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/*
* RTSystemServicesProtocol.cpp
*
* Created on: 29.08.2012
* Author: karlitsc
*/
#include "RTSystemServicesProtocol.h"
#include "common/modelbase/EventMessage.h"
#include "common/modelbase/EventWithDataMessage.h"
namespace etRuntime {
std::string RTSystemServicesProtocol::s_messageStrings[] =
{ "MIN",
"dummy",
"executeInitialTransition",
"startDebugging",
"stopDebugging",
"MAX"};
RTSystemServicesProtocol::RTSystemServicesProtocol() {
}
RTSystemServicesProtocol::~RTSystemServicesProtocol() {
}
std::string RTSystemServicesProtocol::getMessageString(int msg_id) {
if (msg_id < MSG_MIN || msg_id > MSG_MAX + 1) {
// id out of range
return "Message ID out of range";
} else {
return s_messageStrings[msg_id];
}
}
//------------------------------------------------------------------
// RTSystemServicesProtocolPort
//------------------------------------------------------------------
RTSystemServicesProtocol::RTSystemServicesProtocolPort::RTSystemServicesProtocolPort(IEventReceiver& actor, IRTObject* parent, std::string name,
int localId, Address addr, Address peerAddress)
:PortBase(actor, parent, name, localId, 0, addr, peerAddress)
{
DebuggingService::getInstance().addPortInstance(*this);
};
RTSystemServicesProtocol::RTSystemServicesProtocolPort::RTSystemServicesProtocolPort(IEventReceiver& actor, IRTObject* parent, std::string name,
int localId, int idx, Address addr, Address peerAddress)
: PortBase(actor, parent, name, localId, idx, addr, peerAddress)
{
DebuggingService::getInstance().addPortInstance(*this);
};
void RTSystemServicesProtocol::RTSystemServicesProtocolPort::receive(Message m) {
if (!(m.isEvtMessage()))
return;
EventMessage& msg(static_cast<EventMessage&>(m));
if (msg.getEvtId() <= 0 || msg.getEvtId() >= MSG_MAX)
std::cout << "unknown" << std::endl;
else {
if (s_messageStrings[msg.getEvtId()] != "timerTick") {
// TODOTS: model switch for activation
DebuggingService::getInstance().addMessageAsyncIn(
getPeerAddress(), getAddress(),
s_messageStrings[msg.getEvtId()]);
}
if (msg.isEvtMessageWithData())
getActor().receiveEvent(*this, msg.getEvtId(),
(static_cast<EventWithDataMessage&>(msg)).getData());
else
getActor().receiveEvent(*this, msg.getEvtId(), 0);
}
};
// sent messages
void RTSystemServicesProtocol::RTSystemServicesProtocolPort::dummy() {
if (s_messageStrings[OUT_dummy] != "timerTick") {
// TODOTS: model switch for activation
DebuggingService::getInstance().addMessageAsyncOut(getAddress(),
getPeerAddress(), s_messageStrings[OUT_dummy]);
}
if (getPeerAddress().isValid())
getPeerMsgReceiver()->receive(
new EventMessage(getPeerAddress(), OUT_dummy));
};
//------------------------------------------------------------------
// RTSystemServicesProtocolPortRepl
//------------------------------------------------------------------
RTSystemServicesProtocol::RTSystemServicesProtocolPortRepl::
RTSystemServicesProtocolPortRepl(IEventReceiver& actor, IRTObject* parent, std::string name, int localId, const std::vector<Address>& addr, const std::vector<Address> peerAddress)
: m_replication(addr.size()),
m_ports()
{
char numstr[10]; // enough to hold all numbers up to 32-bits
m_ports.reserve(m_replication);
for (int i = 0; i < m_replication; ++i) {
snprintf(numstr, sizeof(numstr), "%d", i);
m_ports.push_back(RTSystemServicesProtocolPort(actor, parent, name + numstr, localId, i, addr[i], peerAddress[i]));
}
};
int RTSystemServicesProtocol::RTSystemServicesProtocolPortRepl::getReplication() {
return m_replication;
};
RTSystemServicesProtocol::RTSystemServicesProtocolPort& RTSystemServicesProtocol::RTSystemServicesProtocolPortRepl::get(int i) {
return m_ports.at(i);
};
// outgoing messages
void RTSystemServicesProtocol::RTSystemServicesProtocolPortRepl::dummy() {
for (int i = 0; i < m_replication; ++i) {
m_ports.at(i).dummy();
}
};
//------------------------------------------------------------------
// RTSystemServicesProtocolConjPort
//------------------------------------------------------------------
RTSystemServicesProtocol::RTSystemServicesProtocolConjPort::RTSystemServicesProtocolConjPort(IEventReceiver& actor, IRTObject* parent,
std::string name, int localId, Address addr, Address peerAddress)
: PortBase(actor, parent, name, localId, 0, addr, peerAddress)
{
DebuggingService::getInstance().addPortInstance(*this);
}
RTSystemServicesProtocol::RTSystemServicesProtocolConjPort::RTSystemServicesProtocolConjPort(IEventReceiver& actor, IRTObject* parent,
std::string name, int localId, int idx, Address addr,
Address peerAddress)
: PortBase(actor, parent, name, localId, idx, addr, peerAddress)
{
DebuggingService::getInstance().addPortInstance(*this);
}
void RTSystemServicesProtocol::RTSystemServicesProtocolConjPort::receive(Message m) {
if (!(m.isEvtMessage()))
return;
EventMessage& msg(static_cast<EventMessage&>(m));
if (msg.getEvtId() <= 0 || msg.getEvtId() >= MSG_MAX)
std::cout << "unknown" << std::endl;
else {
if (s_messageStrings[msg.getEvtId()] != "timerTick") {
// TODOTS: model switch for activation
DebuggingService::getInstance().addMessageAsyncIn(
getPeerAddress(), getAddress(),
s_messageStrings[msg.getEvtId()]);
}
if (msg.isEvtMessageWithData())
getActor().receiveEvent(*this, msg.getEvtId(),
(static_cast<EventWithDataMessage&>(msg)).getData());
else
getActor().receiveEvent(*this, msg.getEvtId(), 0);
}
}
// sent messages
void RTSystemServicesProtocol::RTSystemServicesProtocolConjPort::executeInitialTransition() {
if (s_messageStrings[IN_executeInitialTransition] != "timerTick") {
// TODOTS: model switch for activation
DebuggingService::getInstance().addMessageAsyncOut(getAddress(),
getPeerAddress(),
s_messageStrings[IN_executeInitialTransition]);
}
if (getPeerAddress().isValid())
getPeerMsgReceiver()->receive(
new EventMessage(getPeerAddress(),
IN_executeInitialTransition));
}
void RTSystemServicesProtocol::RTSystemServicesProtocolConjPort::startDebugging() {
if (s_messageStrings[IN_startDebugging] != "timerTick") {
// TODOTS: model switch for activation
DebuggingService::getInstance().addMessageAsyncOut(getAddress(),
getPeerAddress(), s_messageStrings[IN_startDebugging]);
}
if (getPeerAddress().isValid())
getPeerMsgReceiver()->receive(
new EventMessage(getPeerAddress(), IN_startDebugging));
}
void RTSystemServicesProtocol::RTSystemServicesProtocolConjPort::stopDebugging() {
if (s_messageStrings[IN_stopDebugging] != "timerTick") {
// TODOTS: model switch for activation
DebuggingService::getInstance().addMessageAsyncOut(getAddress(),
getPeerAddress(), s_messageStrings[IN_stopDebugging]);
}
if (getPeerAddress().isValid())
getPeerMsgReceiver()->receive(
new EventMessage(getPeerAddress(), IN_stopDebugging));
}
//------------------------------------------------------------------
// RTSystemServicesProtocolConjPortRepl
//------------------------------------------------------------------
//TODO: data type of addr and peerAddress
RTSystemServicesProtocol::RTSystemServicesProtocolConjPortRepl::
RTSystemServicesProtocolConjPortRepl(IEventReceiver& actor, IRTObject* parent, std::string name, int localId, const std::vector<Address>& addr, const std::vector<Address> peerAddress)
: m_replication(addr.size()),
m_ports()
{
char numstr[10]; // enough to hold all numbers up to 32-bits
m_ports.reserve(m_replication);
for (int i = 0; i < m_replication; ++i) {
snprintf(numstr, sizeof(numstr), "%d", i);
m_ports.push_back(RTSystemServicesProtocolConjPort(actor, parent, name + numstr, localId, i, addr[i], peerAddress[i]));
}
};
int RTSystemServicesProtocol::RTSystemServicesProtocolConjPortRepl::getReplication() {
return m_replication;
}
RTSystemServicesProtocol::RTSystemServicesProtocolConjPort& RTSystemServicesProtocol::RTSystemServicesProtocolConjPortRepl::get(int i) {
return m_ports.at(i);
}
// incoming messages
void RTSystemServicesProtocol::RTSystemServicesProtocolConjPortRepl::executeInitialTransition() {
for (int i = 0; i < m_replication; ++i) {
m_ports.at(i).executeInitialTransition();
}
}
void RTSystemServicesProtocol::RTSystemServicesProtocolConjPortRepl::startDebugging() {
for (int i = 0; i < m_replication; ++i) {
m_ports.at(i).startDebugging();
}
}
void RTSystemServicesProtocol::RTSystemServicesProtocolConjPortRepl::stopDebugging() {
for (int i = 0; i < m_replication; ++i) {
m_ports.at(i).stopDebugging();
}
}
} /* namespace etRuntime */
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