          peek_color_ExpectAndReturn(&actual);
          poke_color_Expect(&expected);

          function_c();
        }

    - :pass: FALSE
      :should: 'detect mismatch in enum pointer contents'
      :code: |
        test()
        {
          COLOR_E actual = GREEN;
          COLOR_E expected = BLUE;
          peek_color_ExpectAndReturn(&actual);
          poke_color_Expect(&expected);

          function_c();
        }

    - :pass: TRUE
      :should: 'compare multiple enum elements via ExpectWithArray and pass'
      :code: |
        test()
        {
          COLOR_E actual[] = {RED, GREEN, BLUE};
          COLOR_E expected[] = {RED, GREEN, BLUE};
          peek_color_ExpectAndReturn(actual);
          poke_color_ExpectWithArray(expected, 3);

          function_c();
        }

    - :pass: FALSE
      :should: 'detect mismatch when comparing multiple enum elements'
      :code: |
        test()
        {
          COLOR_E actual[] = {RED, GREEN, BLUE};
          COLOR_E expected[] = {RED, BLUE, BLUE};
          peek_color_ExpectAndReturn(actual);
          poke_color_ExpectWithArray(expected, 3);

          function_c();
        }

    - :pass: TRUE
      :should: 'handle null union pointers in both directions'
      :code: |
        test()
        {
          peek_result_ExpectAndReturn(NULL);
          poke_result_Expect(NULL);

          function_d();
        }

    - :pass: TRUE
      :should: 'compare union pointer contents and pass when contents match'
      :code: |
        test()
        {
          RESULT_U actual;
          RESULT_U expected;
          actual.as_int = 42;
          expected.as_int = 42;
          peek_result_ExpectAndReturn(&actual);
          poke_result_Expect(&expected);

          function_d();
        }

    - :pass: FALSE
      :should: 'detect mismatch in union pointer contents'
      :code: |
        test()
        {
          RESULT_U actual;
          RESULT_U expected;
          actual.as_int = 42;
          expected.as_int = 99;
          peek_result_ExpectAndReturn(&actual);
          poke_result_Expect(&expected);

          function_d();
        }

    - :pass: TRUE
      :should: 'compare multiple union elements via ExpectWithArray and pass'
      :code: |
        test()
        {
          RESULT_U actual[3];
          RESULT_U expected[3];
          actual[0].as_int = 1; actual[1].as_int = 2; actual[2].as_int = 3;
          expected[0].as_int = 1; expected[1].as_int = 2; expected[2].as_int = 3;
          peek_result_ExpectAndReturn(actual);
          poke_result_ExpectWithArray(expected, 3);

          function_d();
        }

    - :pass: FALSE
      :should: 'detect mismatch when comparing multiple union elements'
      :code: |
        test()
        {
          RESULT_U actual[3];
          RESULT_U expected[3];
          actual[0].as_int = 1; actual[1].as_int = 2; actual[2].as_int = 3;
          expected[0].as_int = 1; expected[1].as_int = 9; expected[2].as_int = 3;
          peek_result_ExpectAndReturn(actual);
          poke_result_ExpectWithArray(expected, 3);

          function_d();
        }

    - :pass: TRUE
      :should: 'handle a passing packing problem comparison'
      :code: |
        test()
        {
          short expect_list[] = {-2, -3, -4};
          potential_packing_problem_ExpectWithArray(expect_list, 3);

          function_e();
        }

    - :pass: FALSE
      :should: 'detect a failing packing problem comparison'
      :code: |
        test()
        {
          short expect_list[] = {-2, -3, 4};
          potential_packing_problem_ExpectWithArray(expect_list, 3);

          function_e();
        }

    - :pass: TRUE
      :should: 'handle void pointer with array comparison passing'
      :code: |
        test()
        {
          char expect_list[6] = "hello";
          voidpointerfunc_ExpectWithArray(expect_list, 5);

          function_f();
        }

    - :pass: TRUE
      :should: 'handle void pointer with partial array comparison passing'
      :code: |
        test()
        {
          char expect_list[6] = "help!";
          voidpointerfunc_ExpectWithArray(expect_list, 3);

          function_f();
        }

    - :pass: FALSE
      :should: 'detect void pointer content mismatch with array comparison'
      :code: |
        test()
        {
          char expect_list[6] = "help!";
          voidpointerfunc_ExpectWithArray(expect_list, 4);

          function_f();
        }

    - :pass: TRUE
      :should: 'handle void pointer with standard expect passing'
      :code: |
        test()
        {
          char expect_list[2] = "h";
          voidpointerfunc_Expect(expect_list);

          function_f();
        }

    - :pass: FALSE
      :should: 'detect void pointer mismatch with standard expect'
      :code: |
        test()
        {
          char expect_list[2] = "g";
          voidpointerfunc_Expect(expect_list);

          function_f();
        }

...