TEST_F(DisplayItemPropertyTreeBuilderTest, SkipUnnecessaryRangeRecords)
{
TransformationMatrix rotation;
rotation.rotate(1 /* degrees */);
// The only drawing is in the second transform.
auto transform1 = processBeginTransform3D(rotation);
auto transform2 = processBeginTransform3D(rotation);
processDummyDisplayItem();
auto transform3 = processBeginTransform3D(rotation);
processEndTransform3D(transform3);
processDummyDisplayItem();
processEndTransform3D(transform2);
processEndTransform3D(transform1);
finishPropertyTrees();
// There should be only two ranges.
// They must both belong to the same grandchild of the root node.
ASSERT_EQ(2u, rangeRecords().size());
size_t transformNodeIndex = rangeRecords()[0].transformNodeIndex;
EXPECT_EQ(2u, nodeDepth(transformTree(), transformTree().nodeAt(transformNodeIndex)));
EXPECT_THAT(rangeRecordsAsStdVector(), ElementsAre(
AllOf(hasRange(2, 3), hasTransformNode(transformNodeIndex)),
AllOf(hasRange(5, 6), hasTransformNode(transformNodeIndex))));
}
void
Reader::dumpNode(bsl::ostream & os) const
{
const char *name = nodeName();
const char *value = nodeValue();
const char *nsUri = nodeNamespaceUri();
int line = getLineNumber();
int column = getColumnNumber();
int depth = nodeDepth();
NodeType type = nodeType();
bsl::string strPad((bsl::string::size_type)depth*2, ' ');
os << strPad
<< "Node pos=" << line << ":" << column
<< " type=" << type
<< "(" << nodeTypeAsString(type)
<< ") empty=" << isEmptyElement()
<< " hasValue=" << nodeHasValue()
<< " name=" << CHK(name)
<< " value=" << CHK(value)
<< " uri=" << CHK(nsUri)
<< bsl::endl;
int numAttr = numAttributes();
for (int i = 0; i < numAttr; ++i)
{
ElementAttribute attr;
lookupAttribute(&attr, i);
os << strPad
<< " ATTRIBUTE "
<< CHK(attr.qualifiedName())
<< "="
<< CHK(attr.value())
<< " uri="
<< CHK(attr.namespaceUri())
<< bsl::endl;
}
}
