Function test_array

tests/unit/test_value.c:167–210

}

void test_array() {
	SIValue arr = SI_EmptyArray();
	SIValue arrOther = SI_EmptyArray();

	// Test for empty arrays.
	uint64_t origHashCode = SIValue_HashCode(arr);
	uint64_t otherHashCode = SIValue_HashCode(arrOther);
	TEST_ASSERT(origHashCode == otherHashCode);

	SIArray_Append(&arr, SI_LongVal(1));
	origHashCode = SIValue_HashCode(arr);
	TEST_ASSERT(origHashCode != otherHashCode);

	SIArray_Append(&arrOther, SI_LongVal(1));
	otherHashCode = SIValue_HashCode(arrOther);
	TEST_ASSERT(origHashCode == otherHashCode);

	SIValue nestedArr = SI_EmptyArray();
	SIArray_Append(&nestedArr, SI_LongVal(2));
	SIArray_Append(&nestedArr, SI_DoubleVal(3.14));

	SIArray_Append(&arr, nestedArr);
	origHashCode = SIValue_HashCode(arr);
	TEST_ASSERT(origHashCode != otherHashCode);

	SIArray_Append(&arrOther, nestedArr);
	otherHashCode = SIValue_HashCode(arrOther);
	TEST_ASSERT(origHashCode == otherHashCode);

	// Test logic for nested type-checking
	bool contains_double = SIArray_ContainsType(arr, T_DOUBLE);
	TEST_ASSERT(contains_double);

	bool contains_string = SIArray_ContainsType(arr, T_STRING);
	TEST_ASSERT(!contains_string);

	// Checking for multiple types should return true if any match is found
	bool contains = SIArray_ContainsType(arr, (SIType)(T_DOUBLE | T_STRING));
	TEST_ASSERT(contains);

	SIValue_Free(nestedArr);
	SIValue_Free(arr);
	SIValue_Free(arrOther);
}

// test for difference in hash code for the same binary representation
// for different types. The value boolean "true" and the integer value "1"