// extensible object test, BuildingSurface:Detailed
void IddFile_BuildingSurfaceDetailed(const IddFile& iddFile)
{
string objectName("BuildingSurface:Detailed");
OptionalIddObject object = iddFile.getObject(objectName);
ASSERT_TRUE(object);
EXPECT_TRUE(iequals(object->name(), objectName));
ASSERT_TRUE(object->nonextensibleFields().size() > 0);
EXPECT_EQ(object->nonextensibleFields().size(), static_cast<unsigned int>(10));
EXPECT_FALSE(object->properties().format.empty());
EXPECT_TRUE(iequals("vertices", object->properties().format));
EXPECT_TRUE(object->properties().extensible);
EXPECT_TRUE(object->properties().numExtensible);
ASSERT_EQ(static_cast<unsigned int>(3), object->properties().numExtensible);
EXPECT_FALSE(object->getField("Vertex 1 X-coordinate"));
EXPECT_FALSE(object->getField("Vertex 1 X-coordinate"));
ASSERT_TRUE(object->extensibleGroup().size() > 0);
string fieldName("Vertex X-coordinate");
EXPECT_TRUE(iequals(fieldName, object->extensibleGroup().front().name() ));
OptionalIddField field = object->getField(fieldName);
ASSERT_TRUE(field);
EXPECT_TRUE(iequals(fieldName, field->name()));
EXPECT_TRUE(field->properties().beginExtensible);
fieldName = "Vertex Z-coordinate";
EXPECT_TRUE(iequals(fieldName, object->extensibleGroup().back().name() ));
field = object->getField(fieldName);
ASSERT_TRUE(field);
EXPECT_TRUE(iequals(fieldName, field->name()));
EXPECT_FALSE(field->properties().beginExtensible);
}
// case insensitive test
void IddFile_bUiLdInG(const IddFile& iddFile)
{
string objectName("bUiLdInG");
OptionalIddObject object = iddFile.getObject(objectName);
ASSERT_TRUE(object);
EXPECT_TRUE(iequals(object->name(), objectName));
EXPECT_EQ(static_cast<unsigned int>(8),object->nonextensibleFields().size());
EXPECT_TRUE(object->properties().unique);
EXPECT_TRUE(object->properties().required);
string fieldName("TeRrAiN");
OptionalIddField field = object->getField(fieldName);
ASSERT_TRUE(field);
EXPECT_TRUE(iequals(field->name(), fieldName));
EXPECT_EQ(field->keys().size(), static_cast<unsigned int>(5) );
EXPECT_TRUE(field->properties().stringDefault);
EXPECT_EQ(*(field->properties().stringDefault), "Suburbs");
EXPECT_FALSE(field->properties().numericDefault);
string keyName("SuBuRbS");
OptionalIddKey key = field->getKey(keyName);
ASSERT_TRUE(key);
EXPECT_FALSE(equals(key->name(), keyName));
EXPECT_TRUE(iequals(key->name(), keyName));
}
// test single object, no fields
void IddFile_LeadInput(const IddFile& iddFile)
{
string objectName("Lead Input");
OptionalIddObject object = iddFile.getObject(objectName);
ASSERT_TRUE(object);
EXPECT_EQ(object->name(), objectName);
EXPECT_TRUE(object->nonextensibleFields().empty() );
}
// test single object, one alpha field, no keys
void IddFile_Version(const IddFile& iddFile)
{
string objectName("Version");
OptionalIddObject object = iddFile.getObject(objectName);
ASSERT_TRUE(object);
EXPECT_EQ(object->name(), objectName);
EXPECT_EQ(static_cast<unsigned int>(1),object->nonextensibleFields().size());
string fieldName("Version Identifier");
OptionalIddField field = object->getField(fieldName);
ASSERT_TRUE(field);
EXPECT_EQ(field->name(), fieldName);
EXPECT_TRUE(field->keys().empty());
}
bool ImfFile::m_load(std::istream& is) {
// keep track of line number in the Idf
int lineNum = 0;
// number of object in the Idf, 1 is first object
int objectNum = 0;
// temp string to read file
std::string line;
// this will contain matches to regular expressions
boost::smatch matches;
// keep running comment
std::string comment;
// keep track of the current section
std::string section = "";
// get CommentOnly IddObject
OptionalIddObject commentOnlyIddObject;
commentOnlyIddObject = IddFactory::instance().getObject(IddObjectType::CommentOnly);
OS_ASSERT(commentOnlyIddObject);
// Use a boost filter to make sure that no matter what line endings come in,
// they are converted to what is expected by the current os
boost::iostreams::filtering_istream filt;
//#ifdef _POSIX_VERSION
filt.push(boost::iostreams::newline_filter(boost::iostreams::newline::posix));
//#else
// filt.push(boost::iostreams::newline_filter(boost::iostreams::newline::dos));
//#endif
filt.push(is);
// read the rest of the file line by line
// todo, do this by regex
while (getline(filt, line)) {
++lineNum;
if (boost::regex_match(line, idfRegex::commentOnlyLine())){
// continue comment
comment += (line + idfRegex::newLinestring());
continue;
}
else if (boost::regex_match(line, commentRegex::whitespaceOnlyLine())){
// end comment
boost::trim(comment);
if (!comment.empty()){
// make a comment only object to hold the comment
OptionalIdfObject commentOnlyObject;
commentOnlyObject = IdfObject::load(commentOnlyIddObject->name() + ";" + comment,
*commentOnlyIddObject);
OS_ASSERT(commentOnlyObject);
// put it in the object list
m_sectionMap[section].push_back(*commentOnlyObject);
}
//clear out comment
comment = "";
continue;
}
else if (boost::regex_search(line, matches, idfRegex::imfSection())){
// end comment
boost::trim(comment);
if (!comment.empty()){
// make a comment only object to hold the comment
OptionalIddObject commentOnlyIddObject = IddFactory::instance().getObject(IddObjectType::CommentOnly);
OS_ASSERT(commentOnlyIddObject);
OptionalIdfObject commentOnlyObject;
commentOnlyObject = IdfObject::load(commentOnlyIddObject->name() + ";" + comment,
*commentOnlyIddObject);
OS_ASSERT(commentOnlyObject);
// put it in the object list
m_sectionMap[section].push_back(*commentOnlyObject);
}
//clear out comment
comment = "";
// get the new imf section
section = std::string(matches[1].first, matches[1].second); boost::trim(section);
}
else if (boost::regex_search(line, matches, idfRegex::imfSectionEnd())) {
// end comment
boost::trim(comment);
if (!comment.empty()){
// make a comment only object to hold the comment
OptionalIdfObject commentOnlyObject;
commentOnlyObject = IdfObject::load(commentOnlyIddObject->name() + ";" + comment,
*commentOnlyIddObject);
OS_ASSERT(commentOnlyObject);
// put it in the object list
m_sectionMap[section].push_back(*commentOnlyObject);
}
//clear out comment
comment = "";
}
else { // IdfObject
bool foundEndLine(false);
// a valid Idf object to parse
++objectNum;
// peek at the object type and name for indexing in map
std::string objectType;
std::string objectName;
//bool objectHasName(false);
if (boost::regex_search(line, matches, idfRegex::objectTypeAndName())){
objectType = std::string(matches[1].first, matches[1].second); boost::trim(objectType);
objectName = std::string(matches[2].first, matches[2].second); boost::trim(objectType);
}
else if (boost::regex_search(line, matches, idfRegex::line())){
// doesn't match name, just type
objectType = std::string(matches[1].first, matches[1].second); boost::trim(objectType);
}
else{
// can't figure out the object's type
LOG(Warn, "Unrecognizable object type '" + line + "'. Defaulting to 'Catchall'.");
objectType = "Catchall";
}
// get the corresponding idd object entry
OptionalIddObject iddObject = m_iddFileAndFactoryWrapper.getObject(objectType);
if (!iddObject){
LOG(Warn, "Cannot find object type '" + objectType + "' in Idd. Placing data in Catchall object.");
iddObject = IddObject();
objectType = "Catchall";
}
// put the text for this object in a new string with a newline
std::string text(line + idfRegex::newLinestring());
// check if this line also matches closing line object
if (boost::regex_match(line, idfRegex::objectEnd())){
foundEndLine = true;
}
// continue reading until we have seen the entire object
// last line will be thrown away, requires empty line between objects in Idf
while((!foundEndLine) && (std::getline(filt, line))){
++lineNum;
// add line to text, include newline separator
text += (line + idfRegex::newLinestring());
// check if we have found the last field
if (boost::regex_match(line, idfRegex::objectEnd())){
foundEndLine = true;
}
}
// construct the object
OptionalIdfObject object = IdfObject::load(text,*iddObject);
if (!object) {
LOG(Error,"Unable to construct IdfObject from text: " << std::endl << text
<< std::endl << "Throwing this object out and parsing the remainder of the file.");
continue;
}
// put it in the object list
m_sectionMap[section].push_back(*object);
}
}
return true;
}