/**
* Internal function for creating the <device> element filled with values
* @param w Pointer to XMLWriter
* @param dev Device data
* @param debug Flag - add debug mark
* @param proto Communication protocol version
* @param fw Firmware version of device
*/
void XMLTool::createDevice(XMLWriter* w, Device dev, bool debug, string proto, string fw) {
AttributesImpl att;
att.addAttribute("", "", "euid", "", toStringFromLongHex(dev.euid));
att.addAttribute("", "", "device_id", "", toStringFromLongHex(dev.device_id, 2));
if(dev.name != ""){
att.addAttribute("", "", "name", "", dev.name);
}
w->startElement("", "device", "", att);
if (debug)
w->dataElement("", "", "debug", "", "protocol_version", proto, "fw_version", fw);
TT_Table tt = fillDeviceTable();
auto tt_device = tt.find(dev.device_id);
if (tt_device == tt.end())
throw Poco::Exception("Missing device in types table"); // FIXME temporary "fix", do it properly
auto tt_dev = tt_device->second;
if (dev.values.size()) { // If there are some values
AttributesImpl attVal;
attVal.addAttribute("", "", "count", "", toStringFromInt(dev.values.size()));
w->startElement("", "values", "", attVal);
for (auto item : dev.values){
if(item.status == true){
w->dataElement("", "", "value", toStringFromFloat(item.value), "module_id", toStringFromHex(item.mid)); // convert to hex format (0x00)
} else {
w->dataElement("", "", "value", toStringFromFloat(item.value), "module_id", toStringFromHex(item.mid), "status", "unavailable");
}
}
w->endElement("", "values", "");
}
w->endElement("", "device", "");
}
void AttributesImplTest::testCopy()
{
AttributesImpl attrs;
attrs.addAttribute("urn:ns1", "a1", "p:a1", "CDATA", "v1");
attrs.addAttribute("urn:ns1", "a2", "p:a2", "CDATA", "v2");
attrs.addAttribute("urn:ns2", "a3", "q:a3", "CDATA", "v3");
AttributesImpl attrs2;
attrs2.setAttributes(attrs);
assert (attrs2.getLength() == 3);
assert (attrs2.getQName(0) == "p:a1");
assert (attrs2.getQName(1) == "p:a2");
assert (attrs2.getQName(2) == "q:a3");
assert (attrs2.getLocalName(0) == "a1");
assert (attrs2.getLocalName(1) == "a2");
assert (attrs2.getLocalName(2) == "a3");
assert (attrs2.getURI(0) == "urn:ns1");
assert (attrs2.getURI(1) == "urn:ns1");
assert (attrs2.getURI(2) == "urn:ns2");
assert (attrs2.getValue(0) == "v1");
assert (attrs2.getValue(1) == "v2");
assert (attrs2.getValue(2) == "v3");
}
void AttributesImplTest::testNoNamespaces()
{
AttributesImpl attrs;
assert (attrs.getLength() == 0);
assert (attrs.getIndex("foo") == -1);
assert (attrs.getValue("foo").empty());
attrs.addAttribute("", "", "a1", "CDATA", "v1");
assert (attrs.getLength() == 1);
assert (attrs.getIndex("a1") == 0);
assert (attrs.getQName(0) == "a1");
assert (attrs.getType(0) == "CDATA");
assert (attrs.getValue(0) == "v1");
assert (attrs.isSpecified(0));
assert (attrs.getType("a1") == "CDATA");
assert (attrs.getValue("a1") == "v1");
attrs.addAttribute("", "", "a2", "CDATA", "v2");
assert (attrs.getLength() == 2);
assert (attrs.getIndex("a2") == 1);
assert (attrs.getQName(1) == "a2");
assert (attrs.getType(1) == "CDATA");
assert (attrs.getValue(1) == "v2");
assert (attrs.isSpecified(1));
assert (attrs.getType("a2") == "CDATA");
assert (attrs.getValue("a2") == "v2");
attrs.addAttribute("", "", "a3", "CDATA", "v3");
assert (attrs.getLength() == 3);
assert (attrs.getIndex("a3") == 2);
assert (attrs.getValue("a3") == "v3");
attrs.removeAttribute(0);
assert (attrs.getLength() == 2);
assert (attrs.getIndex("a1") == -1);
assert (attrs.getIndex("a2") == 0);
assert (attrs.getIndex("a3") == 1);
assert (attrs.getQName(0) == "a2");
assert (attrs.getQName(1) == "a3");
attrs.removeAttribute("a3");
assert (attrs.getLength() == 1);
assert (attrs.getIndex("a1") == -1);
assert (attrs.getIndex("a2") == 0);
assert (attrs.getIndex("a3") == -1);
assert (attrs.getQName(0) == "a2");
}
void XSDGenerator::structStart(const Poco::CppParser::Struct* pStruct, const CodeGenerator::Properties& properties)
{
_pStructIn = pStruct;
if (!_documentStarted)
{
_xsdOut.startDocument();
_xsdOut.startPrefixMapping(WSDLGenerator::TYPE_PREFIX, _targetNamespace);
}
_xsdOut.startPrefixMapping(SCHEMA_PREFIX, SCHEMA_NS);
AttributesImpl attr;
attr.addAttribute(EMPTYSTRING, TARGETNAMESPACE, TARGETNAMESPACE, EMPTYSTRING, _targetNamespace);
attr.addAttribute(EMPTYSTRING, ELEMENTFORMDEFAULT, ELEMENTFORMDEFAULT, EMPTYSTRING, "qualified");
_xsdOut.startElement(SCHEMA_NS, SCHEMA, SCHEMA, attr);
}
void XMLTool::createParam(XMLWriter* w, CmdParam par, string state){
AttributesImpl att;
att.addAttribute("", "", "param_id", "", toStringFromInt(par.param_id));
if (par.euid > 0)
att.addAttribute("", "", "euid", "", toStringFromLongHex(par.euid));
w->startElement("", "parameter", "", att);
if (state == "parameters" && par.value.size()) {
for (auto item: par.value){
w->dataElement("", "", "value", item.first);
}
}
w->endElement("", "parameter", "");
}
void AttributesImplTest::testAccessors()
{
AttributesImpl attrs;
attrs.addAttribute("urn:ns1", "a1", "p:a1", "CDATA", "v1");
attrs.addAttribute("urn:ns1", "a2", "p:a2", "CDATA", "v2", false);
attrs.addAttribute("urn:ns2", "a3", "q:a3", "CDATA", "v3", true);
assert (attrs.getQName(0) == "p:a1");
assert (attrs.getQName(1) == "p:a2");
assert (attrs.getQName(2) == "q:a3");
assert (attrs.getLocalName(0) == "a1");
assert (attrs.getLocalName(1) == "a2");
assert (attrs.getLocalName(2) == "a3");
assert (attrs.getURI(0) == "urn:ns1");
assert (attrs.getURI(1) == "urn:ns1");
assert (attrs.getURI(2) == "urn:ns2");
assert (attrs.getValue(0) == "v1");
assert (attrs.getValue(1) == "v2");
assert (attrs.getValue(2) == "v3");
assert (attrs.isSpecified(0));
assert (!attrs.isSpecified(1));
assert (attrs.isSpecified(2));
attrs.setType(0, "NMTOKEN");
assert (attrs.getType(0) == "NMTOKEN");
assert (attrs.getType("urn:ns1", "a1") == "NMTOKEN");
attrs.setValue(1, "v2 v2");
assert (attrs.getValue(1) == "v2 v2");
assert (attrs.getValue("urn:ns1", "a2") == "v2 v2");
assert (attrs.isSpecified(1));
attrs.setLocalName(2, "A3");
assert (attrs.getLocalName(2) == "A3");
attrs.setQName(2, "p:A3");
assert (attrs.getQName(2) == "p:A3");
attrs.setURI(2, "urn:ns1");
assert (attrs.getURI(2) == "urn:ns1");
assert (attrs.getValue("urn:ns1", "A3") == "v3");
}
void XMLWriter::dataElement(const XMLString& namespaceURI, const XMLString& localName, const XMLString& qname,
const XMLString& data,
const XMLString& attr1, const XMLString& value1,
const XMLString& attr2, const XMLString& value2,
const XMLString& attr3, const XMLString& value3)
{
AttributesImpl attributes;
if (!attr1.empty()) attributes.addAttribute(XMLString(), XMLString(), attr1, CDATA, value1);
if (!attr2.empty()) attributes.addAttribute(XMLString(), XMLString(), attr2, CDATA, value2);
if (!attr3.empty()) attributes.addAttribute(XMLString(), XMLString(), attr3, CDATA, value3);
if (data.empty())
{
emptyElement(namespaceURI, localName, qname, attributes);
}
else
{
startElement(namespaceURI, localName, qname, attributes);
characters(data);
endElement(namespaceURI, localName, qname);
}
}
/**
* Create message which can be sent to server.
* @param type Message type (0 - A_TO_S, 1 - INIT, 2 - PARAM)
* @return Created message in string
*/
string XMLTool::createXML(int type) {
stringstream stream;
Poco::UTF8Encoding utf8;
try {
XMLWriter writer(stream, XMLWriter::WRITE_XML_DECLARATION | XMLWriter::PRETTY_PRINT, "UTF-8", &utf8); // Print XML header and add newline for each tag
writer.setNewLine("\n");
AttributesImpl attrs;
writer.startDocument();
attrs.addAttribute("", "", "adapter_id", "", msg.adapter_id); // TODO!! remove
attrs.addAttribute("", "", "state", "", msg.state);
attrs.addAttribute("", "", "protocol_version", "", msg.protocol_version);
attrs.addAttribute("", "", "fw_version", "", msg.fw_version);
attrs.addAttribute("", "", "time", "", toStringFromLongInt(msg.time));
if (type == INIT) {
// TODO attrs.addAttribute("", "", "adapter_id", "", msg.adapter_id);
// TODO send even if I don't have it yet? attrs.addAttribute("", "", "tt_version", "", toStringFromLongInt(msg.tt_version));
}
writer.startElement("", "adapter_server", "", attrs);
if (type == A_TO_S) {
createDevice(&writer, msg.device); // TODO add fw_version etc?
}
else if (type == INIT) {
writer.characters(" ");
}
else if (type == PARAM) {
createParam(&writer, msg.params, msg.state);
}
writer.endElement("", "adapter_server", "");
writer.endDocument();
}
catch (Poco::Exception& ex) {
log.error("*** Exception: \n" + ex.displayText());
}
return stream.str();
}
void XMLWriterTest::testAttributeCharacters()
{
std::ostringstream str;
XMLWriter writer(str, 0);
writer.startDocument();
AttributesImpl attrs;
attrs.addAttribute("", "", "a1", "CDATA", "a b c\n\td");
attrs.addAttribute("", "", "a2", "CDATA", "a b c\r\nd");
writer.startElement("", "", "el", attrs);
writer.endElement("", "", "el");
writer.endDocument();
std::string xml = str.str();
assert (xml == "<el a1=\"a b c
	d\" a2=\"a b c
d\"/>");
}
void XMLWriterTest::testAttributes()
{
std::ostringstream str;
XMLWriter writer(str, 0);
writer.startDocument();
AttributesImpl attrs;
attrs.addAttribute("", "", "a1", "CDATA", "v1");
attrs.addAttribute("", "", "a2", "CDATA", "v2");
writer.startElement("", "", "el", attrs);
writer.endElement("", "", "el");
writer.endDocument();
std::string xml = str.str();
assert (xml == "<el a1=\"v1\" a2=\"v2\"/>");
}
void XMLWriterTest::testAttributesPretty()
{
std::ostringstream str;
XMLWriter writer(str, XMLWriter::PRETTY_PRINT | XMLWriter::PRETTY_PRINT_ATTRIBUTES);
writer.setNewLine(XMLWriter::NEWLINE_LF);
writer.startDocument();
AttributesImpl attrs;
attrs.addAttribute("", "", "a1", "CDATA", "v1");
attrs.addAttribute("", "", "a2", "CDATA", "v2");
writer.startElement("", "", "el", attrs);
writer.endElement("", "", "el");
writer.endDocument();
std::string xml = str.str();
assert (xml == "<el\n\ta1=\"v1\"\n\ta2=\"v2\"/>\n");
}
void XSDGenerator::exportElements()
{
ExportedTypes::const_iterator it = _exportElementTypes.begin();
ExportedTypes::const_iterator itEnd = _exportElementTypes.end();
for (; it != itEnd; ++it)
{
//<element name="xy" type = "prefix:xy"/>
AttributesImpl attr;
attr.addAttribute(EMPTYSTRING, NAME, NAME, EMPTYSTRING, it->first);
attr.addAttribute(EMPTYSTRING, TYPE, TYPE, EMPTYSTRING, WSDLGenerator::TYPE_PREFIX+":"+ it->second);
_xsdOut.startElement(SCHEMA_NS, ELEMENT, ELEMENT, attr);
_xsdOut.endElement(SCHEMA_NS, ELEMENT, ELEMENT);
}
_exportElementTypes.clear();
SoapHeaderTypes::const_iterator itS = _exportSoapHeaderTypes.begin();
SoapHeaderTypes::const_iterator itSEnd = _exportSoapHeaderTypes.end();
for (; itS != itSEnd; ++itS)
{
//<element name="xy" type = "prefix:xy"/>
AttributesImpl attr;
attr.addAttribute(EMPTYSTRING, NAME, NAME, EMPTYSTRING, itS->first);
std::string type = resolveType(itS->second);
if (AbstractGenerator::BUILTIN_TYPES.find(type) != AbstractGenerator::BUILTIN_TYPES.end())
{
type = mapToSchemaType(type);
attr.addAttribute(EMPTYSTRING, TYPE, TYPE, EMPTYSTRING, XSDGenerator::SCHEMA_PREFIX+":"+ type);
}
else
{
attr.addAttribute(EMPTYSTRING, TYPE, TYPE, EMPTYSTRING, WSDLGenerator::TYPE_PREFIX+":"+ itS->second);
}
_xsdOut.startElement(SCHEMA_NS, ELEMENT, ELEMENT, attr);
_xsdOut.endElement(SCHEMA_NS, ELEMENT, ELEMENT);
}
}
void DOMSerializer::handleElement(const Element* pElement) const
{
if (_pContentHandler)
{
AutoPtr<NamedNodeMap> pAttrs = pElement->attributes();
AttributesImpl saxAttrs;
for (unsigned long i = 0; i < pAttrs->length(); ++i)
{
Attr* pAttr = static_cast<Attr*>(pAttrs->item(i));
saxAttrs.addAttribute(pAttr->namespaceURI(), pAttr->localName(), pAttr->nodeName(), CDATA, pAttr->value(), pAttr->specified());
}
_pContentHandler->startElement(pElement->namespaceURI(), pElement->localName(), pElement->tagName(), saxAttrs);
}
iterate(pElement->firstChild());
if (_pContentHandler)
_pContentHandler->endElement(pElement->namespaceURI(), pElement->localName(), pElement->tagName());
}