Model *ResourceManager::loadModel(const Json::Value& value,
const std::unordered_map<std::string, ResPtr<Resource> >& externalResources)
{
Json::Value lods = getMember(value, "lods");
if (not lods.isArray())
{
throw std::runtime_error("Unable to get the LODs.");
}
Model *model = NEW(Model);
if (value.isMember("stippledLODs"))
{
model->mStippledLODs = value["stippledLODs"].asBool();
}
for (Json::Value::iterator it = lods.begin(); it != lods.end(); ++it)
{
Json::Value lod = *it;
std::string mesh = getMember(lod, "mesh").asString();
std::string material = getMember(lod, "material").asString();
float distance = getMember(lod, "distance").asFloat();
model->mLODs.push_back(LOD(externalResources.at(mesh).cast<Mesh>(),
externalResources.at(material).cast<Material>(),
distance));
}
model->sortLODs();
return model;
}
static Value classNew(Context *ctx, const List<Value>& args)
{
if (args.getCount() < 1)
{
ctx->throwException(createException(ExcType::ValueError, "__new__/__call__ takes at least 1 argument."));
}
Value class_ = args[0];
Value __base__ = createString("__base__");
Value base = getMember(ctx, class_, __base__);
destroy(ctx, __base__);
Value __typeID__ = createString("__typeID__");
Value typeID = getMember(ctx, class_, __typeID__);
destroy(ctx, __typeID__);
if (base.type != ValueType::Object)
{
ctx->throwException(createException(ExcType::TypeError, "Class base must be an object."));
}
if (typeID.type != ValueType::Int)
{
ctx->throwException(createException(ExcType::TypeError, "Class type ID must be an integer."));
}
Value resultHead = createObject();
HashMap<Str, Value>& resultMembers = ((ObjectData *)resultHead.p)->members;
HashMap<Str, Value>& baseMembers = ((ObjectData *)base.p)->members;
for (auto kv : baseMembers)
{
resultMembers.set(kv.first, createCopy(kv.second));
}
resultMembers.set("__classTypeID__", createInt(typeID.i));
resultMembers.set("__class__", createCopy(args[0]));
auto pos = resultMembers.find("__init__");
if (pos != resultMembers.end())
{
destroy(ctx, callMethod(ctx, resultHead, "__init__", List<Value>(args.getCount()-1, args.getData()+1)));
} else
{
if (args.getCount() != 1)
{
ctx->throwException(createException(ExcType::ValueError, "__new__/__call__ takes 1 argument."));
}
}
destroy(ctx, typeID);
destroy(ctx, base);
return resultHead;
}
virtual base::DataSourceBase::shared_ptr getMember(base::DataSourceBase::shared_ptr item, const std::string& name) const {
// the only thing we do is to check for an integer in name, otherwise, assume a part (size/capacity) is accessed:
try {
unsigned int indx = boost::lexical_cast<unsigned int>(name);
// @todo could also return a direct reference to item indx using another DS type that respects updated().
return getMember( item, new internal::ConstantDataSource<int>(indx));
} catch(...) {}
return getMember( item, new internal::ConstantDataSource<std::string>(name) );
}
bool Library::authenticateMember(int aMemberId, string aUsername, string aPassword)
{
Member *aMember = getMember(aMemberId);
if (aMember == NULL) {
return false;
}
return getMember(aMemberId)->authenticate(aUsername, aPassword);
}
Resource *ResourceManager::_load(std::string filename)
{
Json::Reader reader(Json::Features::strictMode());
Json::Value root;
if (not reader.parse(readFile(filename), root))
{
std::cout << reader.getFormattedErrorMessages() << std::endl;
return NULL;
}
std::unordered_map<std::string, ResPtr<Resource> > externalResources;
if (root.isMember("external resources"))
{
Json::Value externResVal = root["external resources"];
Json::Value::Members members = externResVal.getMemberNames();
for (Json::Value::Members::iterator it = members.begin(); it != members.end(); ++it)
{
std::string name = *it;
ResPtr<Resource> resource = load(externResVal[name].asString());
externalResources[name] = resource;
}
}
std::string resourceType = root["type"].asString();
if (resourceType == "texture")
{
return loadTexture(getMember(root, "texture"), externalResources);
} else if (resourceType == "model")
{
return loadModel(getMember(root, "model"), externalResources);
} else if (resourceType == "mesh")
{
return loadMesh(getMember(root, "mesh"), externalResources);
} else if (resourceType == "shader")
{
return loadShader(getMember(root, "shader"), externalResources);
} else if (resourceType == "material")
{
return loadMaterial(getMember(root, "material"), externalResources);
} else
{
throw std::runtime_error("Unknown resource type.");
}
}
std::string NetworkMessage::serialize()
{
std::string serializedMessage;
ptree pt;
std::string strMsg="";
switch(argumentType)
{
case ArgumentTypes::BookType:
strMsg=getBook().serialize();
break;
case ArgumentTypes::BorrowType:
strMsg=getBorrow().serialize();
break;
case ArgumentTypes::MemberType:
strMsg=getMember().serialize();
}
pt.put ("networkMessage", strMsg);
pt.put ("command",getCommadStr());
std::ostringstream buf;
write_json (buf, pt, false);
serializedMessage = buf.str();
return serializedMessage;
}
SILInstruction *ConstantTracker::getDef(SILValue val,
ProjectionPath &projStack) {
// Track the value up the dominator tree.
for (;;) {
if (SILInstruction *inst = dyn_cast<SILInstruction>(val)) {
if (Projection::isObjectProjection(inst)) {
// Extract a member from a struct/tuple/enum.
projStack.push_back(Projection(inst));
val = inst->getOperand(0);
continue;
} else if (SILValue member = getMember(inst, projStack)) {
// The opposite of a projection instruction: composing a struct/tuple.
projStack.pop_back();
val = member;
continue;
} else if (SILValue loadedVal = getStoredValue(inst, projStack)) {
// A value loaded from memory.
val = loadedVal;
continue;
} else if (isa<ThinToThickFunctionInst>(inst)) {
val = inst->getOperand(0);
continue;
}
return inst;
} else if (SILValue param = getParam(val)) {
// Continue in the caller.
val = param;
continue;
}
return nullptr;
}
}
void
registerBitmapClass(as_object& where, Global_as::ASFunction ctor,
Global_as::Properties p, const ObjectURI& uri)
{
Global_as& gl = getGlobal(where);
VM& vm = getVM(where);
// We should be looking for flash.filters.BitmapFilter, but as this
// triggers a lookup of the flash.filters package while we are creating
// it, so entering infinite recursion, we'll cheat and assume that
// the object 'where' is the filters package.
as_function* constructor =
getMember(where, getURI(vm, "BitmapFilter")).to_function();
as_object* proto;
if (constructor) {
fn_call::Args args;
VM& vm = getVM(where);
proto = constructInstance(*constructor, as_environment(vm), args);
}
else proto = 0;
as_object* cl = gl.createClass(ctor, createObject(gl));
if (proto) p(*proto);
// The startup script overwrites the prototype assigned by ASconstructor,
// so the new prototype doesn't have a constructor property. We do the
// same here.
cl->set_member(NSV::PROP_PROTOTYPE, proto);
where.init_member(uri , cl, as_object::DefaultFlags);
}
int LangFilter::listMembers(Common::ArchiveMemberList &list) const {
if (!_arc)
return false;
Common::ArchiveMemberList orgList;
Common::String orgName, name;
_arc->listMembers(orgList);
int num = 0;
//Search only files with the right language and create a list with their basenames
for (Common::ArchiveMemberList::const_iterator it = orgList.begin(); it != orgList.end(); it++) {
orgName = (*it)->getName();
if (orgName.hasPrefix(kLanguages1[_lang]) ||orgName.hasPrefix(kLanguages1[kCommon]))
name = Common::String(orgName.c_str() + 3);
else if (orgName.hasPrefix(kLanguages2[_lang]) || orgName.hasPrefix(kLanguages2[kCommon])) {
int i = 0;
while (orgName[i++] != '/') {;}
name = Common::String(orgName.c_str() + i);
//If the file is a subfolder, reject it
if (name.contains('/'))
continue;
} else
continue;
name.toLowercase();
list.push_back(getMember(name));
++num;
}
return num;
}
/// Convert an AS object to an XML string.
std::string
ExternalInterface::_objectToXML(as_object *obj)
{
// GNASH_REPORT_FUNCTION;
if ( ! _visited.insert(obj).second ) {
return "<circular/>";
}
std::stringstream ss;
ss << "<object>";
if (obj) {
// Get all the properties
VM& vm = getVM(*obj);
string_table& st = vm.getStringTable();
typedef std::vector<ObjectURI> URIs;
URIs uris;
Enumerator en(uris);
obj->visitKeys(en);
for (URIs::const_reverse_iterator i = uris.rbegin(), e = uris.rend();
i != e; ++i) {
as_value val = getMember(*obj, *i);
const std::string& id = i->toString(st);
ss << "<property id=\"" << id << "\">";
ss << _toXML(val);
ss << "</property>";
}
}
ss << "</object>";
return ss.str();
}
/*
****************************************************************
* Return the status pointer for a communication Member
* allocated by this object.
****************************************************************
*/
SAMRAI_MPI::Status *
AsyncCommStage::lookupStatusPointer(
const size_t imember) const
{
TBOX_ASSERT(imember < numManagedMembers());
TBOX_ASSERT(getMember(imember) != 0);
return &d_stat[d_member_to_req[imember]];
}
void ArrayVariant::Value::writeMember(std::ostream& stream, int index)
const {
if (!getMember(index).getType().isBuiltin()) {
stream << boost::lexical_cast<std::string>(index) << ":";
std::stringstream memberStream;
std::string line;
memberStream << getMember(index);
while (std::getline(memberStream, line))
stream << "\n " << line;
}
else
stream << boost::lexical_cast<std::string>(index) << ": " <<
getMember(index);
}
bool Guild::canInvite(int playerId) const
{
// Guild members with permissions above NONE can invite
// Check that guild members permissions are not NONE
GuildMember *member = getMember(playerId);
if (member->mPermissions & GAL_INVITE)
return true;
return false;
}
/// Construct an Array.
//
/// This uses the _global Array class to initialize the "constructor" and
/// "__proto__" properties. If Array.prototype is undefined, those properties
/// are not added.
as_object*
Global_as::createArray()
{
as_object* array = new as_object(*this);
as_value ctor = getMember(*this, NSV::CLASS_ARRAY);
as_object* obj = toObject(ctor, gnash::getVM(*this));
if (obj) {
as_value proto;
if (obj->get_member(NSV::PROP_PROTOTYPE, &proto)) {
array->init_member(NSV::PROP_CONSTRUCTOR, ctor);
array->set_prototype(getMember(*obj, NSV::PROP_PROTOTYPE));
}
}
array->init_member(NSV::PROP_LENGTH, 0.0);
array->setArray();
return array;
}
size_t
AsyncCommStage::numberOfRequests(
size_t index_on_stage) const
{
TBOX_ASSERT(index_on_stage < numManagedMembers());
TBOX_ASSERT(getMember(index_on_stage) != 0);
const int init_req = static_cast<int>(d_member_to_req[index_on_stage]);
const int term_req = static_cast<int>(d_member_to_req[index_on_stage + 1]);
return term_req - init_req;
}
/*
*******************************************************************
* Remove mutual reference between Member and the stage.
* 1. Confirm that the Member is currently on the stage
* (or else it is an illegal operation).
* 2. Remove mutual references.
* 3. Reduce the stage data size by skimming unused space
* off the ends of arrays, if possible.
*******************************************************************
*/
void
AsyncCommStage::privateDestageMember(
Member* member)
{
if (member->hasPendingRequests()) {
TBOX_ERROR("Cannot clear a Member with pending communications.\n"
<< "It would corrupt message passing algorithms.\n");
}
#ifdef DEBUG_CHECK_ASSERTIONS
assertDataConsistency();
#endif
if (getMember(member->d_index_on_stage) != member) {
/*
* Member was not staged with this AsyncCommStage. Since staging
* and destaging are private methods, there must be some logic
* bug in the library.
*/
TBOX_ERROR("Library error: An AsyncCommStage cannot destage a Member\n"
<< "that was not staged with it." << std::endl);
}
d_members[member->d_index_on_stage] = 0;
--d_member_count;
/*
* Remove the ends of the arrays as much as possible without
* shifting arrays. (This is only possible if member is at the
* end.)
*/
size_t min_required_len = d_members.size();
while (min_required_len > 0 && d_members[min_required_len - 1] == 0) {
--min_required_len;
}
if (min_required_len != d_members.size()) {
d_members.resize(min_required_len, 0);
d_member_to_req.resize(d_members.size() + 1,
size_t(MathUtilities<int>::getMax()));
const size_t new_num_req = d_member_to_req[d_member_to_req.size() - 1];
d_req_to_member.resize(new_num_req,
size_t(MathUtilities<int>::getMax()));
d_req.resize(new_num_req, MPI_REQUEST_NULL);
}
member->d_nreq = member->d_index_on_stage = size_t(
MathUtilities<int>::getMax());
member->d_stage = 0;
member->d_handler = 0;
#ifdef DEBUG_CHECK_ASSERTIONS
assertDataConsistency();
#endif
}
GuildMember *Guild::addMember(const std::string &name)
{
GuildMember *m = getMember(name);
if (m)
return m;
m = new GuildMember(this, name);
mMembers.push_back(m);
return m;
}
PartyMember *Party::addMember(const int id, const std::string &name)
{
PartyMember *m;
if ((m = getMember(id)))
return m;
m = new PartyMember(this, id, name);
mMembers.push_back(m);
return m;
}
int AndroidAssetArchive::listMembers(Common::ArchiveMemberList &member_list) {
JNIEnv *env = JNI::getEnv();
Common::List<Common::String> dirlist;
dirlist.push_back("");
int count = 0;
while (!dirlist.empty()) {
const Common::String dir = dirlist.back();
dirlist.pop_back();
jstring jpath = env->NewStringUTF(dir.c_str());
jobjectArray jpathlist =
(jobjectArray)env->CallObjectMethod(_am, MID_list, jpath);
if (env->ExceptionCheck()) {
warning("Error while calling AssetManager->list(%s). Ignoring.",
dir.c_str());
env->ExceptionDescribe();
env->ExceptionClear();
// May as well keep going ...
continue;
}
env->DeleteLocalRef(jpath);
for (jsize i = 0; i < env->GetArrayLength(jpathlist); ++i) {
jstring elem = (jstring)env->GetObjectArrayElement(jpathlist, i);
const char *p = env->GetStringUTFChars(elem, 0);
Common::String thispath = dir;
if (!thispath.empty())
thispath += "/";
thispath += p;
// Assume files have a . in them, and directories don't
if (strchr(p, '.')) {
member_list.push_back(getMember(thispath));
++count;
} else {
dirlist.push_back(thispath);
}
env->ReleaseStringUTFChars(elem, p);
env->DeleteLocalRef(elem);
}
env->DeleteLocalRef(jpathlist);
}
return count;
}
/**
* Provide a pointer to a Member class to add it to the Library.
* This pointer can be either a Staff or a Student object.
*
* Returns: an Integer which is the member ID.
*/
void Library::updateMember(int memberId, string name, string email, string address, string phone, string password)
{
Member *member = getMember(memberId);
member->setName(name);
member->setEmail(email);
member->setAddress(address);
member->setContactNumber(phone);
member->setPassword(password);
cout<<endl<<"Member profile has been updated!"<<endl<<endl;
}
Variant ArrayVariant::Value::getMember(const std::string& name) const {
int index;
try {
index = boost::lexical_cast<int>(name);
}
catch (...) {
throw NoSuchMemberException(name);
}
return getMember(index);
}
GuildMember *Guild::addMember(const int accountId, const int charId,
const std::string &name)
{
GuildMember *m = getMember(accountId, charId);
if (m)
return m;
m = new GuildMember(this, accountId, charId, name);
mMembers.push_back(m);
return m;
}
void Library::resetPassword(int aMemberId, string newPassword)
{
Member *member = getMember(aMemberId);
if (member !=NULL)
{
member->setPassword(newPassword);
}
else
{
cout <<endl<< "Given member ID not found!" << endl;
}
}
void checkForMemberClashes( IMember* m )
{
const std::string& name = m->getName();
if( m->getKind() == MK_METHOD )
{
handleMemberClash( "method", m, getMember( name ) );
}
else
{
assert( m->getKind() == MK_FIELD );
handleMemberClash( "field", m, getMember( name ) );
std::string accessor;
LexicalUtils::formatAccessor( name, LexicalUtils::Getter, accessor );
handleMemberClash( "the getter of field", m, getMember( accessor ) );
if( static_cast<IField*>( m )->getIsReadOnly() == false )
{
LexicalUtils::formatAccessor( name, LexicalUtils::Setter, accessor );
handleMemberClash( "the setter of field", m, getMember( accessor ) );
}
}
}
DWORD WINAPI threadProc(LPVOID par)
{
int threadIndex = *((int *)par);
sums[threadIndex] = 0;
for(int i=threadIndex; i<SERIES_MEMBER_COUNT;i+=NUMTHREADS)
sums[threadIndex] += getMember(i+1, x);
//Signal Master thread that one more processing thread is done
EnterCriticalSection(&countCS);
threadCount++;
LeaveCriticalSection(&countCS);
delete par;
return 0;
}
// extern (used by Global.cpp)
void
color_class_init(as_object& where, const ObjectURI& uri)
{
as_object* cl = registerBuiltinClass(where, color_ctor,
attachColorInterface, 0, uri);
as_object* proto = toObject(
getMember(*cl, NSV::PROP_PROTOTYPE), getVM(where));
if (!proto) return;
const int protect = as_object::DefaultFlags | PropFlags::readOnly;
proto->set_member_flags(NSV::PROP_uuPROTOuu, protect);
proto->set_member_flags(NSV::PROP_CONSTRUCTOR, protect);
}
int main(){
//input value from permintaan anda persediaan
int order,stock;
printf("\tBerapa jumlah permintaan : ");scanf("%d",&order);
printf("\n\tBerpa jumlah persediaan : ");scanf("%d",&stock);
getMember(order,stock);
display();
ruleFuzzy();
printf("permintaan input key %s\n",permintaan);
printf("persediaan input key %s\n",persediaan);
printf("Maka, Jumlah produksi harus : %s , sejumlah : %.2f\n",isProduksi,defuzification(produksi));
printf("Drajat keanggotaan produksi : %.3f\n\n",produksi);
return 0;
}
void MembershipTableMgr::handleMemberStatusEvent(const std::shared_ptr<ActorMessage>& actor_msg_ptr) {
function_footprint();
if (members.empty() || !getLocalMember()) {
return;
}
auto payload = dynamic_cast<MemberStatusEvent*>(actor_msg_ptr->getPayload().get());
uint32_t pos = payload->member_id();
auto status = payload->status();
auto member = getMember(pos);
if (!member) {
return;
}
setMemberStatus(member, status);
if(member->isPrepared()) {
DVLOG(0) << toSimpleString();
joining.store(false);
}
}
// extern (used by Global.cpp)
void
accessibility_class_init(as_object& where, const ObjectURI& uri)
{
Global_as& gl = getGlobal(where);
const int flags = as_object::DefaultFlags | PropFlags::readOnly;
// This object has unusual properties.
as_object* obj = createObject(gl);
obj->set_member_flags(NSV::PROP_uuPROTOuu, flags);
obj->init_member(NSV::PROP_CONSTRUCTOR, getMember(gl, NSV::CLASS_OBJECT),
flags);
attachAccessibilityStaticInterface(*obj);
// Register _global.Accessibility
where.init_member(uri, obj, as_object::DefaultFlags);
}
void Guild::removeMember(int playerId)
{
if (getOwner() == playerId)
{
// if the leader is leaving, assign next member as leader
for (std::list<GuildMember*>::iterator it = mMembers.begin(),
it_end = mMembers.end(); it != it_end; ++it)
{
GuildMember *member = *it;
if (member->mId != playerId)
{
setOwner(member->mId);
break;
}
}
}
GuildMember *member = getMember(playerId);
if (member)
mMembers.remove(member);
}
