TEST_F(MatchResultTest, AuthorRulesMultipleScopes) { const StylePropertySet* authorSets[] = { propertySet(0), propertySet(1), propertySet(2), propertySet(3) }; MatchResult result; result.finishAddingUARules(); result.addMatchedProperties(authorSets[0]); result.addMatchedProperties(authorSets[1]); result.finishAddingAuthorRulesForTreeScope(); result.addMatchedProperties(authorSets[2]); result.addMatchedProperties(authorSets[3]); result.finishAddingAuthorRulesForTreeScope(); testMatchedPropertiesRange(result.allRules(), 4, authorSets); testMatchedPropertiesRange(result.uaRules(), 0, nullptr); testMatchedPropertiesRange(result.authorRules(), 4, authorSets); ImportantAuthorRanges important(result); auto iter = important.begin(); EXPECT_NE(important.end(), iter); testMatchedPropertiesRange(*iter, 2, &authorSets[2]); ++iter; EXPECT_NE(important.end(), iter); testMatchedPropertiesRange(*iter, 2, authorSets); ++iter; EXPECT_EQ(important.end(), iter); }
TEST_F(MatchResultTest, AuthorRules) { const StylePropertySet* authorSets[] = {propertySet(0), propertySet(1)}; MatchResult result; result.finishAddingUARules(); result.addMatchedProperties(authorSets[0]); result.addMatchedProperties(authorSets[1]); result.finishAddingAuthorRulesForTreeScope(); testMatchedPropertiesRange(result.allRules(), 2, authorSets); testMatchedPropertiesRange(result.uaRules(), 0, nullptr); testMatchedPropertiesRange(result.authorRules(), 2, authorSets); ImportantAuthorRanges important(result); EXPECT_EQ(important.end(), ++important.begin()); }
TEST_F(MatchResultTest, UARulesAndAuthorRulesMultipleScopes) { const StylePropertySet* allSets[] = {propertySet(0), propertySet(1), propertySet(2), propertySet(3), propertySet(4), propertySet(5)}; const StylePropertySet** uaSets = &allSets[0]; const StylePropertySet** authorSets = &allSets[2]; MatchResult result; result.addMatchedProperties(uaSets[0]); result.addMatchedProperties(uaSets[1]); result.finishAddingUARules(); result.addMatchedProperties(authorSets[0]); result.addMatchedProperties(authorSets[1]); result.finishAddingAuthorRulesForTreeScope(); result.addMatchedProperties(authorSets[2]); result.addMatchedProperties(authorSets[3]); result.finishAddingAuthorRulesForTreeScope(); testMatchedPropertiesRange(result.allRules(), 6, allSets); testMatchedPropertiesRange(result.uaRules(), 2, uaSets); testMatchedPropertiesRange(result.authorRules(), 4, authorSets); ImportantAuthorRanges important(result); ImportantAuthorRangeIterator iter = important.begin(); EXPECT_NE(important.end(), iter); testMatchedPropertiesRange(*iter, 2, &authorSets[2]); ++iter; EXPECT_NE(important.end(), iter); testMatchedPropertiesRange(*iter, 2, authorSets); ++iter; EXPECT_EQ(important.end(), iter); }
TEST_F(MatchResultTest, UAAndAuthorRules) { const StylePropertySet* allSets[] = { propertySet(0), propertySet(1), propertySet(2), propertySet(3) }; const StylePropertySet** uaSets = &allSets[0]; const StylePropertySet** authorSets = &allSets[2]; MatchResult result; result.addMatchedProperties(uaSets[0]); result.addMatchedProperties(uaSets[1]); result.finishAddingUARules(); result.addMatchedProperties(authorSets[0]); result.addMatchedProperties(authorSets[1]); result.finishAddingAuthorRulesForTreeScope(); testMatchedPropertiesRange(result.allRules(), 4, allSets); testMatchedPropertiesRange(result.uaRules(), 2, uaSets); testMatchedPropertiesRange(result.authorRules(), 2, authorSets); ImportantAuthorRanges important(result); EXPECT_EQ(important.end(), ++important.begin()); }