void deleteElements(){
API_Element element;
elementidlist elementsToDelete;
GSErr err;
char buffer[256];
readDelimitedFrom(getClientSocket(), &elementsToDelete);
BNZeroMemory(&element, sizeof(API_Element));
API_Elem_Head* test;
for (int i = 0; i < elementsToDelete.guid_size(); i++){
element.header.guid = APIGuidFromString(elementsToDelete.guid(i).c_str());
if (ACAPI_Element_Get(&element) == NoError){
layermsg layerMsg;
layerMsg.set_name(searchLayers(element.header.layer));
bool hidden = hiddenLayer(layerMsg);
if (hidden){
controlLayer(layerMsg, true);
}
test = &element.header;
err = ACAPI_Element_Delete(&test, 1);
if (hidden){
controlLayer(layerMsg, false);
}
if (hasError(err)){
quit();
return;
}
}
}
}
void selectElement(){
API_ElemTypeID typeID;
API_Guid guid;
API_Element element;
API_ElementMemo memo;
API_Coord3D c3;
GSErrCode err = NoError;
elementid eleMsg;
char buffer[256];
while (!ClickAnElem("Click an element", API_ZombieElemID, NULL, &typeID, &guid, &c3)){
}
/*
if (!ClickAnElem("Click an element", API_ZombieElemID, NULL, &typeID, &guid, &c3)) {
WriteReport_Alert("Please click an element");
return;
}
*/
BNZeroMemory(&element, sizeof(API_Element));
element.header.typeID = typeID;
element.header.guid = guid;
err = ACAPI_Element_Get(&element);
if (err != NoError) {
sprintf(buffer, ErrID_To_Name(err));
ACAPI_WriteReport(buffer, true);
return;
}
sendElementID(getClientSocket(), element);
}
void cleanUp() {
threadRun = false;
ThreadWait(t);
ThreadDestroy(t);
MutexDestroy(mutex);
getClientSocket().close();
Net::cleanup();
}
void getColumns(){
API_Element element;
GSErrCode err;
char buffer[256];
columnrepeated columnMsg;
API_StoryInfo storyInfo;
storyinfo* storyInfoMsg;
err = ACAPI_Environment(APIEnv_GetStorySettingsID, &storyInfo, NULL);
if (err != NoError) {
ErrorBeep("APIEnv_GetStorySettingsID", err);
return;
}
GS::Array<API_Guid> elemList;
ACAPI_Element_GetElemList(API_ColumnID, &elemList);
for (GS::Array<API_Guid>::ConstIterator it = elemList.Enumerate(); it != NULL; ++it) {
BNZeroMemory(&element, sizeof(API_Element));
element.header.guid = *it;
err = ACAPI_Element_Get(&element);
if (err == NoError) {
columnMsg.add_px(element.column.origoPos.x);
columnMsg.add_py(element.column.origoPos.y);
storyInfoMsg = columnMsg.add_bottomlevel();
storyInfoMsg->set_exists(true);
storyInfoMsg->set_index(element.header.floorInd);
storyInfoMsg->set_level((*storyInfo.data)[element.header.floorInd - storyInfo.firstStory].level);
storyInfoMsg->set_name((*storyInfo.data)[element.header.floorInd - storyInfo.firstStory].name);
storyInfoMsg = columnMsg.add_toplevel();
storyInfoMsg->set_exists(true);
storyInfoMsg->set_index(element.header.floorInd + 1);
storyInfoMsg->set_level((*storyInfo.data)[element.header.floorInd + 1 - storyInfo.firstStory].level);
storyInfoMsg->set_name((*storyInfo.data)[element.header.floorInd + 1 - storyInfo.firstStory].name);
columnMsg.add_circular(element.column.circleBased);
columnMsg.add_angle(element.column.angle);
columnMsg.add_depth(element.column.coreDepth);
columnMsg.add_width(element.column.coreWidth);
columnMsg.add_slantangle(element.column.slantAngle);
columnMsg.add_slantdirection(element.column.slantDirectionAngle);
char s[64];
APIGuid2GSGuid(element.header.guid).ConvertToString(s);
columnMsg.add_guid(s);
}
else{
sprintf(buffer, ErrID_To_Name(err));
ACAPI_WriteReport(buffer, true);
}
}
//writeDelimitedTo(wallInfo, raw_out);
writeDelimitedTo(getClientSocket(), columnMsg);
BMKillHandle(reinterpret_cast<GSHandle *> (&storyInfo.data));
}
void TcpProxyClientAcceptor::registerForAccept() {
auto pSession = TcpProxySession::create(m_ioServicePool.getIoService());
auto sharedThis = shared_from_this();
m_acceptor.async_accept(pSession->getClientSocket(),
[=] (const boost::system::error_code& error)
{
sharedThis->handleAccept(pSession, error);
});
}
ThreadFunc networkThread(void *) {
while (true) {
MutexLock(mutex);
if (!threadRun) {
MutexUnlock(mutex);
break;
}
if (reqs.empty()) {
MutexUnlock(mutex);
continue;
}
Request& r = reqs.front();
//if (r._signal == PLAYER_PACKET_SEND && ((PlayerPacket*)r._dataSend)->onlineID != player::onlineID)
// cout << "[ERROR]WTF!!!" << endl;
if (r._dataSend != nullptr && r._dataLen != 0) {
Net::Buffer buffer(r._dataLen + sizeof(int) * 2);
int len = r._dataLen + sizeof(int);
buffer.write((void*)&len, sizeof(int));
buffer.write((void*)&r._signal, sizeof(int));
buffer.write((void*)r._dataSend, r._dataLen);
getClientSocket().send(buffer);
}
else {
Net::Buffer buffer(sizeof(int) * 2);
int len = sizeof(int);
buffer.write((void*)&len, sizeof(int));
buffer.write((void*)&r._signal, sizeof(int));
getClientSocket().send(buffer);
}
if (r._callback) { //判断有无回调函数
auto callback = r._callback;
MutexUnlock(mutex);
int len = getClientSocket().recvInt(); //获得数据长度
Net::Buffer buffer(len);
getClientSocket().recv(buffer, Net::BufferConditionExactLength(len));
if (len > 0) callback(buffer.getData(), len); //调用回调函数
MutexLock(mutex);
}
reqs.pop();
MutexUnlock(mutex);
}
return 0;
}
//TODO: See more file type that are define in API_FileOpenPars, fileTypeID
void openFile(){
GSErrCode err;
char buffer[256];
API_FileOpenPars openPars;
openmessage pathMsg;
readDelimitedFrom(getClientSocket(), &pathMsg);
BNZeroMemory(&openPars, sizeof(API_FileOpenPars));
std::string extension = pathMsg.extension();
if (extension == "pln"){
openPars.fileTypeID = APIFType_PlanFile;
}
else if (extension == "pdf") {
openPars.fileTypeID = APIFType_PdfFile;
}
else if (extension == "ifc"
|| extension == "ifcxml"
|| extension == "ifczip") {
openPars.fileTypeID = APIFType_IfcFile;
}
else {
openPars.fileTypeID = APIFType_None;
}
openPars.useStoredLib = true;
IO::Location* folderLoc = new IO::Location(pathMsg.path().c_str());
openPars.file = folderLoc;
err = ACAPI_Automate(APIDo_OpenID, &openPars, NULL);
delete openPars.file;
if (err != NoError){
sprintf(buffer, ErrID_To_Name(err));
ACAPI_WriteReport(buffer, true);
return;
}
}
void getLines(){
API_Element element;
GSErrCode err;
char buffer[256];
getlinesmsg msg;
linemsg* lineMsg;
pointsmessage* pts;
GS::Array<API_Guid> elemList;
ACAPI_Element_GetElemList(API_LineID, &elemList);
for (GS::Array<API_Guid>::ConstIterator it = elemList.Enumerate(); it != NULL; ++it) {
BNZeroMemory(&element, sizeof(API_Element));
element.header.guid = *it;
err = ACAPI_Element_Get(&element);
if (hasError(err)){
quit();
return;
}
char s[64];
APIGuid2GSGuid(element.header.guid).ConvertToString(s);
msg.add_guids(s);
lineMsg = msg.add_lines();
pts = new pointsmessage();
pts->add_px(element.line.begC.x);
pts->add_py(element.line.begC.y);
pts->add_pz(0);
pts->add_px(element.line.endC.x);
pts->add_py(element.line.endC.y);
pts->add_pz(0);
lineMsg->set_allocated_pts(pts);
}
writeDelimitedTo(getClientSocket(), msg);
}
void internalGroupElements(elementidlist msg){
GSErrCode err;
API_Guid groupID;
GS::Array<API_Guid>* elemGuids = new GS::Array<API_Guid>(msg.guid_size());
for (int i = 0; i < elemGuids->GetCapacity(); i++){
GS::Guid guid;
guid.ConvertFromString(msg.guid(i).c_str());
elemGuids->Insert(i, GSGuid2APIGuid(guid));
}
err = ACAPI_ElementGroup_Create((*elemGuids), &groupID);
delete(elemGuids);
if (hasError(err)){
quit();
return;
}
API_Element el;
el.header.guid = groupID;
sendElementID(getClientSocket(), el);
}
void groupElements(){
elementidlist msg;
readDelimitedFrom(getClientSocket(), &msg);
internalGroupElements(msg);
}
void highlightElementByID(){
GSErrCode err;
API_NeigID neigID;
API_Element element;
elementidlist eleMsg;
API_StoryCmdType storyCmd;
char buffer[256];
readDelimitedFrom(getClientSocket(), &eleMsg);
Int32 nItem = eleMsg.guid_size();
bool add = true;
//Clear all selected elements
err = ACAPI_Element_Select(NULL, 0, add);
API_Neig** neigHdl = reinterpret_cast<API_Neig**> (BMAllocateHandle(nItem * sizeof(API_Neig), ALLOCATE_CLEAR, 0));
API_Neig neig;
for (int i = 0; i < nItem; i++){
BNZeroMemory(&element, sizeof(API_Element));
element.header.guid = APIGuidFromString(eleMsg.guid(i).c_str());
err = ACAPI_Element_Get(&element);
if (err != NoError) {
sprintf(buffer, ErrID_To_Name(err));
ACAPI_WriteReport(buffer, true);
return;
}
err = ACAPI_Goodies(APIAny_ElemTypeToNeigID, (void*)element.header.typeID, &neigID);
(*neigHdl)[i].neigID = neigID;
(*neigHdl)[i].guid = element.header.guid;
(*neigHdl)[i].flags = API_NeigFlg_Normal;
(*neigHdl)[i].elemPartType = APINeigElemPart_None;
}
//Add the current element to the selection
err = ACAPI_Element_Select(neigHdl, nItem, add);
if (err != NoError) {
sprintf(buffer, ErrID_To_Name(err));
ACAPI_WriteReport(buffer, true);
return;
}
BMhKill((GSHandle*)&neigHdl);
/*
* In order for the GUI update, we need to create an element, and then
* delete it.
* By doing this we can have the selected element highlighted
*/
API_Element wallElement;
API_ElementMemo memo;
BNZeroMemory(&memo, sizeof(API_ElementMemo));
BNZeroMemory(&wallElement, sizeof(API_Element));
wallElement.header.typeID = API_WallID;
wallElement.header.layer = 1;
err = ACAPI_Element_GetDefaults(&wallElement, &memo);
if (err != NoError) {
ErrorBeep("ACAPI_Element_GetMemo", err);
return;
}
err = ACAPI_Element_Create(&wallElement, &memo);
if (err != NoError){
ErrorBeep("ACAPI_Element_Create", err);
sprintf(buffer, ErrID_To_Name(err));
ACAPI_WriteReport(buffer, true);
}
ACAPI_DisposeElemMemoHdls(&memo);
API_Elem_Head* test;
test = &wallElement.header;
ACAPI_Element_Delete(&test, 1);
}
void getWalls(){
API_Element element;
GSErrCode err;
char buffer[256];
getwallmsg msg;
wallmsg* aux;
pointsmessage* pts;
polyarcsmessage* arcs;
GS::Array<API_Guid> elemList;
ACAPI_Element_GetElemList(API_WallID, &elemList);
for (GS::Array<API_Guid>::ConstIterator it = elemList.Enumerate(); it != NULL; ++it) {
BNZeroMemory(&element, sizeof(API_Element));
element.header.guid = *it;
err = ACAPI_Element_Get(&element);
if (err == NoError) {
double x0 = element.wall.begC.x;
double y0 = element.wall.begC.y;
double x1 = element.wall.endC.x;
double y1 = element.wall.endC.y;
char s[256];
APIGuid2GSGuid(element.header.guid).ConvertToString(s);
msg.add_guid(s);
aux = msg.add_walls();
aux->set_bottomindex(element.header.floorInd);
aux->set_thickness(element.wall.thickness);
aux->set_upperindex(element.header.floorInd + 1);
std::string materialName;
if (element.wall.modelElemStructureType == API_BasicStructure){
materialName = searchBuildingMaterialsValue(element.wall.buildingMaterial);
aux->set_type("Basic");
}
else{
materialName = searchCompositeMaterialsValue(element.wall.composite);
aux->set_type("Composite");
}
if (materialName == "Not Found"){
sprintf(buffer, "Found no material %d", element.wall.buildingMaterial);
ACAPI_WriteReport(buffer, true);
}
else{
aux->set_material(materialName);
}
if (element.wall.referenceLineLocation == APIWallRefLine_Center ||
element.wall.referenceLineLocation == APIWallRefLine_CoreCenter){
aux->set_referenceline("Center");
}
else if (element.wall.referenceLineLocation == APIWallRefLine_Outside ||
element.wall.referenceLineLocation == APIWallRefLine_CoreOutside){
aux->set_referenceline("Outside");
}
else if (element.wall.referenceLineLocation == APIWallRefLine_Inside ||
element.wall.referenceLineLocation == APIWallRefLine_CoreInside){
aux->set_referenceline("Inside");
}
else{
sprintf(buffer, "Found no referenceLine %d", element.wall.buildingMaterial);
ACAPI_WriteReport(buffer, true);
}
aux->set_alphaangle(element.wall.slantAlpha);
aux->set_betaangle(element.wall.slantBeta);
aux->set_profilename("");
if (element.wall.profileType == APISect_Normal){
aux->set_typeprofile("Normal");
}
else if (element.wall.profileType == APISect_Slanted){
aux->set_typeprofile("Slanted");
}
else if (element.wall.profileType == APISect_Trapez){
aux->set_typeprofile("DoubleSlanted");
}
else if (element.wall.profileType == APISect_Poly){
aux->set_typeprofile("Poly");
aux->set_profilename(searchProfileName(element.wall.profileAttr));
}
aux->set_height(element.wall.height);
pts = new pointsmessage();
pts->add_px(x0);
pts->add_py(y0);
pts->add_pz(0);
pts->add_px(x1);
pts->add_py(y1);
pts->add_pz(0);
aux->set_allocated_pts(pts);
arcs = new polyarcsmessage();
arcs->add_arcangle(element.wall.angle);
arcs->add_begindex(0);
arcs->add_endindex(1);
aux->set_allocated_arcs(arcs);
aux->set_flipped(!element.wall.flipped);
aux->set_bottomoffset(element.wall.bottomOffset);
aux->set_refoffset(element.wall.offset);
if (element.wall.oppMat.overrideMaterial){
aux->set_oppmat(searchOverrideMaterialsValue(element.wall.oppMat.material));
}
else{
aux->set_oppmat("");
}
if (element.wall.refMat.overrideMaterial){
aux->set_refmat(searchOverrideMaterialsValue(element.wall.refMat.material));
}
else{
aux->set_refmat("");
}
if (element.wall.sidMat.overrideMaterial){
aux->set_sidmat(searchOverrideMaterialsValue(element.wall.sidMat.material));
}
else{
aux->set_sidmat("");
}
/*
API_Attribute attr;
attr.header.typeID = API_LayerID;
attr.header.index = 1;
err = ACAPI_Attribute_Get(&attr);
if (hasError(err)){
quit();
return;
}
msgArchiCAD(attr.layer.head.name);
aux->set_layer(attr.header.name);
*/
aux->set_layer(searchLayers(element.header.layer));
GS::Array<API_Guid> windowList;
ACAPI_Element_GetElemList(API_WindowID, &windowList);
API_Element wElement;
for (GS::Array<API_Guid>::ConstIterator it2 = windowList.Enumerate(); it2 != NULL; ++it2) {
BNZeroMemory(&wElement, sizeof(API_Element));
wElement.header.guid = *it2;
err = ACAPI_Element_Get(&wElement);
if (hasError(err)){
quit();
return;
}
if (wElement.window.owner == element.header.guid){
windowmessage* wmsg = aux->add_windows();
wmsg->set_height(wElement.window.openingBase.height);
wmsg->set_width(wElement.window.openingBase.width);
wmsg->set_objloc(wElement.window.objLoc);
wmsg->set_zpos(wElement.window.lower);
wmsg->set_guid(s);
wmsg->set_name(searchObjectsValue(wElement.window.openingBase.libInd));
wmsg->set_depthoffset(wElement.window.revealDepthOffset);
wmsg->set_flipx(wElement.window.openingBase.oSide);
wmsg->set_flipy(wElement.window.openingBase.reflected);
aux->add_windoworder(0);
API_ParamOwnerType paramOwner;
API_GetParamsType getParams;
BNZeroMemory(¶mOwner, sizeof(API_ParamOwnerType));
paramOwner.guid = wElement.header.guid;
paramOwner.libInd = 0;
paramOwner.typeID = wElement.header.typeID;
BNZeroMemory(&getParams, sizeof(API_GetParamsType));
err = ACAPI_Goodies(APIAny_OpenParametersID, ¶mOwner, NULL);
if (err == NoError) {
err = ACAPI_Goodies(APIAny_GetActParametersID, &getParams, NULL);
if (err == NoError) {
additionalparams* wparams = new additionalparams();
prepareParams(wparams, ¶mOwner, &getParams);
wmsg->set_allocated_params(wparams);
}
}
}
}
}
else{
sprintf(buffer, ErrID_To_Name(err));
ACAPI_WriteReport(buffer, true);
}
}
writeDelimitedTo(getClientSocket(), msg);
}
void getPolyLines(){
API_Element element;
API_ElementMemo memo;
API_StoryInfo storyInfo;
GSErrCode err;
char buffer[256];
getpolylinesmsg msg;
polylinemsg* polylineMsg;
pointsmessage* pts;
polyarcsmessage* arcs;
err = ACAPI_Environment(APIEnv_GetStorySettingsID, &storyInfo, NULL);
if (err != NoError) {
ErrorBeep("APIEnv_GetStorySettingsID", err);
return;
}
GS::Array<API_Guid> elemList;
ACAPI_Element_GetElemList(API_PolyLineID, &elemList);
for (GS::Array<API_Guid>::ConstIterator it = elemList.Enumerate(); it != NULL; ++it) {
BNZeroMemory(&element, sizeof(API_Element));
element.header.guid = *it;
err = ACAPI_Element_Get(&element);
if (hasError(err)){
quit();
return;
}
err = ACAPI_Element_GetMemo(element.header.guid, &memo);
if (hasError(err)){
quit();
return;
}
char s[64];
APIGuid2GSGuid(element.header.guid).ConvertToString(s);
msg.add_guids(s);
polylineMsg = msg.add_polylines();
pts = new pointsmessage();
for (int i = 1; i <= element.polyLine.poly.nCoords; i++){
pts->add_px((*memo.coords)[i].x);
pts->add_py((*memo.coords)[i].y);
pts->add_pz((*storyInfo.data)[element.header.floorInd - storyInfo.firstStory].level);
}
polylineMsg->set_allocated_pts(pts);
arcs = new polyarcsmessage();
int arcscounter = 1;
for (int i = 0; i < element.polyLine.poly.nArcs; i++){
for (; arcscounter < (*memo.parcs)[i].begIndex; arcscounter++){
arcs->add_arcangle(0);
arcs->add_begindex(arcscounter);
arcs->add_endindex(arcscounter + 1);
}
arcs->add_arcangle((*memo.parcs)[i].arcAngle);
arcs->add_begindex((*memo.parcs)[i].begIndex);
arcs->add_endindex((*memo.parcs)[i].endIndex);
arcscounter++;
}
polylineMsg->set_allocated_arcs(arcs);
}
writeDelimitedTo(getClientSocket(), msg);
BMKillHandle(reinterpret_cast<GSHandle *> (&storyInfo.data));
}
void getRoofs(){
API_Element element;
API_ElementMemo memo;
GSErrCode err;
char buffer[256];
roofrepeated roofMsg;
API_StoryInfo storyInfo;
storyinfo* storyInfoMsg;
pointsmessage* points;
intlistmsg* subpolygons;
err = ACAPI_Environment(APIEnv_GetStorySettingsID, &storyInfo, NULL);
if (err != NoError) {
ErrorBeep("APIEnv_GetStorySettingsID", err);
return;
}
GS::Array<API_Guid> elemList;
ACAPI_Element_GetElemList(API_RoofID, &elemList);
for (GS::Array<API_Guid>::ConstIterator it = elemList.Enumerate(); it != NULL; ++it) {
BNZeroMemory(&element, sizeof(API_Element));
element.header.guid = *it;
err = ACAPI_Element_Get(&element);
if (err == NoError) {
err = ACAPI_Element_GetMemo(element.header.guid, &memo);
if (err == NoError){
points = roofMsg.add_points();
subpolygons = roofMsg.add_subpolygons();
for (int i = 1; i <= element.roof.u.planeRoof.poly.nCoords; i++){
points->add_px((*memo.coords)[i].x);
points->add_py((*memo.coords)[i].y);
points->add_pz((*storyInfo.data)[element.header.floorInd - storyInfo.firstStory].level);
}
for (int i = 1; i <= element.roof.u.planeRoof.poly.nSubPolys; i++){
subpolygons->add_ilist((*memo.pends)[i]);
}
storyInfoMsg = roofMsg.add_bottomlevel();
storyInfoMsg->set_exists(true);
storyInfoMsg->set_index(element.header.floorInd);
storyInfoMsg->set_level((*storyInfo.data)[element.header.floorInd - storyInfo.firstStory].level);
storyInfoMsg->set_name((*storyInfo.data)[element.header.floorInd - storyInfo.firstStory].name);
roofMsg.add_height(element.roof.shellBase.level);
roofMsg.add_thickness(element.slab.thickness);
std::string materialName;
if (element.roof.shellBase.modelElemStructureType == API_BasicStructure){
materialName = searchBuildingMaterialsValue(element.roof.shellBase.buildingMaterial);
roofMsg.add_type("Basic");
}
else{
materialName = searchCompositeMaterialsValue(element.roof.shellBase.composite);
roofMsg.add_type("Composite");
}
if (materialName == "Not Found"){
sprintf(buffer, "Found no material");
ACAPI_WriteReport(buffer, true);
}
else{
roofMsg.add_material(materialName);
}
char s[64];
APIGuid2GSGuid(element.header.guid).ConvertToString(s);
roofMsg.add_guid(s);
}
}
else{
sprintf(buffer, ErrID_To_Name(err));
ACAPI_WriteReport(buffer, true);
}
}
writeDelimitedTo(getClientSocket(), roofMsg);
BMKillHandle(reinterpret_cast<GSHandle *> (&storyInfo.data));
}
void getObjects(){
API_Element element;
GSErrCode err;
char buffer[256];
objectrepeated objectMsg;
API_StoryInfo storyInfo;
storyinfo* storyInfoMsg;
err = ACAPI_Environment(APIEnv_GetStorySettingsID, &storyInfo, NULL);
if (err != NoError) {
ErrorBeep("APIEnv_GetStorySettingsID", err);
return;
}
GS::Array<API_Guid> elemList;
ACAPI_Element_GetElemList(API_ObjectID, &elemList);
for (GS::Array<API_Guid>::ConstIterator it = elemList.Enumerate(); it != NULL; ++it) {
BNZeroMemory(&element, sizeof(API_Element));
element.header.guid = *it;
err = ACAPI_Element_Get(&element);
if (err == NoError) {
std::string objectName = searchObjectsValue(element.object.libInd);
if (objectName == "Not Found"){
sprintf(buffer, "Found no material");
ACAPI_WriteReport(buffer, true);
}
else{
objectMsg.add_name(objectName);
}
objectMsg.add_px(element.object.pos.x);
objectMsg.add_py(element.object.pos.y);
storyInfoMsg = objectMsg.add_bottomlevel();
storyInfoMsg->set_exists(true);
storyInfoMsg->set_index(element.header.floorInd);
storyInfoMsg->set_level((*storyInfo.data)[element.header.floorInd - storyInfo.firstStory].level);
storyInfoMsg->set_name((*storyInfo.data)[element.header.floorInd - storyInfo.firstStory].name);
objectMsg.add_angle(element.object.angle);
objectMsg.add_xratio(element.object.xRatio);
objectMsg.add_yratio(element.object.yRatio);
objectMsg.add_bottomoffset(element.object.level);
if (element.header.variationID == APIVarId_SymbStair){
objectMsg.add_stairs(true);
}
else{
objectMsg.add_stairs(false);
}
objectMsg.add_usexyfixsize(element.object.useXYFixSize);
char s[64];
APIGuid2GSGuid(element.header.guid).ConvertToString(s);
objectMsg.add_guid(s);
}
else{
sprintf(buffer, ErrID_To_Name(err));
ACAPI_WriteReport(buffer, true);
}
}
writeDelimitedTo(getClientSocket(), objectMsg);
BMKillHandle(reinterpret_cast<GSHandle *> (&storyInfo.data));
}
int main(int argc, const char *argv[])
{
struct Matrix *mat1, *mat2, *prod;
int err;
unsigned short port;
int sd = INVALID_SOCKET;
/* #ifdef _WIN32
WSADATA wsaData;
#endif
*/
if (argc < 2)
{
fprintf(stderr, "Usage: %s <port>\n", argv[0]);
return 1;
}
if (sscanf(argv[1], "%hu", &port) != 1)
{
fprintf(stderr, "Invalid port (%hu)\n", port);
return 1;
}
/* #ifdef _WIN32
if ((err = WSAStartup(MAKEWORD(2, 2), &wsaData)))
{
fprintf(stderr, "Could not initialize winsock: %d\n", err);
return 1;
}
#endif */
mat1 = mat2 = prod = NULL;
/* The server main loop */
for(;;)
{
freeMatrix(mat1);
freeMatrix(mat2);
freeMatrix(prod);
mat1 = mat2 = prod = NULL;
if (sd != INVALID_SOCKET)
{
/* This prevents potential connection-reset errors in clients on
windows... */
if (shutdown(sd, SD_SEND) == SOCKET_ERROR)
fprintf(stderr, "error in TCP send shutdown: %d\n",
WSAGetLastError());
if (closesocket(sd) == SOCKET_ERROR)
fprintf(stderr, "error closing client socket: %d\n",
WSAGetLastError());
sd = INVALID_SOCKET;
}
if ((err = getClientSocket(port, &sd)) != 0)
{
fprintf(stderr, "Error acquiring client connection: %d\n",
err);
/* in case we are repeatedly unable to get a client connection
for some reason, don't spam. */
Sleep(1000);
continue;
}
mat1 = readMatrix(sd);
if (!mat1)
continue;
mat2 = readMatrix(sd);
if (!mat2)
continue;
prod = multiply(mat1, mat2);
if (!prod)
continue;
/* printMatrix(prod); */
sendMatrix(sd, prod);
}
}
