if(node.getNodeType() == DOM_Node::TEXT_NODE) {
svg::SVGPCDATAElement *elem = new svg::SVGPCDATAElement;
elem->content = node.getNodeValue();
return elem;
} else
'''
strdef_output=''
for element_dtd_name in all_elements:
# if element=='mpath':
# continue
classname = string.upper(element_dtd_name[0])+element_dtd_name[1:]
classname = make_cppname(classname)
#name=classname
element_cpp_name = make_cpp_string_name(element_dtd_name)
includes = includes + '#include <w3c/svg/SVG%sElement.hpp>\n'%(classname)
output = output + '''
if (nodeName==svg::%s_element_string) {
svg::SVG%sElement *elem = new svg::SVG%sElement;
elem->parse(node, owner, viewport);
return elem;
} else
'''%(element_cpp_name, classname, classname)
strdef_output = strdef_output + 'STRDEF(%s,"%s")\n'%(classname, element_dtd_name)
output = output +'''
{
std::cerr << "element " << nodeName.c_str() << " (type " << node.getNodeType() << ") unknown" << std::endl;
raise
c, e = find_enum_in_inherit(entity_type.enums, classdecl)
if entity_type.name == "xml:space":
# print classdecl.name, entity_type
# print e
pass
if c != None and e != None:
# if c.name == "SVGComponentTransferFunctionElement":
# print name, entity_type
# print c.name
# print e
i = entity_type.name
# print entity_type.name, e.name
iname = make_cpp_string_name(i)
if (iname, i) not in attr_strings:
attr_strings.append((iname, i))
if c.name + e.name in already_done:
continue
already_done.append(c.name + e.name)
if c.name not in includes:
includes.append(c.name)
output_cpp_read = (
output_cpp_read
+ """
svg::%s::%s
if(node.getNodeType() == DOM_Node::TEXT_NODE) {
svg::SVGPCDATAElement *elem = new svg::SVGPCDATAElement;
elem->content = node.getNodeValue();
return elem;
} else
'''
strdef_output = ''
for element_dtd_name in all_elements:
# if element=='mpath':
# continue
classname = string.upper(element_dtd_name[0]) + element_dtd_name[1:]
classname = make_cppname(classname)
#name=classname
element_cpp_name = make_cpp_string_name(element_dtd_name)
includes = includes + '#include <w3c/svg/SVG%sElement.hpp>\n' % (classname)
output = output + '''
if (nodeName==svg::%s_element_string) {
svg::SVG%sElement *elem = new svg::SVG%sElement;
elem->parse(node, owner, viewport);
return elem;
} else
''' % (element_cpp_name, classname, classname)
strdef_output = strdef_output + 'STRDEF(%s,"%s")\n' % (classname,
element_dtd_name)
output = output + '''
{
raise
c, e = find_enum_in_inherit(entity_type.enums, classdecl)
if entity_type.name == 'xml:space':
#print classdecl.name, entity_type
#print e
pass
if c != None and e != None:
#if c.name == "SVGComponentTransferFunctionElement":
# print name, entity_type
#print c.name
#print e
i = entity_type.name
#print entity_type.name, e.name
iname = make_cpp_string_name(i)
if (iname, i) not in attr_strings:
attr_strings.append((iname, i))
if c.name + e.name in already_done:
continue
already_done.append(c.name + e.name)
if c.name not in includes:
includes.append(c.name)
output_cpp_read = output_cpp_read + """
svg::%s::%s
make_%s(const svg::String& s)
{
def process(classdecl):
if classdecl.name in includes:
raise AlreadyProcessed
if classdecl in already_done:
return 0;
already_done.append(classdecl)
nattr=0
begin_string = '''
// %s
int
%s::parse_attributes(const String& attrName, const String& attrValue)
{
int recognized=0;
// std::cerr << "%s::parse" << std::endl;
{
'''%(classdecl.name, classdecl.name, classdecl.name)
begin_print_string = '''
// %s
void
%s::print_attributes(xmlostream& out)
{
'''%(classdecl.name, classdecl.name)
begin_get_attr_by_name_string = '''
// %s
svgl::AnimateAdapter*
%s::getAttributeByName(const String& attrName)
{
// std::cerr << "%s::getAttributeByName " << attrName << std::endl;
'''%(classdecl.name, classdecl.name, classdecl.name)
for attr in classdecl.attributes:
try:
entity_name = mapDtdIdl.attributes_idl_dtd[attr]
except KeyError:
#print classdecl.name, attr
#print classdecl
#print mapDtdIdl.attributes_idl_dtd
#raise ""
continue
if nattr==0:
includes.append(classdecl.name)
output_cpp = begin_string
print_output_cpp = begin_print_string + ' out '
output_get_attr_by_name = begin_get_attr_by_name_string
nattr=nattr+1
output_cpp = output_cpp + '''
if (*attrName==*%s_attribute_string) {
*attrValue >> %s;
++recognized;
} else
'''%(make_cpp_string_name(entity_name), make_cpp(attr.name))
print_output_cpp = print_output_cpp + '''<< " %s=\\"" << %s << "\\"" '''%(entity_name, make_cpp(attr.name))
(typename, ispointer)=mapAttributeType.mapAttributeType(classdecl, attr)
output_get_attr_by_name = output_get_attr_by_name + '''
if (*attrName==*%s_attribute_string) {
return new svgl::AnimateAdapterTemplate< Attribute< %s > >(&%s);
} else
'''%(make_cpp_string_name(entity_name), typename, make_cpp(attr.name))
if nattr>0:
print_output_cpp = print_output_cpp + ' ;\n'
resDeclared = 0
for inh in classdecl.inherits:
try:
res = process(parse_idl.class_decls[inh])
except AlreadyProcessed:
res=1
except KeyError:
if inh not in ["Element", "events::EventTarget", "events::DocumentEvent", "css::ViewCSS", "css::DocumentCSS",
"css::CSSValue", "smil::ElementTimeControl", "Document", "events::UIEvent", "css::CSSRule",
"events::Event"]:
raise
else:
continue
if res>0:
if nattr==0:
includes.append(classdecl.name)
output_cpp = begin_string
print_output_cpp = begin_print_string
output_get_attr_by_name = begin_get_attr_by_name_string
if resDeclared==0:
output_get_attr_by_name = output_get_attr_by_name + '''
{
svgl::AnimateAdapter* res = 0;
'''
resDeclared=1
nattr = nattr+res
output_cpp = output_cpp + '''
if (%s::parse_attributes(attrName, attrValue)) {
++recognized;
} else
'''%(inh)
print_output_cpp= print_output_cpp+''' %s::print_attributes(out);\n'''%(inh)
output_get_attr_by_name = output_get_attr_by_name + '''
res = %s::getAttributeByName(attrName);
if (res) {
return res;
}
'''%(inh)
if nattr>0:
if classdecl.name in customParser:
#print classdecl.name
output_cpp = output_cpp + '''
if (customParseAttributes(attrName, attrValue)) {
++recognized;
} else
'''
#if it's an element
#if string.find(classdecl.name,"Element")>0 and classdecl.name != "SVGElement":
if mapDtdIdl.elements_idl_dtd.has_key(classdecl):
output_cpp = output_cpp + '''
{
// std::cerr << "unknown attribute %s::" << attrName << std::endl;
}
'''%(classdecl.name)
output_get_attr_by_name = output_get_attr_by_name + '''
{
std::cerr << "unknown attribute %s::" << attrName << std::endl;
}
'''%(classdecl.name)
else:
output_cpp = output_cpp +'''
{
}
'''
output_cpp = output_cpp+'''
}
return recognized;
}
'''
if(resDeclared):
output_get_attr_by_name = output_get_attr_by_name + '''
}
'''
output_get_attr_by_name = output_get_attr_by_name + '''
return 0;
}
'''
print_output_cpp = print_output_cpp + '''}\n'''
output_cpps[classdecl.name]=output_cpp
print_output_cpps[classdecl.name]=print_output_cpp
output_get_attr_by_names[classdecl.name]=output_get_attr_by_name
#print classdecl.name, len(output_get_attr_by_name)
else:
#print classdecl
pass
return nattr
