58 void testGamutOfOperators(const OperatorExpectation<T>& expectation) {  in testGamutOfOperators()  argument
59     switch (expectation.relation) {  in testGamutOfOperators()
61             EXPECT_TRUE(expectation.obj1 == expectation.obj2);  in testGamutOfOperators()
62             EXPECT_TRUE(expectation.obj1 <= expectation.obj2);  in testGamutOfOperators()
63             EXPECT_TRUE(expectation.obj1 >= expectation.obj2);  in testGamutOfOperators()
64             EXPECT_FALSE(expectation.obj1 != expectation.obj2);  in testGamutOfOperators()
65             EXPECT_FALSE(expectation.obj1 < expectation.obj2);  in testGamutOfOperators()
66             EXPECT_FALSE(expectation.obj1 > expectation.obj2);  in testGamutOfOperators()
70             EXPECT_TRUE(expectation.obj1 < expectation.obj2);  in testGamutOfOperators()
71             EXPECT_TRUE(expectation.obj1 <= expectation.obj2);  in testGamutOfOperators()
72             EXPECT_TRUE(expectation.obj1 != expectation.obj2);  in testGamutOfOperators()
73             EXPECT_FALSE(expectation.obj1 > expectation.obj2);  in testGamutOfOperators()
74             EXPECT_FALSE(expectation.obj1 >= expectation.obj2);  in testGamutOfOperators()
75             EXPECT_FALSE(expectation.obj1 == expectation.obj2);  in testGamutOfOperators()
123     for (const auto& expectation : kExpectations) {  in TEST()  local
124         SCOPED_TRACE(expectation.toString());  in TEST()
125         EXPECT_NO_FATAL_FAILURE(testGamutOfOperators(expectation));  in TEST()
424     for (const auto& expectation : testExpectations) {  in TEST()  local
426         EXPECT_TRUE(IPAddress::forString(expectation.ip, &ip))  in TEST()
427                 << "Failed to parse IP address " << expectation.ip;  in TEST()
430         EXPECT_TRUE(IPAddress::forString(expectation.ipTruncated, &ipTruncated))  in TEST()
431                 << "Failed to parse IP address " << expectation.ipTruncated;  in TEST()
433         IPPrefix prefix(ip, expectation.cidrLen);  in TEST()
435         EXPECT_EQ(expectation.cidrLen, prefix.length())  in TEST()
436                 << "Unexpected cidrLen " << expectation.cidrLen;  in TEST()
557     for (const auto& expectation : testExpectations) {  in TEST()  local
558         SCOPED_TRACE(expectation.asParameters());  in TEST()
559         IPPrefix a = IPPrefix::forString(expectation.prefix);  in TEST()
560         IPPrefix b = IPPrefix::forString(expectation.otherPrefix);  in TEST()
561         EXPECT_EQ(expectation.expected, a.contains(b));  in TEST()
620     for (const auto& expectation : testExpectations) {  in TEST()  local
621         SCOPED_TRACE(expectation.asParameters());  in TEST()
622         IPPrefix a = IPPrefix::forString(expectation.prefix);  in TEST()
623         IPAddress b = IPAddress::forString(expectation.address);  in TEST()
624         EXPECT_EQ(expectation.expected, a.contains(b));  in TEST()
671     for (const auto& expectation : kExpectations) {  in TEST()  local
672         SCOPED_TRACE(expectation.toString());  in TEST()
673         EXPECT_NO_FATAL_FAILURE(testGamutOfOperators(expectation));  in TEST()
696     for (const auto& expectation : kExpectations) {  in TEST()  local
697         SCOPED_TRACE(expectation.toString());  in TEST()
698         EXPECT_NO_FATAL_FAILURE(testGamutOfOperators(expectation));  in TEST()