// Add items to vectors
        VecPushBackL(&vec3, item4);
        VecPushBackL(&vec4, item5);

        // Add items to vectors
        VecPushBackL(&vec3, item4);
        VecPushBackL(&vec4, item5);
    
        // Check that item 4 and 5 are no longer valid

        // Test VecPushBackL
        int val1 = 10;
        VecPushBackL(&vec, val1);
    
        // Test VecPushFrontL

    // Test VecPushBackL memset behavior with complex structures
    bool test_lvalue_memset_pushback(void) {
        WriteFmt("Testing VecPushBackL memset with complex structures\n");
    
        // Create a test item

    
        // Insert with L-value semantics (vector takes ownership)
        VecPushBackL(&temp_vec, item);
    
        // Check that the item was memset to 0

    
        // Add the dummy item using L-value semantics
        VecPushBackL(&vec, dummy);
    
        // Now insert our test item at position 0 using L-value semantics

    
        // Add the dummy items using L-value semantics
        VecPushBackL(&vec, dummy1);
        VecPushBackL(&vec, dummy2);
        VecPushBackL(&vec, dummy3);

        // Add the dummy items using L-value semantics
        VecPushBackL(&vec, dummy1);
        VecPushBackL(&vec, dummy2);
        VecPushBackL(&vec, dummy3);

        VecPushBackL(&vec, dummy1);
        VecPushBackL(&vec, dummy2);
        VecPushBackL(&vec, dummy3);
    
        // Test 1: Insert at the beginning

        ComplexItem dummy = {0};
        dummy.name        = ZstrDup("Dummy");
        VecPushBackL(&vec, dummy);
    
        // Insert with L-value semantics at the front (vector takes ownership)

    
        // Add items to vec2
        VecPushBackL(&vec2, item1);
        VecPushBackL(&vec2, item2);

        // Add items to vec2
        VecPushBackL(&vec2, item1);
        VecPushBackL(&vec2, item2);
    
        // Verify items were cleared after being added to vec2

        // Test L-value insert operations
        int l_value = 100;
        VecPushBackL(&vec, l_value);
    
        // Check that the element was added

        // Test VecPushBackL
        int val1 = 10;
        VecPushBackL(&vec, val1);
        bool result = (val1 == 0); // Should be memset to 0

    /// FAILURE : Does not return
    ///
    #define VecPushFront(v, val) VecPushBackL((v), (val))
    
    ///