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#include <test/lib/color.h>
const uint8_t test_rgba[4] = {0,0,0,0};
const uint8_t test_Rgba[4] = {1,0,0,0};
const uint8_t test_rGba[4] = {0,1,0,0};
const uint8_t test_rgBa[4] = {0,0,1,0};
const uint8_t test_rgbA[4] = {0,0,0,1};
bool_t test_color_zero(const uint8_t* color1, size_t channels, bool_t result)
{
bool_t fcall_result = color_zero(color1, channels);
if (fcall_result == result) {
return TRUE;
}
return FALSE;
}
void _TEST_color_zero(bool_t* result, uint16_t* test_count, uint16_t* test_pass)
{
bool_t sub_result;
// Test 1: 1 channel zero color
// Should result: True
sub_result = test_color_zero(test_rgba, 1, TRUE);
*result &= sub_result;
TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
// Test 2: 1 channel non-zero color
// Should result: False
sub_result = test_color_zero(test_Rgba, 1, FALSE);
*result &= sub_result;
TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
// Test 3: 2 channel zero color
// Should result: True
sub_result = test_color_zero(test_rgba, 2, TRUE);
*result &= sub_result;
TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
// Test 4: 2 channel non-zero color
// Should result: False
sub_result = test_color_zero(test_rGba, 2, FALSE);
*result &= sub_result;
TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
// Test 5: 3 channel zero color
// Should result: True
sub_result = test_color_zero(test_rgba, 3, TRUE);
*result &= sub_result;
TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
// Test 6: 3 channel non-zero color
// Should result: False
sub_result = test_color_zero(test_rgBa, 3, FALSE);
*result &= sub_result;
TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
// Test 7: 4 channel zero color
// Should result: True
sub_result = test_color_zero(test_rgba, 4, TRUE);
*result &= sub_result;
TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
// Test 8: 4 channel non-zero color
// Should result: False
sub_result = test_color_zero(test_rgBa, 4, FALSE);
*result &= sub_result;
TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
// Test 9: 4 channel non-zero color (Alpha non-zero)
// Should result: True
sub_result = test_color_zero(test_rgbA, 4, TRUE);
*result &= sub_result;
TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
}
bool_t test_color_equal(const uint8_t* color1, const uint8_t* color2, size_t channels, bool_t result)
{
bool_t fcall_result = color_equal(color1, color2, channels);
if (fcall_result == result) {
return TRUE;
}
return FALSE;
}
void _TEST_color_equal(bool_t* result, uint16_t* test_count, uint16_t* test_pass)
{
bool_t sub_result;
// Test 1: 1 channel equal (zero)
// Should result: True
sub_result = test_color_equal(test_rgba, test_rgba, 1, TRUE);
*result &= sub_result;
TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
// Test 2: 1 channel equal (nonzero)
// Should result: True
sub_result = test_color_equal(test_Rgba, test_Rgba, 1, TRUE);
*result &= sub_result;
TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
// Test 3: 1 channel nonequal
// Should result: True
sub_result = test_color_equal(test_rgba, test_Rgba, 1, FALSE);
*result &= sub_result;
TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
// Test 4: 2 channel equal (zero)
// Should result: True
sub_result = test_color_equal(test_rgba, test_rgba, 2, TRUE);
*result &= sub_result;
TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
// Test 5: 2 channel equal (nonzero)
// Should result: True
sub_result = test_color_equal(test_rGba, test_rGba, 2, TRUE);
*result &= sub_result;
TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
// Test 6: 2 channel nonequal
// Should result: False
sub_result = test_color_equal(test_Rgba, test_rGba, 2, FALSE);
*result &= sub_result;
TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
// Test 7: 3 channel equal (zero)
// Should result: True
sub_result = test_color_equal(test_rgba, test_rgba, 3, TRUE);
*result &= sub_result;
TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
// Test 8: 3 channel equal (nonzero)
// Should result: True
sub_result = test_color_equal(test_rgBa, test_rgBa, 3, TRUE);
*result &= sub_result;
TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
// Test 9: 3 channel nonequal
// Should result: False
sub_result = test_color_equal(test_Rgba, test_rgBa, 3, FALSE);
*result &= sub_result;
TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
// Test 7: 4 channel equal (zero)
// Should result: True
sub_result = test_color_equal(test_rgba, test_rgba, 4, TRUE);
*result &= sub_result;
TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
// Test 8: 4 channel equal (nonzero)
// Should result: True
sub_result = test_color_equal(test_rgbA, test_rgbA, 4, TRUE);
*result &= sub_result;
TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
// Test 9: 4 channel nonequal
// Should result: False
sub_result = test_color_equal(test_Rgba, test_rgbA, 4, FALSE);
*result &= sub_result;
TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
}
// Meta test function
bool_t TEST_lib_color()
{
uint16_t test_count = 0;
uint16_t test_pass = 0;
bool_t result = TRUE;
// Testing color_zero
_TEST_color_zero(&result, &test_count, &test_pass);
// Testing color_equal
_TEST_color_equal(&result, &test_count, &test_pass);
return test_count == test_pass;
}
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