void testObj::test<3>(void)
{
try
{
openElement("/i/do/not/exist", Mode::READWRITE, isSaneTrue);
fail("call didn't throw on error");
}
catch(const ExceptionFilesystemIO &)
{
// this is expected
}
}
void testObj::test<2>(void)
{
try
{
openElement("testdata/file", Mode::READ, isSaneFalse);
fail("call didn't throw on error");
}
catch(const ExceptionFilesystemIO &)
{
// this is expected
}
}
//---------------------------------------------------------------
void StreamWriter::startDocument()
{
appendNCNameString ( CSWC::XML_START_ELEMENT );
openElement ( CSWC::CSW_ELEMENT_COLLADA );
if ( getCOLLADAVersion() == COLLADA_1_4_1 )
{
appendAttribute ( CSWC::CSW_ATTRIBUTE_XMLNS, CSWC::CSW_NAMESPACE_1_4_1 );
appendAttribute ( CSWC::CSW_ATTRIBUTE_VERSION, CSWC::CSW_VERSION_1_4_1 );
}
else if ( getCOLLADAVersion() == COLLADA_1_5_0 )
{
appendAttribute ( CSWC::CSW_ATTRIBUTE_XMLNS, CSWC::CSW_NAMESPACE_1_5_0 );
appendAttribute ( CSWC::CSW_ATTRIBUTE_VERSION, CSWC::CSW_VERSION_1_5_0 );
appendAttribute ( CSWC::CSW_ATTRIBUTE_XSI_SCHEMALOCATION, CSWC::CSW_SCHEMALOCATION_1_5_0 );
appendAttribute ( CSWC::CSW_ATTRIBUTE_XMLNS_XSI, CSWC::CSW_XMLNS_XSI_1_5_0 );
}
else
{
COLLADABU_ASSERT(false);
}
}
//---------------------------------------------------------------
void StreamWriter::appendTextElement ( const String& elementName, const String& text )
{
openElement ( elementName );
appendText ( COLLADABU::StringUtils::translateToXML(text) );
closeElement();
}
//---------------------------------------------------------------
void StreamWriter::appendURIElement ( const String& elementName, const COLLADABU::URI& uri )
{
openElement ( elementName );
appendText ( COLLADABU::StringUtils::translateToXML(uri.getURIString()) );
closeElement();
}
void cElementManager::gotTag (const string &tag)
{
string tagname;
list<sParam> params;
sParam param;
param.flag = false;
char quote;
tagParserState pstate = tagBegin;
string::const_iterator it;
for (it = tag.begin(); it != tag.end(); ++it)
{
char ch = *it;
//process character
switch (pstate) {
case tagBegin: {
if (ch != ' ')
{
pstate = tagName;
tagname += ch;
}
break;
}
case tagName: {
if (ch == ' ')
pstate = tagBetweenParams;
else
tagname += ch;
break;
}
case tagParam: {
if (ch == '=')
pstate = tagParamValue;
else if (ch == ' ')
{
//one parameter, value only (it could also be a flag, we'll check that later)
param.value = param.name;
param.name = "";
//add a new parameter :-)
params.push_back (param);
param.value = "";
pstate = tagBetweenParams;
}
else
param.name += ch;
break;
}
case tagParamValue: {
if (ch == ' ')
{
//add a new parameter :-)
params.push_back (param);
param.name = "";
param.value = "";
pstate = tagBetweenParams;
}
else if (param.value.empty() && ((ch == '\'') || (ch == '"')))
{
pstate = tagQuotedParam;
quote = ch;
}
else
param.value += ch;
break;
}
case tagQuotedParam: {
if (ch == quote)
{
//add a new parameter :-)
params.push_back (param);
param.name = "";
param.value = "";
pstate = tagAfterQuotedParam;
}
else
param.value += ch;
break;
}
case tagAfterQuotedParam: {
if (ch == ' ') //ignore everything up to some space...
pstate = tagBetweenParams;
break;
}
case tagBetweenParams: {
if (ch != ' ')
{
if ((ch == '\'') || (ch == '"'))
{
pstate = tagQuotedParam;
param.name = "";
quote = ch;
}
else
{
pstate = tagParam;
param.name += ch;
}
}
break;
}
};
}
//last parameter...
switch (pstate) {
case tagBegin:
results->addToList (results->createError ("Received a tag with no body!"));
break;
case tagParam: {
param.value = param.name;
param.name = "";
params.push_back (param);
}
break;
case tagParamValue:
params.push_back (param);
break;
case tagQuotedParam:
results->addToList (results->createError ("Received tag " + tagname +
" with unfinished quoted parameter!"));
break;
};
//nothing more to do if the tag has no contents...
if (pstate == tagBegin) return;
//convert tag name to lowercase
tagname = lcase (tagname);
//handle closing tag...
if (tagname[0] == '/')
{
if (!params.empty())
results->addToList (results->createError ("Received closing tag " + tagname +
" with parametrs!"));
//remove that '/'
tagname.erase (tagname.begin());
//and call closing tag processing
handleClosingTag (tagname);
return;
}
//convert all parameter names to lower-case
list<sParam>::iterator parit;
for (parit = params.begin(); parit != params.end(); ++parit)
(*parit).name = lcase ((*parit).name);
//now we check the type of the tag and act accordingly
if (!elementDefined (tagname))
{
params.clear();
results->addToList (results->createError ("Received undefined tag " + tagname + "!"));
return;
}
mxpMode m = state->getMXPMode ();
//mode can be open or secure; locked mode is not possible here (or we're in a bug)
if (m == openMode)
//open mode - only open tags allowed
if (!openElement (tagname))
{
params.clear();
results->addToList (results->createError ("Received secure tag " + tagname +
" in open mode!"));
return;
}
if (internalElement (tagname))
{
//if the name is an alias for another tag, change the name
if (aliases.count (tagname))
tagname = aliases[tagname];
//the <support> tag has to be handled separately :(
if (tagname == "support")
{
processSupport (params);
return;
}
//identify all flags in the tag
identifyFlags (ielements[tagname]->attdefault, params);
//correctly identify all parameters (assign names where necessary)
handleParams (tagname, params, ielements[tagname]->attlist, ielements[tagname]->attdefault);
//separate out all the flags (flags are only valid for internal tags)
list<string> flags;
parit = params.begin();
while (parit != params.end())
{
if ((*parit).flag)
{
flags.push_back ((*parit).name);
parit = params.erase (parit);
}
else
++parit;
}
//okay, parsing done - send the tag for further processing
processInternalTag (tagname, params, flags);
}
else
{
handleParams (tagname, params, elements[tagname]->attlist, elements[tagname]->attdefault);
processCustomTag (tagname, params);
}
params.clear ();
}
void cElementManager::addElement (const string &name, list<sElementPart *> contents,
list<string> attlist, map<string, string> attdefault, bool open, bool empty,
int tag, string flag)
{
//sanity checks
if (elementDefined (name))
{
results->addToList (results->createError ("Multiple definition of element " + name + "!"));
return;
}
sElement *e = new sElement;
e->open = open;
e->empty = empty;
if ((tag >= 20) && (tag <= 99))
{
e->tag = tag;
if (lineTags.count (tag))
results->addToList (results->createError ("Element " + name +
" uses an already assigned line tag!"));
lineTags[tag] = name;
}
else
e->tag = 0;
e->flag = flag;
//assign element contents, generating the list of closing tags
e->element.clear();
list<sElementPart *>::iterator it;
for (it = contents.begin(); it != contents.end(); ++it)
{
sElementPart *ep = *it;
if (ep->istag)
{
string tag = lcase (firstword (ep->text));
if (elementDefined (tag))
{
if (open && !(openElement (tag)))
{
delete ep;
results->addToList (results->createError ("Definition of open " + name +
" tag contains secure tag " + tag + "!"));
}
else if (empty && !(emptyElement (tag)))
{
delete ep;
results->addToList (results->createError ("Definition of empty " + name +
" tag contains non-empty tag " + tag + "!"));
}
else
{
e->element.push_back (ep);
if (!emptyElement(tag)) e->closingseq.push_front (tag);
}
}
else
{
//element doesn't exist yet - we must believe that it's correct
e->element.push_back (ep);
if (!empty) e->closingseq.push_front (tag);
results->addToList (results->createWarning ("Definition of element " + name +
" contains undefined element " + tag + "!"));
}
}
else
e->element.push_back (ep);
}
//assign the element definition
elements[name] = e;
//set attribute list
setAttList (name, attlist, attdefault);
}
void testObj::test<1>(void)
{
ensure("file not opened", openElement("testdata/file", Mode::READ, isSaneTrue).get()!=NULL );
}