void CopyXMLNode(csRef<iDocumentNode> source, csRef<iDocumentNode> target, int mode)
{
if (mode == 0)
{
target->RemoveNodes();
target->RemoveAttributes();
}
// copy nodes
csRef<iDocumentNodeIterator> nodeIter = source->GetNodes();
while (nodeIter->HasNext())
{
csRef<iDocumentNode> child = nodeIter->Next();
csRef<iDocumentNode> targetChild = target->GetNode(child->GetValue());
if (targetChild==NULL || mode==3) // Mode 3 means don't merge tags but just insert multiples, so we create a new one here every time
{
targetChild = target->CreateNodeBefore(child->GetType());
if (targetChild == NULL)
assert(!"failed to create XML node, you are probably using wrong XML parser (xmlread instead of xmltiny)");
targetChild->SetValue(child->GetValue());
}
CopyXMLNode(child, targetChild, mode);
}
// copy attributes
csRef <iDocumentAttributeIterator> attrIter = source->GetAttributes();
while (attrIter->HasNext())
{
csRef<iDocumentAttribute> attr = attrIter->Next();
const char* attrName = attr->GetName();
if (mode==1 || !target->GetAttribute(attrName))
target->SetAttribute(attrName, attr->GetValue());
}
}
pawsFrameDrawable::pawsFrameDrawable(csRef<iDocumentNode> node)
: scfImplementationType (this)
{
defaultTransparentColourBlue = -1;
defaultTransparentColourGreen = -1;
defaultTransparentColourRed = -1;
defaultAlphaValue = 0;
// Read off the image and file vars
imageFileLocation = node->GetAttributeValue("file");
resourceName = node->GetAttributeValue("resource");
csString typeStr(node->GetAttributeValue("type"));
type = FDT_FULL;
if (typeStr == "horizontal")
type = FDT_HORIZONTAL;
else if (typeStr == "vertical")
type = FDT_VERTICAL;
csRef<iDocumentNodeIterator> iter = node->GetNodes();
while ( iter->HasNext() )
{
csRef<iDocumentNode> childNode = iter->Next();
// Read the default alpha value.
if (strcmp(childNode->GetValue(), "alpha") == 0)
defaultAlphaValue = childNode->GetAttributeValueAsInt("level");
// Read the default transparent colour.
else if (strcmp(childNode->GetValue(), "trans") == 0)
{
defaultTransparentColourRed = childNode->GetAttributeValueAsInt("r");
defaultTransparentColourGreen = childNode->GetAttributeValueAsInt("g");
defaultTransparentColourBlue = childNode->GetAttributeValueAsInt("b");
}
else if (strcmp(childNode->GetValue(), "top_left") == 0)
LoadPiece(childNode, FDP_TOP_LEFT);
else if (strcmp(childNode->GetValue(), "top") == 0)
LoadPiece(childNode, FDP_TOP);
else if (strcmp(childNode->GetValue(), "top_right") == 0)
LoadPiece(childNode, FDP_TOP_RIGHT);
else if (strcmp(childNode->GetValue(), "left") == 0)
LoadPiece(childNode, FDP_LEFT);
else if (strcmp(childNode->GetValue(), "middle") == 0)
LoadPiece(childNode, FDP_MIDDLE);
else if (strcmp(childNode->GetValue(), "right") == 0)
LoadPiece(childNode, FDP_RIGHT);
else if (strcmp(childNode->GetValue(), "bottom_left") == 0)
LoadPiece(childNode, FDP_BOTTOM_LEFT);
else if (strcmp(childNode->GetValue(), "bottom") == 0)
LoadPiece(childNode, FDP_BOTTOM);
else if (strcmp(childNode->GetValue(), "bottom_right") == 0)
LoadPiece(childNode, FDP_BOTTOM_RIGHT);
}
}
pawsImageDrawable::pawsImageDrawable(csRef<iDocumentNode> node)
: scfImplementationType (this)
{
debugImageErrors = true;
defaultTransparentColourBlue = -1;
defaultTransparentColourGreen = -1;
defaultTransparentColourRed = -1;
defaultAlphaValue = 0;
// Read off the image and file vars
imageFileLocation = node->GetAttributeValue( "file" );
resourceName = node->GetAttributeValue( "resource" );
tiled = node->GetAttributeValueAsBool("tiled");
csRef<iDocumentNodeIterator> iter = node->GetNodes();
while ( iter->HasNext() )
{
csRef<iDocumentNode> childNode = iter->Next();
// Read the texture rectangle for this image.
if ( strcmp( childNode->GetValue(), "texturerect" ) == 0 )
{
textureRectangle.xmin = childNode->GetAttributeValueAsInt("x");
textureRectangle.ymin = childNode->GetAttributeValueAsInt("y");
int width = childNode->GetAttributeValueAsInt("width");
int height = childNode->GetAttributeValueAsInt("height");
textureRectangle.SetSize(width, height);
}
// Read the default alpha value.
if ( strcmp( childNode->GetValue(), "alpha" ) == 0 )
{
defaultAlphaValue = childNode->GetAttributeValueAsInt("level");
}
// Read the default transparent colour.
if ( strcmp( childNode->GetValue(), "trans" ) == 0 )
{
defaultTransparentColourRed = childNode->GetAttributeValueAsInt("r");
defaultTransparentColourGreen = childNode->GetAttributeValueAsInt("g");
defaultTransparentColourBlue = childNode->GetAttributeValueAsInt("b");
}
}
PreparePixmap();
}
csString GetNodeXML(csRef<iDocumentNode> node, bool childrenOnly)
{
psString xml;
csRef<iDocumentNodeIterator> nodes;
csRef<iDocumentAttributeIterator> attrs;
if (!childrenOnly)
xml.Format("<%s", node->GetValue());
attrs = node->GetAttributes();
while (attrs->HasNext())
{
csRef<iDocumentAttribute> attr = attrs->Next();
csString escpxml = EscpXML(attr->GetValue());
xml.AppendFmt(" %s=\"%s\"", attr->GetName(), escpxml.GetData() );
}
if (!childrenOnly)
xml += ">";
nodes = node->GetNodes();
if (nodes->HasNext())
{
while (nodes->HasNext())
{
csRef<iDocumentNode> child = nodes->Next();
if (child->GetType() == CS_NODE_TEXT)
{
// add the node-content to the string..but escape special XML chars in it
xml += EscpXML(child->GetContentsValue());
}
else
{
xml += GetNodeXML(child);
}
}
}
if (!childrenOnly)
{
// add the node-content to the string..but escape special XML chars in it
xml += EscpXML(node->GetContentsValue());
xml.AppendFmt("</%s>", node->GetValue());
}
return xml;
}
void OptimiseData::ParseMeshObj(csArray<csString>& libsNeeded, csArray<csString>& materialsNeeded,
csString& mapInPath, csRef<iDocumentNode> meshobj)
{
csRef<iDocumentNodeIterator> meshobjs = meshobj->GetNodes("meshobj");
while(meshobjs->HasNext())
{
ParseMeshObj(libsNeeded, materialsNeeded, mapInPath, meshobjs->Next());
}
if(meshobj->GetNode("params"))
{
meshobj = meshobj->GetNode("params");
if(meshobj->GetNode("factory"))
{
bool found = false;
for(size_t i=0; i<meshFactsOut.GetSize(); i++)
{
if(csString(meshFactsOut[i]->GetRoot()->GetNode("library")->GetNode("meshfact")->GetAttributeValue("name")).Compare(meshobj->GetNode("factory")->GetContentsValue()))
{
libsNeeded.PushSmart(meshobj->GetNode("factory")->GetContentsValue());
found = true;
}
}
if(!found)
{
// Print error and mark data as incorrect.
csFPrintf(stderr, "ERROR: Mesh object %s uses mesh factory %s but there is no factory data!\n",
meshobj->GetAttributeValue("name"), meshobj->GetNode("factory")->GetContentsValue());
}
}
if(meshobj->GetNode("material"))
{
bool found = false;
for(size_t i=0; i<materials.GetSize(); i++)
{
if(csString(materials[i]->GetAttributeValue("name")).Compare(meshobj->GetNode("material")->GetContentsValue()))
{
materialsNeeded.PushSmart(meshobj->GetNode("material")->GetContentsValue());
found = true;
}
}
if(!found)
{
// Print error and mark data as incorrect.
csFPrintf(stderr, "ERROR: Mesh object %s uses material %s but there is no such material declaration!\n",
meshobj->GetAttributeValue("name"), meshobj->GetNode("material")->GetContentsValue());
}
}
}
else if(meshobj->GetNode("paramsfile"))
{
csString paramsPath = mapInPath + "/" + meshobj->GetNode("paramsfile")->GetContentsValue();
csRef<iFile> file = vfs->Open(paramsPath, VFS_FILE_READ);
csRef<iDocument> paramsDoc = docSys->CreateDocument();
paramsDoc->Parse(file);
meshobj = paramsDoc->GetRoot()->GetNode("params");
if(meshobj->GetNode("factory"))
{
bool found = false;
for(size_t i=0; i<meshFactsOut.GetSize(); i++)
{
if(csString(meshFactsOut[i]->GetRoot()->GetNode("library")->GetNode("meshfact")->GetAttributeValue("name")).Compare(meshobj->GetNode("factory")->GetContentsValue()))
{
libsNeeded.PushSmart(meshobj->GetNode("factory")->GetContentsValue());
found = true;
}
}
if(!found)
{
// Print error and mark data as incorrect.
csFPrintf(stderr, "ERROR: Mesh object %s uses mesh factory %s but there is no factory data!\n",
meshobj->GetParent()->GetAttributeValue("name"), meshobj->GetNode("factory")->GetContentsValue());
}
}
if(meshobj->GetNode("material"))
{
bool found = false;
for(size_t i=0; i<materials.GetSize(); i++)
{
if(csString(materials[i]->GetAttributeValue("name")).Compare(meshobj->GetNode("material")->GetContentsValue()))
{
materialsNeeded.PushSmart(meshobj->GetNode("material")->GetContentsValue());
found = true;
}
}
if(!found)
{
// Print error and mark data as incorrect.
csFPrintf(stderr, "ERROR: Mesh object %s uses material %s but there is no such material declaration!\n",
meshobj->GetParent()->GetAttributeValue("name"), meshobj->GetNode("material")->GetContentsValue());
}
}
}
}
void OptimiseData::ParseMeshFact(csRef<iDocumentNode>& meshFact, csRef<iDocumentNode>& tempDocRoot,
csRefArray<iDocumentNode>& tempMats)
{
csRef<iDocumentNode> params = meshFact->GetNode("params");
if(params.IsValid())
{
bool first = true;
csRef<iDocumentNodeIterator> submeshes = params->GetNodes("submesh");
if(!submeshes->HasNext())
{
submeshes = params->GetNodes("curve");
}
while((first && params->GetNode("material")) || submeshes->HasNext())
{
csString materialName;
if(first && params->GetNode("material"))
{
materialName = params->GetNode("material")->GetContentsValue();
first = false;
}
else if(submeshes->HasNext())
{
csRef<iDocumentNode> submesh = submeshes->Next();
if(submesh->GetNode("material"))
{
materialName = submesh->GetNode("material")->GetContentsValue();
}
else
{
continue;
}
}
bool hasMaterialDecl = false;
csRef<iDocumentNode> material;
for(size_t j=0; j<materials.GetSize(); j++)
{
material = materials[j];
if(materialName.Compare(material->GetAttributeValue("name")))
{
hasMaterialDecl = true;
break;
}
}
if(!hasMaterialDecl)
{
// Print error and mark data as incorrect.
csFPrintf(stderr, "ERROR: Meshfact %s uses material %s but there is no material declaration!\n",
meshFact->GetAttributeValue("name"), materialName.GetData());
}
tempMats.PushSmart(material);
}
}
csRef<iDocumentNodeIterator> undermeshes = meshFact->GetNodes("meshfact");
while(undermeshes->HasNext())
{
csRef<iDocumentNode> next = undermeshes->Next();
ParseMeshFact(next, tempDocRoot, tempMats);
}
}
bool psEntity::DefineState(csRef<iDocumentNode> stateNode)
{
int stateID;
EntityState* entityState;
csRef<iDocumentNodeIterator> resourceItr;
// checking if the state ID is legal
stateID = stateNode->GetAttributeValueAsInt("ID", -1);
Debug4(LOG_SOUND, 0, "psEntity::DefineState %s state %d meshid %u",entityName.GetData(),stateID,id);
if(stateID < 0)
{
return false;
}
// initializing the EntityState
entityState = states.Get(stateID, 0);
if(entityState != 0) // already defined
{
return false;
}
entityState = new EntityState();
// initializing resources
resourceItr = stateNode->GetNodes("RESOURCE");
while(resourceItr->HasNext())
{
const char* resourceName = resourceItr->Next()->GetAttributeValue("NAME", 0);
if(resourceName == 0)
{
continue;
}
entityState->resources.PushSmart(resourceName);
}
// checking if there is at least one resource
if(entityState->resources.IsEmpty())
{
delete entityState;
return false;
}
// setting all the other parameters
entityState->probability = stateNode->GetAttributeValueAsFloat("PROBABILITY", 1.0);
entityState->volume = stateNode->GetAttributeValueAsFloat("VOLUME", VOLUME_NORM);
entityState->delay = stateNode->GetAttributeValueAsInt("DELAY", 0);
entityState->timeOfDayStart = stateNode->GetAttributeValueAsInt("TIME_START", 0);
entityState->timeOfDayEnd = stateNode->GetAttributeValueAsInt("TIME_END", 24);
entityState->fallbackState = stateNode->GetAttributeValueAsInt("FALLBACK_STATE", UNDEFINED_ENTITY_STATE);
entityState->fallbackProbability = stateNode->GetAttributeValueAsFloat("FALLBACK_PROBABILITY", 0.0);
entityState->references = 1;
// adjusting the probabilities on the update time
if(entityState->probability < 1.0)
{
entityState->probability *= SoundManager::updateTime / 1000.0;
}
if(entityState->fallbackProbability < 1.0)
{
entityState->fallbackProbability *= SoundManager::updateTime / 1000.0;
}
// in XML delay is given in seconds, converting delay into milliseconds
entityState->delay = entityState->delay * 1000;
states.Put(stateID, entityState);
return true;
}