public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
bearnaise = archive.Inout("bearnaise", bearnaise);
beef = archive.Inout("beef", beef);
_p = (List<pizza.PizzaData>) archive.InoutSerializableList("p", _p);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
requestId = archive.Inout("requestId", requestId);
requestAccepted = archive.Inout("requestAccepted", requestAccepted);
message = archive.Inout("message", message);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
if (IdlVersionMask != 0)
{
Topic_version = archive.Inout("Topic_version", Topic_version);
}
else
{
Topic_version = 0;
}
this.name = archive.Inout("name", name);
this.typeID = archive.Inout("dataType", typeID);
this.port = archive.Inout("port", port);
this.domainAddress = archive.Inout("address", domainAddress);
this.outSocketBufferSize = archive.Inout("outSocketBufferSize", outSocketBufferSize);
this.inSocketBufferSize = archive.Inout("inSocketBufferSize", inSocketBufferSize);
int tSampleMaxSize = GetSampleMaxSize();
tSampleMaxSize = archive.Inout("sampleMaxSize", tSampleMaxSize);
SetSampleMaxSize(tSampleMaxSize);
this.transport = archive.Inout("transport", transport);
if (this.transport.Equals(""))
{
this.transport = TRANSPORT_MC;
}
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
requestId = archive.Inout("requestId", requestId);
requestAccepted = archive.Inout("requestAccepted", requestAccepted);
message = archive.Inout("message", message);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
bearnaise = archive.Inout("bearnaise", bearnaise);
beef = archive.Inout("beef", beef);
_p = (List <pizza.PizzaData>)archive.InoutSerializableList("p", _p);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
this.messageType = archive.Inout("messageType", messageType);
this.publisherPriority = archive.Inout("publisherPriority", publisherPriority);
this.publicationID = archive.Inout("publicationID", publicationID);
this.publisherName = archive.Inout("publisherName", publisherName);
this.topicName = archive.Inout("topicName", topicName);
this.topLevelKey = archive.Inout("topLevelKey", topLevelKey);
this.address = archive.Inout("address", address);
this.data = (OPSObject)archive.Inout("data", data);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
if (IdlVersionMask != 0)
{
DefaultOPSConfigImpl_version = archive.Inout("DefaultOPSConfigImpl_version", DefaultOPSConfigImpl_version);
}
else
{
DefaultOPSConfigImpl_version = 0;
}
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
if (IdlVersionMask != 0)
{
Request_version = archive.Inout("Request_version", Request_version);
}
else
{
Request_version = 0;
}
requestId = archive.Inout("requestId", requestId);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
if (IdlVersionMask != 0)
{
Reply_version = archive.Inout("Reply_version", Reply_version);
}
else
{
Reply_version = 0;
}
requestId = archive.Inout("requestId", requestId);
requestAccepted = archive.Inout("requestAccepted", requestAccepted);
message = archive.Inout("message", message);
}
public override void Serialize(IArchiverInOut archive)
{
// NOTE. Keep this in sync with the C++ version, so it in theory is possible to send these as objects.
// We need to serialize fields in the same order as C++.
//OPSObject::serialize(archiver);
base.Serialize(archive);
if (IdlVersionMask != 0)
{
Channel_version = archive.Inout("Channel_version", Channel_version);
}
else
{
Channel_version = 0;
}
//archiver->inout(std::string("name"), channelID);
//archiver->inout(std::string("linktype"), linktype);
//archiver->inout(std::string("localInterface"), localInterface);
//archiver->inout(std::string("address"), domainAddress);
channelID = archive.Inout("name", channelID);
linktype = archive.Inout("linktype", linktype);
localInterface = archive.Inout("localInterface", localInterface);
domainAddress = archive.Inout("address", domainAddress);
//archiver->inout(std::string("timeToLive"), timeToLive);
//archiver->inout(std::string("port"), port);
//archiver->inout(std::string("outSocketBufferSize"), outSocketBufferSize);
//archiver->inout(std::string("inSocketBufferSize"), inSocketBufferSize);
timeToLive = archive.Inout("timeToLive", timeToLive);
port = archive.Inout("port", port);
outSocketBufferSize = archive.Inout("outSocketBufferSize", outSocketBufferSize);
inSocketBufferSize = archive.Inout("inSocketBufferSize", inSocketBufferSize);
if (linktype.Equals(""))
{
linktype = LINKTYPE_MC;
}
else if ((linktype != LINKTYPE_MC) && (linktype != LINKTYPE_TCP) && (linktype != LINKTYPE_UDP))
{
throw new ConfigException(
"Illegal linktype: '" + linktype +
"'. Linktype for Channel must be either 'multicast', 'tcp', 'udp' or left blank( = multicast)");
}
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
extraCheese = archive.Inout("extraCheese", extraCheese);
nrOfMushRooms = archive.Inout("nrOfMushRooms", nrOfMushRooms);
meetQuality = archive.Inout("meetQuality", meetQuality);
timestamp = archive.Inout("timestamp", timestamp);
timeBakedHours = archive.Inout("timeBakedHours", timeBakedHours);
timeBakedSeconds = archive.Inout("timeBakedSeconds", timeBakedSeconds);
description = archive.Inout("description", description);
_cheese_ = (pizza.special.Cheese)archive.Inout("cheese_", _cheese_);
_bools = (List <bool>)archive.InoutBooleanList("bools", _bools);
_bytes = (List <byte>)archive.InoutByteList("bytes", _bytes);
_ints = (List <int>)archive.InoutIntegerList("ints", _ints);
_longs = (List <long>)archive.InoutLongList("longs", _longs);
_floats = (List <float>)archive.InoutFloatList("floats", _floats);
_doubles = (List <double>)archive.InoutDoubleList("doubles", _doubles);
_strings = (List <string>)archive.InoutStringList("strings", _strings);
_cheeses = (List <pizza.special.Cheese>)archive.InoutSerializableList("cheeses", _cheeses);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
if (IdlVersionMask != 0)
{
OPSMessage_version = archive.Inout("OPSMessage_version", OPSMessage_version);
}
else
{
OPSMessage_version = 0;
}
this.messageType = archive.Inout("messageType", messageType);
this.publisherPriority = archive.Inout("publisherPriority", publisherPriority);
this.publicationID = archive.Inout("publicationID", publicationID);
this.publisherName = archive.Inout("publisherName", publisherName);
this.topicName = archive.Inout("topicName", topicName);
this.topLevelKey = archive.Inout("topLevelKey", topLevelKey);
this.address = archive.Inout("address", address);
this.data = (OPSObject)archive.Inout("data", data);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
bo = archive.Inout("bo", bo);
b = archive.Inout("b", b);
i = archive.Inout("i", i);
l = archive.Inout("l", l);
f = archive.Inout("f", f);
d = archive.Inout("d", d);
s = archive.Inout("s", s);
_test2 = (TestData)archive.Inout("test2", _test2);
_testPointer = (TestAll.TestData)archive.Inout("testPointer", _testPointer);
_fruit = (Fruit)archive.Inout("fruit", _fruit);
_bos = (List <bool>)archive.InoutBooleanList("bos", _bos);
_bs = (List <byte>)archive.InoutByteList("bs", _bs);
_is_ = (List <int>)archive.InoutIntegerList("is_", _is_);
_ls = (List <long>)archive.InoutLongList("ls", _ls);
_fs = (List <float>)archive.InoutFloatList("fs", _fs);
_ds = (List <double>)archive.InoutDoubleList("ds", _ds);
_ss = (List <string>)archive.InoutStringList("ss", _ss);
_test2s = (List <TestData>)archive.InoutSerializableList("test2s", _test2s);
_secondVirtArray = (List <TestData>)archive.InoutSerializableList("secondVirtArray", _secondVirtArray);
_test2s2 = (List <TestData>)archive.InoutSerializableList("test2s2", _test2s2);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
extraCheese = archive.Inout("extraCheese", extraCheese);
nrOfMushRooms = archive.Inout("nrOfMushRooms", nrOfMushRooms);
meetQuality = archive.Inout("meetQuality", meetQuality);
timestamp = archive.Inout("timestamp", timestamp);
timeBakedHours = archive.Inout("timeBakedHours", timeBakedHours);
timeBakedSeconds = archive.Inout("timeBakedSeconds", timeBakedSeconds);
description = archive.Inout("description", description);
_cheese_ = (pizza.special.Cheese) archive.Inout("cheese_", _cheese_);
_bools = (List<bool>) archive.InoutBooleanList("bools", _bools);
_bytes = (List<byte>) archive.InoutByteList("bytes", _bytes);
_ints = (List<int>) archive.InoutIntegerList("ints", _ints);
_longs = (List<long>) archive.InoutLongList("longs", _longs);
_floats = (List<float>) archive.InoutFloatList("floats", _floats);
_doubles = (List<double>) archive.InoutDoubleList("doubles", _doubles);
_strings = (List<string>) archive.InoutStringList("strings", _strings);
_cheeses = (List<pizza.special.Cheese>) archive.InoutSerializableList("cheeses", _cheeses);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
domains = (List<Domain>)archive.InoutSerializableList("domains", domains);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
text = archive.Inout("text", text);
value = archive.Inout("value", value);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
name = archive.Inout("name", name);
type = archive.Inout("type", type);
transport = archive.Inout("transport", transport);
address = archive.Inout("address", address);
port = archive.Inout("port", port);
_keys = (List<string>)archive.InoutStringList("keys", _keys);
//archiver->inout(std::string("filters"), filters);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
value = FromInt(archive.Inout("value", ToInt(value)));
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
Id = archive.Inout("Id", Id);
Name = archive.Inout("Name", Name);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
this.name = archive.Inout("name", name);
this.typeID = archive.Inout("dataType", typeID);
this.port = archive.Inout("port", port);
this.domainAddress = archive.Inout("address", domainAddress);
this.outSocketBufferSize = archive.Inout("outSocketBufferSize", outSocketBufferSize);
this.inSocketBufferSize = archive.Inout("inSocketBufferSize", inSocketBufferSize);
int tSampleMaxSize = GetSampleMaxSize();
tSampleMaxSize = archive.Inout("sampleMaxSize", tSampleMaxSize);
SetSampleMaxSize(tSampleMaxSize);
this.transport = archive.Inout("transport", transport);
if (this.transport.Equals(""))
{
this.transport = TRANSPORT_MC;
}
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
mushrooms = archive.Inout("mushrooms", mushrooms);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
name = archive.Inout("name", name);
age = archive.Inout("age", age);
}
///
/// <param name="archive"></param>
public virtual void Serialize(IArchiverInOut archive)
{
key = archive.Inout("key", key);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
cheese = archive.Inout("cheese", cheese);
tomatoSauce = archive.Inout("tomatoSauce", tomatoSauce);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
fooString = archive.Inout("fooString", fooString);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
text = archive.Inout("text", text);
value = archive.Inout("value", value);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
name = archive.Inout("name", name);
domain = archive.Inout("domain", domain);
id = archive.Inout("id", id);
ip = archive.Inout("ip", ip);
languageImplementation = archive.Inout("languageImplementation", languageImplementation);
opsVersion = archive.Inout("opsVersion", opsVersion);
mc_udp_port = archive.Inout("mc_udp_port", mc_udp_port);
mc_tcp_port = archive.Inout("mc_tcp_port", mc_tcp_port);
_subscribeTopics = (List<TopicInfoData>)archive.InoutSerializableList<TopicInfoData>("subscribeTopics", _subscribeTopics);
_publishTopics = (List<TopicInfoData>)archive.InoutSerializableList<TopicInfoData>("publishTopics", _publishTopics);
_knownTypes = (List<string>)archive.InoutStringList("knownTypes", _knownTypes);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
cheese = archive.Inout("cheese", cheese);
tomatoSauce = archive.Inout("tomatoSauce", tomatoSauce);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
mushrooms = archive.Inout("mushrooms", mushrooms);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
name = archive.Inout("name", name);
age = archive.Inout("age", age);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
ham = archive.Inout("ham", ham);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
baseText = archive.Inout("baseText", baseText);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
Id = archive.Inout("Id", Id);
Name = archive.Inout("Name", Name);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
requestId = archive.Inout("requestId", requestId);
}
public override void Serialize(IArchiverInOut archive)
{
// NOTE. Keep this in sync with the C++ version, so it in theory is possible to send these as objects.
// We need to serialize fields in the same order as C++.
//OPSObject::serialize(archiver);
base.Serialize(archive);
//archiver->inout(std::string("domainID"), domainID);
//archiver->inout<Topic>(std::string("topics"), topics);
//archiver->inout(std::string("domainAddress"), domainAddress);
//archiver->inout(std::string("localInterface"), localInterface);
domainID = archive.Inout("domainID", domainID);
topics = (List<Topic>)archive.InoutSerializableList("topics", topics);
domainAddress = archive.Inout("domainAddress", domainAddress);
localInterface = archive.Inout("localInterface", localInterface);
//archiver->inout(std::string("timeToLive"), timeToLive);
//archiver->inout(std::string("inSocketBufferSize"), inSocketBufferSize);
//archiver->inout(std::string("outSocketBufferSize"), outSocketBufferSize);
//archiver->inout(std::string("metaDataMcPort"), metaDataMcPort);
timeToLive = archive.Inout("timeToLive", timeToLive);
inSocketBufferSize = archive.Inout("inSocketBufferSize", inSocketBufferSize);
outSocketBufferSize = archive.Inout("outSocketBufferSize", outSocketBufferSize);
metaDataMcPort = archive.Inout("metaDataMcPort", metaDataMcPort);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
value = FromInt(archive.Inout("value", ToInt(value)));
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
baseText = archive.Inout("baseText", baseText);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
this.messageType = archive.Inout("messageType", messageType);
this.publisherPriority = archive.Inout("publisherPriority", publisherPriority);
this.publicationID = archive.Inout("publicationID", publicationID);
this.publisherName = archive.Inout("publisherName", publisherName);
this.topicName = archive.Inout("topicName", topicName);
this.topLevelKey = archive.Inout("topLevelKey", topLevelKey);
this.address = archive.Inout("address", address);
this.data = (OPSObject) archive.Inout("data", data);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
requestId = archive.Inout("requestId", requestId);
}
public override void Serialize(IArchiverInOut archive)
{
base.Serialize(archive);
}
