void
onResourceInitialization(void)
{
// Process micro-modem addresses.
std::vector<std::string> addrs = m_ctx.config.options(m_args.addr_section);
for (unsigned i = 0; i < addrs.size(); ++i)
{
unsigned mid = 0;
m_ctx.config.get(m_args.addr_section, addrs[i], "0", mid);
m_smap[addrs[i]] = mid;
m_amap[mid] = addrs[i];
}
// Get modem address.
std::string agent = getSystemName();
m_ctx.config.get(m_args.addr_section, agent, "1024", m_addr);
if (m_addr == 1024)
throw std::runtime_error(String::str(DTR("modem address for agent '%s' is invalid"), agent.c_str()));
// Set modem address.
{
configureModem("CCCFG", "SRC", m_addr);
if (!consumeResult(RS_SRC_ACKD))
{
setAndSendState(STA_ERR_SRC);
throw std::runtime_error(m_states[m_state].description);
}
}
// Set NRV parameter.
{
configureModem("CCCFG", "NRV", 0);
if (!consumeResult(RS_NRV_ACKD))
{
setAndSendState(STA_ERR_STP);
throw std::runtime_error(m_states[m_state].description);
}
}
// Set CTO parameter.
{
configureModem("CCCFG", "CTO", c_cto);
if (!consumeResult(RS_CTO_ACKD))
{
setAndSendState(STA_ERR_STP);
throw std::runtime_error(m_states[m_state].description);
}
}
// Set TAT parameter.
{
configureModem("CCCFG", "TAT", m_args.turn_around_time);
if (!consumeResult(RS_TAT_ACKD))
{
setAndSendState(STA_ERR_STP);
throw std::runtime_error(m_states[m_state].description);
}
}
// Set XST parameter.
{
configureModem("CCCFG", "XST", 0);
if (!consumeResult(RS_XST_ACKD))
{
setAndSendState(STA_ERR_STP);
throw std::runtime_error(m_states[m_state].description);
}
}
if (m_lbl.empty())
setAndSendState(STA_NO_BEACONS);
else
setAndSendState(STA_IDLE);
}
void
onResourceInitialization(void)
{
// Get modem address.
std::string agent = getSystemName();
m_ctx.config.get(m_args.addr_section, agent, "1024", m_addr);
if (m_addr == 1024)
throw std::runtime_error(String::str(DTR("modem address for agent '%s' is invalid"), agent.c_str()));
// Set modem address.
{
configureModem("CCCFG", "SRC", m_addr);
if (!consumeResult(RS_SRC_ACKD))
{
setAndSendState(STA_ERR_SRC);
throw std::runtime_error(m_states[m_state].description);
}
}
// Set NRV parameter.
{
configureModem("CCCFG", "NRV", 0);
if (!consumeResult(RS_NRV_ACKD))
{
setAndSendState(STA_ERR_STP);
throw std::runtime_error(m_states[m_state].description);
}
}
// Set CTO parameter.
{
configureModem("CCCFG", "CTO", c_cto);
if (!consumeResult(RS_CTO_ACKD))
{
setAndSendState(STA_ERR_STP);
throw std::runtime_error(m_states[m_state].description);
}
}
// Set TAT parameter.
{
configureModem("CCCFG", "TAT", m_args.turn_around_time);
if (!consumeResult(RS_TAT_ACKD))
{
setAndSendState(STA_ERR_STP);
throw std::runtime_error(m_states[m_state].description);
}
}
// Set XST parameter.
{
configureModem("CCCFG", "XST", 0);
if (!consumeResult(RS_XST_ACKD))
{
setAndSendState(STA_ERR_STP);
throw std::runtime_error(m_states[m_state].description);
}
}
if (m_beacons.empty())
setAndSendState(STA_NO_BEACONS);
else
setAndSendState(STA_IDLE);
}