void GrabberAttrT<std::string>::read(Tango::DeviceImpl* dev, Tango::Attribute &att)
{
//- retrieve the value from the plugin :
try
{
this->callbacks_[dev].info.get_cb( this->callbacks_[dev].read_value );
if (this->callbacks_[dev].read_value.empty())
THROW_DEVFAILED("NO_VALUE",
"No value has been assigned to the container",
"PlugInAttr<std::string>::read");
this->callbacks_[dev].read_ptr = const_cast<char*>( (yat::any_cast<std::string>(&this->callbacks_[dev].read_value))->c_str() );
att.set_value( &this->callbacks_[dev].read_ptr );
}
catch( yat::Exception& ex )
{
yat4tango::YATDevFailed df(ex);
RETHROW_DEVFAILED(df,
"SOFTWARE_FAILURE",
"Error while reading a plugin attribute",
"PlugInAttr<std::string>::read");
}
catch( ... )
{
THROW_DEVFAILED("UNKNWON_ERROR",
"Unknwon error while reading a plugin attribute",
"PlugInAttr<std::string>::read");
}
}
void GrabberAttrT<std::string>::write(Tango::DeviceImpl* dev, Tango::WAttribute &att)
{
char* write_value;
att.get_write_value(write_value);
std::string write_value_string(write_value);
yat::Any container(write_value_string);
try
{
this->callbacks_[dev].info.set_cb(container);
this->memorize_attribute(dev->name(),att.get_name(),write_value);
}
catch( yat::Exception& ex )
{
yat4tango::YATDevFailed df(ex);
RETHROW_DEVFAILED(df,
"SOFTWARE_FAILURE",
"Error while writing a plugin attribute",
"PlugInAttr<std::string>::write");
}
catch( ... )
{
THROW_DEVFAILED("UNKNWON_ERROR",
"Unknwon error while writing a plugin attribute",
"PlugInAttr<std::string>::write");
}
}
void PlugInAttr<std::string>::write(Tango::DeviceImpl *, Tango::WAttribute &att)
{
char* write_value;
att.get_write_value(write_value);
std::string write_value_string(write_value);
yat::Any container(write_value_string);
try
{
this->info_.set_cb(container);
}
catch( yat::Exception& ex )
{
yat4tango::YATDevFailed df(ex);
RETHROW_DEVFAILED(df,
"SOFTWARE_FAILURE",
"Error while writing a plugin attribute",
"PlugInAttr<std::string>::write");
}
catch( ... )
{
THROW_DEVFAILED("UNKNWON_ERROR",
"Unknwon error while writing a plugin attribute",
"PlugInAttr<std::string>::write");
}
}
// ============================================================================
// Box::reset
// ============================================================================
void Box::reset () throw (Tango::DevFailed)
{
YAT_TRACE("galil::Box::reset");
try
{
//- write RS on the IO port
SHARED_HW_IO->in(std::string("RS\r"), IOCheckError);
}
catch (Tango::DevFailed& df)
{
ERROR_STREAM << df << std::endl;
RETHROW_DEVFAILED(df,
_CPTC("COMMUNICATION_FAILED"),
_CPTC("could not reset the <Galil-Box> controller "),
_CPTC("galil::Box::reset"));
}
catch (...)
{
ERROR_STREAM << "Box::reset::unknown exception caught" << std::endl;
THROW_DEVFAILED(_CPTC("UNKNOWN_ERROR"),
_CPTC("unknown exception caught while trying to reset the <Galil-Box> controller"),
_CPTC("galil::Box::reset"));
}
}
// ============================================================================
// UnsolicitedMsgReader::close <STATIC MEMBER>
// ============================================================================
void UnsolicitedMsgReader::close ()
throw (Tango::DevFailed)
{
YAT_TRACE("galil::UnsolicitedMsgReader::close");
try
{
//- check
if (! UnsolicitedMsgReader::singleton)
return;
//- be sure the task will not receive a periodic message...
UnsolicitedMsgReader::singleton->set_periodic_msg_period(0xFFFFFFFF);
//- finally, release the UnsolicitedMsgReader::singleton
UnsolicitedMsgReader::singleton->exit();
//- reset singleton
UnsolicitedMsgReader::singleton = 0;
//- NEVER CALL DELETE ON <UnsolicitedMsgReader::singleton>
//- see yat::Task impl for more info...
}
catch (Tango::DevFailed& df)
{
RETHROW_DEVFAILED(df,
_CPTC("SOFTWARE_ERROR"),
_CPTC("Tango exception caught while calling UnsolicitedMsgReader::abort"),
_CPTC("galil::UnsolicitedMsgReader::close"));
}
catch (...)
{
THROW_DEVFAILED(_CPTC("UNKNOWN_ERROR"),
_CPTC("unknown exception caught while calling UnsolicitedMsgReader::abort"),
_CPTC("galil::UnsolicitedMsgReader::close"));
}
}
// ============================================================================
// UnsolicitedMsgReader::init <STATIC MEMBER>
// ============================================================================
void UnsolicitedMsgReader::init ()
throw (Tango::DevFailed)
{
YAT_TRACE("galil::UnsolicitedMsgReader::init");
//- already instanciated?
if (UnsolicitedMsgReader::singleton)
return;
try
{
//- instanciate
UnsolicitedMsgReader::singleton = new UnsolicitedMsgReader();
if (UnsolicitedMsgReader::singleton == 0)
throw std::bad_alloc();
}
catch (const std::bad_alloc&)
{
THROW_DEVFAILED(_CPTC("OUT_OF_MEMORY"),
_CPTC("galil::UnsolicitedMsgReader::singleton allocation failed"),
_CPTC("galil::UnsolicitedMsgReader::init"));
}
catch (Tango::DevFailed& df)
{
RETHROW_DEVFAILED(df,
_CPTC("SOFTWARE_ERROR"),
_CPTC("galil::UnsolicitedMsgReader::singleton initialisation failed"),
_CPTC("galil::UnsolicitedMsgReader::init"));
}
catch (...)
{
THROW_DEVFAILED(_CPTC("UNKNOWN_ERROR"),
_CPTC("galil::UnsolicitedMsgReader::singleton initialisation failed [unknown exception]"),
_CPTC("galil::UnsolicitedMsgReader::init"));
}
}
// ============================================================================
// Box::firmware_version
// ============================================================================
const std::string Box::firmware_version () throw (Tango::DevFailed)
{
YAT_TRACE("galil::Box::firmware_version");
std::string firmware_rev_str;
try
{
//- build binary command: ^R ^V
BinaryData firmware_request_cmd(3);
firmware_request_cmd[0] = 18;
firmware_request_cmd[1] = 22;
firmware_request_cmd[2] = '\r';
firmware_request_cmd.force_length(3);
//- write binary command on the IO port
SHARED_HW_IO->inout(firmware_request_cmd, firmware_rev_str);
}
catch (Tango::DevFailed& df)
{
ERROR_STREAM << df << std::endl;
RETHROW_DEVFAILED(df,
_CPTC("COMMUNICATION_FAILED"),
_CPTC("could not obtain the firmware version number"),
_CPTC("galil::Box::firmware_version"));
}
catch (...)
{
ERROR_STREAM << "Box::ucode_version::unknown exception caught" << std::endl;
THROW_DEVFAILED(_CPTC("UNKNOWN_ERROR"),
_CPTC("unknown exception caught while trying to obtain the firmware version number"),
_CPTC("galil::Box::firmware_version"));
}
return firmware_rev_str;
}
// ============================================================================
// Box::exec_low_level_cmd
// ============================================================================
const std::string Box::exec_low_level_cmd (const std::string& _cmd)
throw (Tango::DevFailed)
{
YAT_TRACE("galil::Box::exec_low_level_cmd");
string low_level_cmd = _cmd;
if (_cmd.find_last_of("\r") == std::string::npos)
{
low_level_cmd += "\r";
}
std::string reply;
try
{
SHARED_HW_IO->inout(low_level_cmd, reply);
}
catch (Tango::DevFailed& df)
{
ERROR_STREAM << df << std::endl;
RETHROW_DEVFAILED(df,
_CPTC("COMMUNICATION_FAILED"),
_CPTC("Tango exception caught while excuting a cmd on the <Galil-Box> controller"),
_CPTC("galil::Box::exec_low_level_cmd"));
}
catch (...)
{
ERROR_STREAM << "Box::reset::unknown exception caught" << std::endl;
THROW_DEVFAILED(_CPTC("UNKNOWN_ERROR"),
_CPTC("unknown exception caught while excuting a cmd on the <Galil-Box> controller"),
_CPTC("galil::Box::exec_low_level_cmd"));
}
return reply;
}
// ============================================================================
// UnsolicitedMsgReader::configure
// ============================================================================
void UnsolicitedMsgReader::configure (const Config& _cfg)
throw (Tango::DevFailed)
{
YAT_TRACE("galil::UnsolicitedMsgReader::UnsolicitedMsgReader");
//- enter critical section
yat::AutoMutex<yat::Mutex> guard(this->Task::m_lock);
//- copy configuration
this->m_cfg = _cfg;
//- enable periodic msgs
this->enable_periodic_msg(true);
this->set_periodic_msg_period(kDEFAULT_USMR_PERIOD);
//- (re)open connection to peer
try
{
this->m_hw_io->reopen(_cfg.galilbox_ip_addr, _cfg.galilbox_port);
}
catch (const std::bad_alloc&)
{
THROW_DEVFAILED(_CPTC("OUT_OF_MEMORY"),
_CPTC("failed to connect to the controller [HWIO instanciation failed]"),
_CPTC("galil::UnsolicitedMsgReader::configure"));
}
catch (Tango::DevFailed& df)
{
RETHROW_DEVFAILED(df,
_CPTC("SOFTWARE_MEMORY"),
_CPTC("failed to connect to the controller [Tango exception caught]"),
_CPTC("galil::UnsolicitedMsgReader::configure"));
}
catch (...)
{
THROW_DEVFAILED(_CPTC("UNKNOWN_ERROR"),
_CPTC("failed to connect to the controller [unknown exception caught]"),
_CPTC("galil::UnsolicitedMsgReader::configure"));
}
try
{
//- disable unsolicited char "marking" [see CW cmd doc]
yat::OSStream cmd;
cmd << "CW2\r";
this->m_hw_io->in(cmd.str(), IOCheckError);
//- redirect unsolicited msg to the connection handle we are using [using CF cmd]
cmd.str("");
cmd << "CF" << this->m_hw_io->com_handle() << "\r";
this->m_hw_io->in(cmd.str(), IOCheckError);
YAT_LOG("UnsolicitedMsgReader::configure::unsolicited msgs successfully redirected");
}
catch (Tango::DevFailed& df)
{
RETHROW_DEVFAILED(df,
_CPTC("SOFTWARE_MEMORY"),
_CPTC("failed to redirect unsolicited messages [Tango exception caught]"),
_CPTC("galil::UnsolicitedMsgReader::configure"));
}
catch (...)
{
THROW_DEVFAILED(_CPTC("UNKNOWN_ERROR"),
_CPTC("failed to redirect unsolicited messages [unknown exception caught]"),
_CPTC("galil::UnsolicitedMsgReader::configure"));
}
//- start the task if not running
if (this->state() != yat::Thread::STATE_RUNNING)
this->go(_cfg.startup_timeout_ms);
}
// ============================================================================
// AttributeGroup::read
// ============================================================================
AttributeGroupReplyList AttributeGroup::read ()
{
//- TraceHelper t("AttributeGroup::read", this);
//- empty lists?
if ( ! m_dev_vect.size() || ! m_att_vect.size() )
{
THROW_DEVFAILED("DEVICE_ERROR",
"the AttributeGroup is either empty or not properly setup",
"AttributeGroup::read");
}
//- the replies to be returned
AttributeGroupReplyList agrs(m_att_vect.size());
//- if data is read from only one device, then read it synchronously
bool single_device = m_unique_dev_vect.size() == 1;
if ( single_device )
{
//- in this case (single device) the attribute order is naturally conserved
//-------------------------------------------------------------------------
//- the device name is the only one stored into <m_unique_dev_vect>
const std::string dev_name = m_unique_dev_vect[0];
//- the attributes values
std::vector<Tango::DeviceAttribute> * values = 0;
try
{
//- get device proxy
Tango::DeviceProxy * dev_proxy = m_dev_proxy_map[dev_name];
if ( ! dev_proxy )
{
std::ostringstream s;
s << "unexpected null Tango::DeviceProxy found in repository for device "
<< dev_name;
THROW_DEVFAILED("DEVICE_ERROR",
s.str().c_str(),
"AttributeGroup::read");
}
//- only one device involved so attribute list to read is simply <m_att_vect>
values = dev_proxy->read_attributes(m_att_vect);
}
catch (Tango::DevFailed &df)
{
delete values;
RETHROW_DEVFAILED(df,
"DEVICE_ERROR",
"Tango exception caught while trying to read attributes",
"AttributeGroup::read");
}
catch(...)
{
delete values;
THROW_DEVFAILED("DEVICE_ERROR",
"unknown exception caught while trying to read attributes",
"AttributeGroup::read");
}
//- store replies into the returned AttributeGroupReplyList
for (size_t a = 0; a < values->size(); a++)
{
Tango::DeviceAttribute& da = (*values)[a];
agrs[a].dev_name_m = dev_name;
agrs[a].attr_name_m = da.name;
if ( da.has_failed() )
{
agrs.has_failed_m = true;
agrs[a].has_failed_m = true;
agrs[a].exception_m = Tango::DevFailed(da.get_err_stack());
}
else
{
agrs[a].has_failed_m = false;
agrs[a].data_m = da;
}
}
//- avoid memory leaks!
delete values;
}
//- if data is read from several devices, then read it asynchronously
else
{
//- in this case (several devices) the attribute order is NOT naturally conserved
//- we use <m_attr_2_regid_map> for the right reply order to be guaranteed
//-------------------------------------------------------------------------------
//- asynchronous requests identifiers
std::vector<long> async_req_id;
//- read attribute list for each registered device
for (size_t d = 0; d < m_unique_dev_vect.size(); d++)
{
//- the device name
const std::string dev_name = m_unique_dev_vect[d];
//- select device proxy associated to current device
Tango::DeviceProxy * dev_proxy = m_dev_proxy_map[dev_name];
if ( ! dev_proxy )
{
std::ostringstream s;
s << "unexpected null Tango::DeviceProxy found in repository for device "
<< dev_name;
THROW_DEVFAILED("DEVICE_ERROR",
s.str().c_str(),
"AttributeGroup::read");
}
//- get associated attribute list
AttributeList & al = m_attr_list_map[dev_name];
if ( ! al.size() )
{
std::ostringstream s;
s << "unexpected empty attribute list for device "
<< dev_name;
THROW_DEVFAILED("DEVICE_ERROR",
s.str().c_str(),
"AttributeGroup::read");
}
//- read attributes asynchronously
try
{
long ari = dev_proxy->read_attributes_asynch(al);
async_req_id.push_back(ari);
}
catch (Tango::DevFailed &df)
{
RETHROW_DEVFAILED(df,
"DEVICE_ERROR",
"Tango exception caught while trying to read attributes",
"AttributeGroup::read");
}
catch (...)
{
THROW_DEVFAILED("DEVICE_ERROR",
"unknown exception caught while trying to read attributes",
"AttributeGroup::read");
}
}
//- get read replies
for (size_t d = 0; d < m_unique_dev_vect.size(); d++)
{
//- the device name
const std::string dev_name = m_unique_dev_vect[d];
//- select device proxy associated to current device
Tango::DeviceProxy * dev_proxy = m_dev_proxy_map[dev_name];
//- the attribute values
vector<Tango::DeviceAttribute> * values = 0;
try
{
values = dev_proxy->read_attributes_reply(async_req_id[d], 2500);
}
catch (Tango::DevFailed &df)
{
delete values;
RETHROW_DEVFAILED(df,
"DEVICE_ERROR",
"Tango exception caught while trying to obtain async read replies",
"AttributeGroup::read");
}
catch (...)
{
delete values;
THROW_DEVFAILED("DEVICE_ERROR",
"unknown exception caught while trying to obtain async read replies",
"AttributeGroup::read");
}
//- store replies into the returned AttributeGroupReplyList
for (size_t a = 0; a < values->size(); a++)
{
//- attribute value
Tango::DeviceAttribute& da = (*values)[a];
//- fully qualified attribute name
std::ostringstream fqn;
fqn << dev_name << "/" << da.name;
//- registration id of this attribute
size_t reg_id = m_attr_2_regid_map[fqn.str()];
if ( reg_id >= agrs.size() )
{
delete values;
std::ostringstream s;
s << "invalid registration identifier found for "
<< fqn;
THROW_DEVFAILED("DEVICE_ERROR",
s.str().c_str(),
"AttributeGroup::read");
}
agrs[reg_id].dev_name_m = dev_name;
agrs[reg_id].attr_name_m = da.name;
if ( da.has_failed() )
{
agrs.has_failed_m = true;
agrs[reg_id].has_failed_m = true;
agrs[reg_id].exception_m = Tango::DevFailed(da.get_err_stack());
}
else
{
agrs[reg_id].has_failed_m = false;
agrs[reg_id].data_m = da;
}
}
//- avoid memory leaks!
delete values;
values = 0;
}
}
//- finally... return the replies
return agrs;
}
// ============================================================================
// AttributeGroup::register_attribute
// ============================================================================
void AttributeGroup::register_attribute (const std::string& dev_attr)
{
//- TraceHelper t("AttributeGroup::register_attribute", this);
//- find separator between device and attribute name
size_t pos = dev_attr.find_last_of('/');
if ( std::string::npos == pos )
{
std::ostringstream s;
s << "invalid device/attribute syntax: " << dev_attr;
THROW_DEVFAILED("INVALID_ATTRIBUTE_NAME",
s.str().c_str(),
"AttributeGroup::register_attribute");
}
//- extract device name
std::string dev_name = dev_attr.substr(0, pos);
if ( dev_name.empty() )
{
std::ostringstream s;
s << "unexpected empty device name in: " << dev_attr;
THROW_DEVFAILED("INVALID_DEVICE_NAME",
s.str().c_str(),
"AttributeGroup::register_attribute");
}
//- extract attribute name
std::string attr_name = dev_attr.substr(pos + 1, dev_attr.size() - pos - 1);
if ( attr_name.empty() )
{
std::ostringstream s;
s << "unexpected empty attribute name in: " << dev_attr;
THROW_DEVFAILED("INVALID_ATTRIBUTE_NAME",
s.str().c_str(),
"AttributeGroup::register_attribute");
}
//- if no proxy for <dev_name>...
Tango::DeviceProxy* dev_proxy = 0;
if ( m_dev_proxy_map.count(dev_name) == 0 )
{
try
{
//- ...instanciate it
dev_proxy = new (std::nothrow) Tango::DeviceProxy(dev_name);
if ( ! dev_proxy )
throw std::bad_alloc();
//- enable transparent reconnection (normaly enabled by default)
dev_proxy->set_transparency_reconnection(true);
//- associate device and proxy in map
m_dev_proxy_map[dev_name] = dev_proxy;
//- create an empty attribute list for this 'new' device
m_attr_list_map[dev_name] = AttributeGroup::AttributeList();
//- store the device name in vector of registered devices
m_unique_dev_vect.push_back(dev_name);
}
catch (const std::bad_alloc&)
{
std::ostringstream s;
s << "Tango::DeviceProxy allocation failed for device " << dev_name;
THROW_DEVFAILED("MEMORY_ERROR",
s.str().c_str(),
"AttributeGroup::register_attribute");
}
catch (Tango::DevFailed &df)
{
std::ostringstream s;
s << "Tango::DeviceProxy allocation failed for device " << dev_name;
RETHROW_DEVFAILED(df,
"DEVICE_ERROR",
s.str().c_str(),
"AttributeGroup::register_attribute");
}
catch (...)
{
std::ostringstream s;
s << "Tango::DeviceProxy allocation failed for device "
<< dev_name
<< " [unknown exception caught]";
THROW_DEVFAILED("DEVICE_ERROR",
s.str().c_str(),
"AttributeGroup::register_attribute");
}
}
else
{
dev_proxy = m_dev_proxy_map[dev_name];
if ( ! dev_proxy )
{
std::ostringstream s;
s << "unexpected null Tango::DeviceProxy found in repository for device "
<< dev_name;
THROW_DEVFAILED("DEVICE_ERROR",
s.str().c_str(),
"AttributeGroup::register_attribute");
}
}
//- push the device proxy into the ordered proxy list
m_ordered_dev_proxy_list.push_back(dev_proxy);
//- get attribute info
Tango::AttributeInfoEx attr_info;
try
{
attr_info = dev_proxy->get_attribute_config(attr_name);
}
catch (Tango::DevFailed& df)
{
std::ostringstream oss;
oss << "failed to obtain attribute info for "
<< dev_attr
<< " [hint: is it an attribute of the specified device?]";
RETHROW_DEVFAILED(df,
"API_ERROR",
oss.str().c_str(),
"AttributeGroup::register_attribute");
}
catch (...)
{
std::ostringstream oss;
oss << "failed to obtain attribute info for "
<< dev_attr
<< " [unknown exception caught]";
THROW_DEVFAILED("API_ERROR",
oss.str().c_str(),
"AttributeGroup::register_attribute");
}
//- is the attribute scalar?
bool is_scalar = attr_info.data_format == Tango::SCALAR;
if ( ! is_scalar )
{
std::ostringstream s;
s << "invalid attribute specify - " << attr_name << " is not SCALAR";
THROW_DEVFAILED("DEVICE_ERROR",
s.str().c_str(),
"AttributeGroup::register_attribute");
}
//- store fully qualified attribute name
m_fqn_vect.push_back(dev_attr);
//- store dev-name
m_dev_vect.push_back(dev_name);
//- store attr-name
m_att_vect.push_back(attr_name);
//- push <attr_name> into <dev_name>'s attribute list
m_attr_list_map[dev_name].push_back(attr_name);
//- store registration id of the specified attribute
m_attr_2_regid_map[dev_attr] = m_att_vect.size() - 1;
}
// ============================================================================
// Box::init <STATIC MEMBER>
// ============================================================================
void Box::init (const Config& _cfg)
throw (Tango::DevFailed)
{
YAT_TRACE_STATIC("Box::init");
//- instanciate the Box::singleton
try
{
//- actual instanciation
Box::singleton = new Box(_cfg);
if (Box::singleton == 0)
throw std::bad_alloc();
}
catch (const std::bad_alloc&)
{
THROW_DEVFAILED(_CPTC("OUT_OF_MEMORY"),
_CPTC("Box::singleton instanciation failed"),
_CPTC("galil::Box::init"));
}
catch (Tango::DevFailed& df)
{
RETHROW_DEVFAILED(df,
_CPTC("SOFTWARE_ERROR"),
_CPTC("Tango exception caught while while trying to initialize the Box::singleton"),
_CPTC("galil::Box::init"));
}
catch (...)
{
THROW_DEVFAILED(_CPTC("UNKNOWN_ERROR"),
_CPTC("unknown exception caught while while trying to initialize the Box::singleton"),
_CPTC("galil::Box::init"));
}
try
{
//- (re)open the shared HW I/O port
SHARED_HW_IO->reopen(_cfg.galilbox_ip_addr, _cfg.galilbox_port);
#if defined (_CLEANUP_CONTROLLER_HANDLES_) || defined (_USE_ASYNCH_DR_)
//- suspend periodic hw status update (about to close its connection to the controller)
HW_STATUS_PROXY->suspend_hw_status_update();
//- if starting up, then cleanup all connections to the control
SHARED_HW_IO->cleanup();
#endif
}
catch (Tango::DevFailed& df)
{
#if defined (_CLEANUP_CONTROLLER_HANDLES_) || defined (_USE_ASYNCH_DR_)
//- resume periodic hw status update
HW_STATUS_PROXY->resume_hw_status_update();
#endif
RETHROW_DEVFAILED(df,
_CPTC("SOFTWARE_ERROR"),
_CPTC("Tango exception caught during initialization sequence"),
_CPTC("galil::Box::init"));
}
catch (...)
{
#if defined (_CLEANUP_CONTROLLER_HANDLES_) || defined (_USE_ASYNCH_DR_)
//- resume periodic hw status update
HW_STATUS_PROXY->resume_hw_status_update();
#endif
THROW_DEVFAILED(_CPTC("UNKNOWN_ERROR"),
_CPTC("unknown exception caught during initialization sequence"),
_CPTC("galil::Box::init"));
}
//- (re)configure the HwStatusProxy::singleton
try
{
//- setup the <HwStatusProxy> singleton config
HwStatusProxy::Config sm_cfg;
sm_cfg.galilbox_ip_addr = _cfg.galilbox_ip_addr;
sm_cfg.galilbox_port = _cfg.galilbox_port + 1;
sm_cfg.status_update_period_ms = _cfg.status_update_period_ms;
sm_cfg.status_expiration_timeout_ms = _cfg.status_expiration_timeout_ms;
sm_cfg.startup_timeout_ms = _cfg.startup_timeout_ms;
//- (re)configure the <HwStatusProxy>
HW_STATUS_PROXY->configure(sm_cfg);
#if defined (_CLEANUP_CONTROLLER_HANDLES_) || defined (_USE_ASYNCH_DR_)
//- resume periodic hw status update
HW_STATUS_PROXY->resume_hw_status_update();
#endif
}
catch (Tango::DevFailed& df)
{
RETHROW_DEVFAILED(df,
_CPTC("SOFTWARE_ERROR"),
_CPTC("Tango exception caught while while trying to setup the HwStatusProxy"),
_CPTC("galil::Box::init"));
}
catch (...)
{
THROW_DEVFAILED(_CPTC("UNKNOWN_ERROR"),
_CPTC("unknown exception caught while while trying to setup the HwStatusProxy"),
_CPTC("galil::Box::init"));
}
#if defined(_UNSOLICITED_MSG_READER_SUPPORT_)
//- (re)configure the UnsolicitedMsgReader::singleton
try
{
//- setup the <UnsolicitedMsgReader> singleton config
UnsolicitedMsgReader::Config usmr_cfg;
usmr_cfg.galilbox_ip_addr = _cfg.galilbox_ip_addr;
usmr_cfg.galilbox_port = _cfg.galilbox_port + 2;
UNSOLICITED_MSG_READER->configure(usmr_cfg);
}
catch (Tango::DevFailed& df)
{
RETHROW_DEVFAILED(df,
_CPTC("SOFTWARE_ERROR"),
_CPTC("Tango exception caught while while trying to setup the UnsolicitedMsgReader"),
_CPTC("galil::Box::init"));
}
catch (...)
{
THROW_DEVFAILED(_CPTC("UNKNOWN_ERROR"),
_CPTC("unknown exception caught while while trying to setup the UnsolicitedMsgReader"),
_CPTC("galil::Box::init"));
}
#endif //- _UNSOLICITED_MSG_READER_SUPPORT_
}
// ============================================================================
// Box::ucode_version
// ============================================================================
const std::string Box::ucode_version () throw (Tango::DevFailed)
{
YAT_TRACE("galil::Box::ucode_version");
//- new style (V2.2 and later) �code variable
try
{
std::string gen_rev;
std::string spe_rev;
//- get the McRev
SHARED_HW_IO->inout(std::string("McRevGen=?\r"), gen_rev);
SHARED_HW_IO->inout(std::string("McRevSpe=?\r"), spe_rev);
YAT_LOG("galil::Box::ucode_version::controller returned (as string): "
<< "\n generic revision : " << gen_rev
<< "\n specific revision : " << spe_rev);
unsigned long ucode_gen_rev = yat::XString<unsigned long>::to_num(gen_rev);
unsigned long ucode_spe_rev = yat::XString<unsigned long>::to_num(spe_rev);
YAT_LOG("galil::Box::ucode_version::controller returned (as ulong): "
<< "\n generic revision : " << ucode_gen_rev
<< "\n specific revision : " << ucode_spe_rev);
unsigned long generic_rev = (ucode_gen_rev & 0xFF000000) / 0x1000000;
unsigned long generic_evo = (ucode_gen_rev & 0x00FF0000) / 0x0010000;
unsigned long generic_evo_minor = (ucode_gen_rev & 0x0000FF00) / 0x0000100;
unsigned long generic_evo_min_dev = (ucode_gen_rev & 0x000000FF);
unsigned long specific_rev = (ucode_spe_rev & 0xFF000000) / 0x1000000;
unsigned long specific_evo = (ucode_spe_rev & 0x00FF0000) / 0x0010000;
unsigned long specific_evo_minor = (ucode_spe_rev & 0x0000FF00) / 0x0000100;
unsigned long specific_evo_min_dev = (ucode_spe_rev & 0x000000FF);
yat::OSStream txt;
txt << "Generic uCode : "
<< generic_rev
<< "."
<< generic_evo
<< "."
<< generic_evo_minor
<< "."
<< generic_evo_min_dev
<< std::endl
<< "Specific uCode : "
<< specific_rev
<< "."
<< specific_evo
<< "."
<< specific_evo_minor
<< "."
<< specific_evo_min_dev;
return txt.str();
}
catch (yat::Exception & ye)
{
_YAT_TO_TANGO_EXCEPTION(ye, te);
ERROR_STREAM << te << std::endl;
RETHROW_DEVFAILED(te,
_CPTC("SOFTWARE_ERROR"),
_CPTC("yat::Exception caught while trying to obtain Box::ucode_version"),
_CPTC("Box::ucode_version"));
}
catch (Tango::DevFailed& df)
{
ERROR_STREAM << "Box::�code_version trying to get �code versions McRevGen and McRevSpe catched DevFailed : \n"
<< df
<< std::endl;
//- do not rethrow, let a chance to old McRev variable
}
catch (...)
{
ERROR_STREAM << "trying to get �code versions McRevGen and McRevSpe catched DevFailed : "
<< "Box::ucode_version::unknown exception caught" << std::endl;
//- do not throw, let a chance to old McRev variable
}
//- old style (V2.1 and before) �code variable
std::string ucode_rev_str;
try
{
//- get the McRev
SHARED_HW_IO->inout(std::string("McRev=?\r"), ucode_rev_str);
}
catch (Tango::DevFailed& df)
{
ERROR_STREAM << df << std::endl;
RETHROW_DEVFAILED(df,
_CPTC("COMMUNICATION_FAILED"),
_CPTC("could not obtain the uCode version number"),
_CPTC("galil::Box::ucode_version"));
}
catch (...)
{
ERROR_STREAM << "Box::ucode_version::unknown exception caught" << std::endl;
THROW_DEVFAILED(_CPTC("UNKNOWN_ERROR"),
_CPTC("unknown exception caught while trying to obtain the uCode version number"),
_CPTC("galil::Box::ucode_version"));
}
YAT_LOG("galil::Box::ucode_version::controller returned (as string): " << ucode_rev_str);
unsigned long ucode_rev = 0;
try
{
ucode_rev = yat::XString<unsigned long>::to_num(ucode_rev_str);
}
catch (yat::Exception & ye)
{
_YAT_TO_TANGO_EXCEPTION(ye, te);
ERROR_STREAM << te << std::endl;
RETHROW_DEVFAILED(te,
_CPTC("SOFTWARE_ERROR"),
_CPTC("yat::Exception caught while trying to obtain Box::ucode_version"),
_CPTC("Box::ucode_version"));
}
YAT_LOG("galil::Box::ucode_version::controller returned (as ulong): " << ucode_rev);
unsigned long generic_rev = (ucode_rev & 0xFF000000) / 0x1000000;
unsigned long generic_evo = (ucode_rev & 0x00FF0000) / 0x0010000;
unsigned long specific_rev = (ucode_rev & 0x0000FF00) / 0x0000100;
unsigned long specific_evo = ucode_rev & 0x000000FF;
yat::OSStream txt;
txt << "Generic uCode: "
<< generic_rev
<< "."
<< generic_evo
<< " - "
<< "Specific uCode: "
<< specific_rev
<< "."
<< specific_evo;
return txt.str();
}
