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, 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());
}
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());
}