// 加载杂项配置
BOOL LoadMiscConfig(LPCTSTR lpszFileName)
{
CXmlDocument xmlDoc;
CXmlNode xmlNode;
BOOL bRet = xmlDoc.Load(lpszFileName);
if (!bRet)
return FALSE;
bRet = xmlDoc.SelectSingleNode(_T("/Misc/FontInfo"), xmlNode);
if (bRet)
{
g_fontInfo.m_strName = xmlNode.GetAttribute(_T("Name"));
g_fontInfo.m_nSize = xmlNode.GetAttributeInt(_T("Size"));
tstring strColor = xmlNode.GetAttribute(_T("Color"));
g_fontInfo.m_clrText = HexStrToRGB(strColor.c_str());
g_fontInfo.m_bBold = xmlNode.GetAttributeInt(_T("Bold"));
g_fontInfo.m_bItalic = xmlNode.GetAttributeInt(_T("Italic"));
g_fontInfo.m_bUnderLine = xmlNode.GetAttributeInt(_T("UnderLine"));
}
bRet = xmlDoc.SelectSingleNode(_T("/Misc/HotKey"), xmlNode);
if (bRet)
{
tstring strHotKey = xmlNode.GetText();
g_cHotKey = toupper(strHotKey.at(0));
}
xmlNode.Release();
xmlDoc.Release();
return TRUE;
}
XmlNode CXmlNode::Append(const CString &strXml)
{
CXmlDocument doc;
if(doc.LoadXml(strXml))
{
return Append(doc.GetRoot());
}
else
return NULL;
}
LPSTR CPicture::GetContentXML()
{
LPSTR pszXML = NULL;
CXmlDocument xmlDoc;
CXmlElement* pBody = xmlDoc.AddElement(L"body");
CXmlElement* pContent = pBody->AddElement(L"content");
pContent->AddAttribute(L"id", m_contentID);
pContent->AddAttribute(L"title", m_pwszFile);
CXmlElement* pImage = pContent->AddElement(L"img");
pImage->AddAttribute(L"align", L"c");
pImage->AddAttribute(L"fit", L"screen");
pImage->AddAttribute(L"alt", m_pwszFile);
//
// The Image ID is the CONTENT_ID of the raw image bytes;
// that is the same as this content ID, offset by
// (CID_RAWIMAGE_FIRST - CID_XMLIMAGE_FIRST)
//
pImage->AddAttribute(L"id", m_contentID + (CID_RAWIMAGE_FIRST - CID_XMLIMAGE_FIRST));
CXmlElement* pLeftBtn = pContent->AddElement(L"btn");
pLeftBtn->AddAttribute(L"key", L"left");
pLeftBtn->AddAttribute(L"target", m_prevId);
CXmlElement* pRightBtn = pContent->AddElement(L"btn");
pRightBtn->AddAttribute(L"key", L"right");
pRightBtn->AddAttribute(L"target", m_nextId);
BSTR bstrXml;
xmlDoc.GetXml(&bstrXml);
//
// The device handles UTF8 encoded strings, so the XML
// needs to be converted from unicode to UTF8.
//
pszXML = AllocTaskUtf8String(bstrXml);
::SysFreeString(bstrXml);
delete pBody;
delete pContent;
delete pImage;
delete pLeftBtn;
delete pRightBtn;
return pszXML;
}
//从Xml中读取表情配置
BOOL CFaceList::LoadConfigFile(LPCTSTR lpszFileName)
{
CXmlDocument xmlDoc;
CXmlNode xmlNode, xmlSubNode;
Reset();
BOOL bRet = xmlDoc.Load(lpszFileName);
if (!bRet)
return FALSE;
bRet = xmlDoc.SelectSingleNode(_T("/faceconfig"), xmlNode);
if (bRet)
{
m_nItemWidth = xmlNode.GetAttributeInt(_T("item_width"));
m_nItemHeight = xmlNode.GetAttributeInt(_T("item_height"));
m_nZoomWidth = xmlNode.GetAttributeInt(_T("zoom_width"));
m_nZoomHeight = xmlNode.GetAttributeInt(_T("zoom_height"));
m_nRow = xmlNode.GetAttributeInt(_T("row"));
m_nCol = xmlNode.GetAttributeInt(_T("col"));
bRet = xmlNode.GetFirstChildNode(_T("face"), xmlSubNode);
while (bRet)
{
CFaceInfo * lpFaceInfo = new CFaceInfo;
if (lpFaceInfo != NULL)
{
lpFaceInfo->m_nId = xmlSubNode.GetAttributeInt(_T("id"));
lpFaceInfo->m_strTip = xmlSubNode.GetAttribute(_T("tip"));
lpFaceInfo->m_strFileName = ZYM::CPath::GetCurDir() + xmlSubNode.GetAttribute(_T("file"));
tString strIndex = ZYM::CPath::GetFileNameWithoutExtension(lpFaceInfo->m_strFileName.c_str());
if (IsDigit(strIndex.c_str()))
lpFaceInfo->m_nIndex = _tcstol(strIndex.c_str(), NULL, 10);
m_arrFaceInfo.push_back(lpFaceInfo);
}
bRet = xmlSubNode.GetNextSiblingNode(_T("face"), xmlSubNode);
}
}
xmlSubNode.Release();
xmlNode.Release();
xmlDoc.Release();
return TRUE;
}
int UpdateMonitorApp::start()
{
CXmlDocument setting;
DOMElement * xmlElem = NULL;
DOMElement * xmlRoot = NULL;
if( setting.load( SETTING_FILE ) != 0 || ( xmlRoot = setting.getRoot() ) == NULL )
{
printf( "[Error] Load ServerSetting.xml Failed.\n" );
return -1;
}
xmlElem = setting.getFirstChild( xmlRoot, "MonitorInterval" );
if( xmlElem == NULL )
{
printf( "[Error] Get Monitor Time Interval Failed.\n" );
return -1;
}
m_nInterval = atoi( setting.getAttribute( xmlElem, "Description" ).c_str() );
xmlElem = setting.getFirstChild( xmlRoot, "LogPath" );
if( xmlElem == NULL )
{
printf( "[Error] Get Log Path Failed.\n" );
return -1;
}
setting.getAttribute( xmlElem, "Description", m_strLogPath );
return 0;
}
void CQuotes::Init(const CString& strXml)
{
try
{
CXmlDocument doc;
doc.LoadXml(strXml);
CXmlNodeList secList = doc.Select(_T("/buddy/s"));
for (int i = 0; i < secList.GetLength(); i++)
{
CXmlNode ndSec = secList.GetItem(i);
m_strId = ndSec.GetAttribute(_T("code"));
m_eMarket = (MarketType)ndSec.GetAttributeLong(_T("market"));
QuoteType eType = (QuoteType)ndSec.GetAttributeLong(_T("type"));
CXmlNodeList quoteList = ndSec.Select(_T("q"));
for (int j = 0; j < quoteList.GetLength(); j++)
{
Quote quote;
CXmlNode ndQuote = quoteList.GetItem(i);
CString strDate = ndQuote.GetAttribute(_T("t"));
quote.dtTime.ParseDateTime((LPCTSTR)strDate.GetBuffer());
quote.eQuote = eType;
quote.dOpen = ndQuote.GetAttributeDouble(_T("o"));
quote.dHigh = ndQuote.GetAttributeDouble(_T("h"));
quote.dLow = ndQuote.GetAttributeDouble(_T("l"));
quote.dClose = ndQuote.GetAttributeDouble(_T("c"));
quote.dVolumn = ndQuote.GetAttributeDouble(_T("v"));
quote.dAmount = ndQuote.GetAttributeDouble(_T("a"));
m_vecQuote.push_back(quote);
}
}
}
catch( ... )
{
OutputDebugString(_T("parse quote failed."));
}
return;
}
void CXmlNode::SetAttribute(const CString& attributeName, const _variant_t value)
{
CXmlNode node;
node=m_pNode->attributes->_getNamedItem(_bstr_t(attributeName));
if(node.IsValid())
{
node.SetData(value);
}
else
{
CXmlDocument myDoc = this->GetOwnerDocument();
if(myDoc.IsValid())
{
CXmlNode attr = myDoc.CreateNode(attributeName,nodeAttribute);
attr.SetValue(value);
XmlNode attrNode;
m_pNode->attributes->setNamedItem(attr.GetNode(),&attrNode);
}
}
}
LPSTR CTask::GetContentXML()
{
LPSTR pszXML = NULL;
CXmlDocument xmlDoc;
CXmlElement* pBody = xmlDoc.AddElement(L"body");
CXmlElement* pContent = pBody->AddElement(L"content");
pContent->AddAttribute(L"id", GetID());
pContent->AddAttribute(L"title", GetName());
CXmlElement* pCategory = pContent->AddElement(L"txt");
pCategory->AddText(m_wszCategory);
CXmlElement* pDetails = pContent->AddElement(L"txt");
pDetails->AddText(m_wszDetails);
CXmlElement* pDueTime = pContent->AddElement(L"txt");
pDueTime->AddText(m_wszTimeDue);
CXmlElement* pLeftBtn = pContent->AddElement(L"btn");
pLeftBtn->AddAttribute(L"key", L"left");
pLeftBtn->AddAttribute(L"target", m_prevId);
CXmlElement* pRightBtn = pContent->AddElement(L"btn");
pRightBtn->AddAttribute(L"key", L"right");
pRightBtn->AddAttribute(L"target", m_nextId);
BSTR bstrXml;
xmlDoc.GetXml(&bstrXml);
printf("Sending Content: \n%ws\n\n", bstrXml);
//
// The device handles UTF8 encoded strings, so the XML
// needs to be converted from unicode to UTF8.
//
pszXML = AllocTaskUtf8String(bstrXml);
::SysFreeString(bstrXml);
return pszXML;
}
//-- LoadSettings -------------------------------------------------------------
//
//-----------------------------------------------------------------------------
void ShadeWorm_c::LoadSettings(const char* name)
{
XmlNode node;
CXmlDocument doc;
int colId;
int index;
int col;
// Set up the defaults
m_numWorms = 16;
m_drawTime = 8;
m_numColMaps = 0;
m_randomColMap = false;
char szXMLFile[1024];
strcpy(szXMLFile, "Q:\\screensavers\\");
strcat(szXMLFile, name);
strcat(szXMLFile, ".xml");
// Load the config file
if (doc.Load(szXMLFile) >= 0)
{
node = doc.GetNextNode(XML_ROOT_NODE);
while(node > 0)
{
if (!strcmpi(doc.GetNodeTag(node),"NumWorms"))
{
m_numWorms = atoi(doc.GetNodeText(node));
Clamp(1, 32, m_numWorms);
}
else if (!strcmpi(doc.GetNodeTag(node),"DrawTime"))
{
m_drawTime = atoi(doc.GetNodeText(node));
Clamp(1, 10, m_drawTime);
}
else if (!strcmpi(doc.GetNodeTag(node),"RandomColMap"))
{
m_randomColMap = !strcmpi(doc.GetNodeText(node),"true");
}
else if (!strcmpi(doc.GetNodeTag(node),"Map"))
{
node = doc.GetNextNode(node);
if (m_numColMaps < MAX_COLMAPS)
{
colId = 0;
m_colMaps[m_numColMaps].m_numCols = 0;
m_colMaps[m_numColMaps].m_colMap = new ColMapEntry_t[256];
while (node>0)
{
if (!strcmpi(doc.GetNodeTag(node),"Col"))
{
if (colId < 256)
{
char* txt = doc.GetNodeText(node);
sscanf(txt, "%d %x\n", &index, &col);
if (index > 255) index = 255;
if (index < 0) index = 0;
m_colMaps[m_numColMaps].m_colMap[colId].m_index = index;
m_colMaps[m_numColMaps].m_colMap[colId].m_col = col;
colId++;
}
}
else if (!strcmpi(doc.GetNodeTag(node),"/Map"))
{
m_colMaps[m_numColMaps].m_numCols = colId;
m_numColMaps++;
break;
}
node = doc.GetNextNode(node);
}
}
}
node = doc.GetNextNode(node);
}
doc.Close();
}
} // LoadSettings
//-- LoadSettings -------------------------------------------------------------
//
//-----------------------------------------------------------------------------
void ShadeWorm_c::LoadSettings(const char* name)
{
int colId;
int index;
int col;
// Set up the defaults
m_numWorms = 16;
m_drawTime = 8;
m_numColMaps = 0;
m_randomColMap = false;
XmlNode node;
CXmlDocument doc;
char contentPath[MAX_PATH];
getDreamContentPath((char*)&contentPath);
char szXMLFile[MAX_PATH];
sprintf((char*)&szXMLFile, "%s\\%s", contentPath, "Resources\\Config.xml");
// Load the config file
if (doc.Load(szXMLFile) >= 0)
{
node = doc.GetNextNode(XML_ROOT_NODE);
while(node > 0)
{
if (!_strcmpi(doc.GetNodeTag(node),"NumWorms"))
{
m_numWorms = atoi(doc.GetNodeText(node));
Clamp(1, 32, m_numWorms);
}
else if (!_strcmpi(doc.GetNodeTag(node),"DrawTime"))
{
m_drawTime = atoi(doc.GetNodeText(node));
Clamp(1, 10, m_drawTime);
}
else if (!_strcmpi(doc.GetNodeTag(node),"RandomColMap"))
{
m_randomColMap = !_strcmpi(doc.GetNodeText(node),"true");
}
else if (!_strcmpi(doc.GetNodeTag(node),"Map"))
{
node = doc.GetNextNode(node);
if (m_numColMaps < MAX_COLMAPS)
{
colId = 0;
m_colMaps[m_numColMaps].m_numCols = 0;
m_colMaps[m_numColMaps].m_colMap = new ColMapEntry_t[256];
while (node>0)
{
if (!_strcmpi(doc.GetNodeTag(node),"Col"))
{
if (colId < 256)
{
char* txt = doc.GetNodeText(node);
sscanf(txt, "%d %x\n", &index, &col);
if (index > 255) index = 255;
if (index < 0) index = 0;
m_colMaps[m_numColMaps].m_colMap[colId].m_index = index;
m_colMaps[m_numColMaps].m_colMap[colId].m_col = col;
colId++;
}
}
else if (!_strcmpi(doc.GetNodeTag(node),"/Map"))
{
m_colMaps[m_numColMaps].m_numCols = colId;
m_numColMaps++;
break;
}
node = doc.GetNextNode(node);
}
}
}
node = doc.GetNextNode(node);
}
doc.Close();
}
} // LoadSettings
CXmlNode::CXmlNode(const CXmlDocument & doc)
{
m_pNode = doc.GetRoot();
}
//
// Name : CGrModelXp::LoadFile()
// Description : Load the model from an XML file.
// Parameters : filename - Name of the file to load from
// Returns : true if successful
// If false, an error message is stored in mErrorMessage
//
bool CGrModelXp::LoadFile(const wchar_t *filename)
{
// Make a path to where this file is located
wstring path(filename);
int i;
for(i=path.length() - 1; i>=0; i--)
{
if(path[i] == L'\\' || path[i] == '/')
{
path = path.substr(0, i + 1);
break;
}
}
if(i < 0)
path = L"";
CXmlDocument xml;
if(!xml.OpenXmlDocument(filename, L"model"))
return Error(xml.GetErrorMessage());
if(!XmlTestVersion(&xml, xml.GetRootNode()))
return Error(L"XMODL file is not the correct version. Version 2.0 required");
Clear();
XmlLoad(&xml, xml.GetRootNode());
// Once we have loaded all of the meshes, we find all of the
// necessary textures and load them as well.
// Loop over the meshes
for(vector<Mesh *>::iterator m=mMeshes.begin(); m!=mMeshes.end(); m++)
{
Mesh *mesh = *m;
// Loop over the effects
for(vector<Effect>::iterator e=mEffects.begin(); e!=mEffects.end(); e++)
{
Effect *effect = &(*e);
// Does this effect use a texture?
if(!effect->mTextureFile.empty())
{
// Do we know it already?
std::map<wstring, CGrTexture>::iterator t=mTextures.find(effect->mTextureFile);
if(t == mTextures.end())
{
// Load the texture
mTextures[effect->mTextureFile] = CGrTexture();
effect->mTexture = &mTextures[effect->mTextureFile];
wstring filepath = path + effect->mTextureFile;
effect->mTexture->LoadFile(filepath.c_str());
}
else
{
// We have already loaded it
effect->mTexture = &t->second;
}
}
}
}
return true;
}
// Load settings from the [screensavername].xml configuration file
// the name of the screensaver (filename) is used as the name of
// the xml file - this is sent to us by XBMC when the Init func
// is called.
void LoadSettings()
{
XmlNode node, childNode;
CXmlDocument doc;
char szXMLFile[1024];
strcpy(szXMLFile, "Q:\\screensavers\\");
strcat(szXMLFile, m_szScrName);
strcat(szXMLFile, ".xml");
OutputDebugString("Loading XML: ");
OutputDebugString(szXMLFile);
float xmin = -10.0f,
xmax = 10.0f,
ymin = -10.0f,
ymax = 10.0f,
height = 0.0f,
elasticity = 0.5f,
viscosity = 0.05f,
tension = 1.0f,
blendability = 0.04f;
int xdivs = 50;
int ydivs = 50;
int divs = 50;
SetDefaults();
g_lightDir = D3DXVECTOR3(0.0f,0.6f,-0.8f);
// Load the config file
if (doc.Load(szXMLFile) >= 0)
{
node = doc.GetNextNode(XML_ROOT_NODE);
while(node > 0)
{
if (strcmpi(doc.GetNodeTag(node),"screensaver"))
{
node = doc.GetNextNode(node);
continue;
}
if (childNode = doc.GetChildNode(node,"wireframe")) {
world.isWireframe = strcmp(doc.GetNodeText(childNode),"true") == 0;
}
if (childNode = doc.GetChildNode(node,"elasticity")) {
elasticity = (float)atof(doc.GetNodeText(childNode));
}
if (childNode = doc.GetChildNode(node,"viscosity")) {
viscosity = (float)atof(doc.GetNodeText(childNode));
}
if (childNode = doc.GetChildNode(node,"tension")) {
tension = (float)atof(doc.GetNodeText(childNode));
}
if (childNode = doc.GetChildNode(node,"blendability")) {
tension = (float)atof(doc.GetNodeText(childNode));
}
if (childNode = doc.GetChildNode(node,"xmin")) {
xmin = (float)atof(doc.GetNodeText(childNode));
}
if (childNode = doc.GetChildNode(node,"xmax")) {
xmax = (float)atof(doc.GetNodeText(childNode));
}
if (childNode = doc.GetChildNode(node,"ymin")) {
ymin = (float)atof(doc.GetNodeText(childNode));
}
if (childNode = doc.GetChildNode(node,"ymax")) {
ymax = (float)atof(doc.GetNodeText(childNode));
}
if (childNode = doc.GetChildNode(node,"lightx")) {
g_lightDir.x = (float)atof(doc.GetNodeText(childNode));
}
if (childNode = doc.GetChildNode(node,"lighty")) {
g_lightDir.y = (float)atof(doc.GetNodeText(childNode));
}
if (childNode = doc.GetChildNode(node,"lightz")) {
g_lightDir.z = (float)atof(doc.GetNodeText(childNode));
}
if (childNode = doc.GetChildNode(node,"shininess")) {
g_shininess = (float)atof(doc.GetNodeText(childNode));
}
if (childNode = doc.GetChildNode(node,"texturefolder")) {
strcpy(world.szTextureSearchPath, doc.GetNodeText(childNode));
}
if (childNode = doc.GetChildNode(node,"texturemode")) {
world.isTextureMode = strcmp(doc.GetNodeText(childNode),"true") == 0;
}
if (childNode = doc.GetChildNode(node,"nexttexture")) {
world.nextTextureTime = (int)(30*(float)atof(doc.GetNodeText(childNode)));
}
if (childNode = doc.GetChildNode(node,"quality")) {
divs = atoi(doc.GetNodeText(childNode));
}
node = doc.GetNextNode(node);
}
doc.Close();
}
float scaleRatio = (xmax-xmin)/(ymax-ymin);
int totalPoints = (int)(divs * divs * scaleRatio);
//world.scaleX = 0.5f;
xdivs = (int)sqrt(totalPoints * scaleRatio / world.scaleX);
ydivs = totalPoints / xdivs;
//xdivs = 144; ydivs= 90;
world.waterField = new WaterField(xmin, xmax, ymin, ymax, xdivs, ydivs, height, elasticity, viscosity, tension, blendability, world.isTextureMode);
}
////////////////////////////////////////////////////////////////////////////
// Load settings from the [screensavername].xml configuration file
// the name of the screensaver (filename) is used as the name of
// the xml file - this is sent to us by XBMC when the Init func is called.
//
void CConfig::LoadSettings()
{
XmlNode node, childNode; //, grandChild;
CXmlDocument doc;
char szXMLFile[1024];
#ifdef _TEST
strcpy(szXMLFile, "MatrixTrails.xml");
#else
strcpy(szXMLFile, "Q:\\screensavers\\");
strcat(szXMLFile, gScrName);
strcat(szXMLFile, ".xml");
#endif
// Load the config file
if (doc.Load(szXMLFile) >= 0)
{
node = doc.GetNextNode(XML_ROOT_NODE);
while(node > 0)
{
if (strcmpi(doc.GetNodeTag(node),"screensaver"))
{
node = doc.GetNextNode(node);
continue;
}
if (childNode = doc.GetChildNode(node,"CharDelayMin")) m_CharDelayMin = (f32)atof(doc.GetNodeText(childNode));
if (childNode = doc.GetChildNode(node,"CharDelayMax")) m_CharDelayMax = (f32)atof(doc.GetNodeText(childNode));
if (childNode = doc.GetChildNode(node,"FadeSpeedMin")) m_FadeSpeedMin = (f32)atof(doc.GetNodeText(childNode));
if (childNode = doc.GetChildNode(node,"FadeSpeedMax")) m_FadeSpeedMax = (f32)atof(doc.GetNodeText(childNode));
if (childNode = doc.GetChildNode(node,"NumColumns")) m_NumColumns = atoi(doc.GetNodeText(childNode));
if (childNode = doc.GetChildNode(node,"NumRows")) m_NumRows = atoi(doc.GetNodeText(childNode));
if (childNode = doc.GetChildNode(node,"CharCol")) sscanf(doc.GetNodeText(childNode), "%f %f %f", &m_CharCol.r, &m_CharCol.g, &m_CharCol.b);
if (childNode = doc.GetChildNode(node,"NumChars")) m_NumChars = atoi(doc.GetNodeText(childNode));
if (childNode = doc.GetChildNode(node,"CharSizeTexX")) m_CharSizeTex.x = (f32)atof(doc.GetNodeText(childNode))/TEXTURESIZE;
if (childNode = doc.GetChildNode(node,"CharSizeTexY")) m_CharSizeTex.y = (f32)atof(doc.GetNodeText(childNode))/TEXTURESIZE;
node = doc.GetNextNode(node);
}
doc.Close();
}
}
