fcf::devmgr Namespace Reference

Namespaces
	actuator
	adc
	common
	drot
	iodev
	lamp
	motor
	piezo
	shutter
	smaract

Functions
virtual bool	IsReady () const
	Check if controller is in Standby/Ready state. More...
virtual bool	IsOperational () const
	Check if controller is in Operational. More...
virtual std::string	GetRpcError (const short error_code) const

Variables
const std::unordered_map< short, std::string >	hw_errors
class {
}	capitalize ()}}LcsIf(std {{cookiecutter.device_name|capitalize()}}LcsIf() = default
	{{cookiecutter.device_name|capitalize()}} Local Control System (LCS) Interface (IF) class More...
const std::unordered_map< short, std::string >	rpc_errors

Function Documentation

GetRpcError()

virtual std::string fcf::devmgr::GetRpcError ( const short  error_code ) const

virtual

Parameters

error_code

Error code

Returns

Associated error text to the passed error code.

IsOperational()

virtual bool fcf::devmgr::IsOperational ( ) const

virtual

Check if controller is in Operational.

Returns

true if condition is met, false otherwise.

IsReady()

virtual bool fcf::devmgr::IsReady ( ) const

virtual

Check if controller is in Standby/Ready state.

Returns

true if condition is met, false otherwise.

Variable Documentation

class { ... } virtual fcf::devmgr::capitalize()}}LcsIf(std

{{cookiecutter.device_name|capitalize()}} Local Control System (LCS) Interface (IF) class

This class manages the {{cookiecutter.device_name|capitalize()}} connection to the LCS encapsulating all basic communication with the controller or the simulator.

Each RPC call is synchronous but it only starts the action in the controller. The controller will return successfully if the action can be started, not that the action was completed.

The completion of the action must be monitored by reading the status of the controller but this is out of the scope of this class.

{{cookiecutter.device_name}}LcsIf constructor.

Parameters

[in,out]	config	Shared pointer to the device configuration.
[in,out]	data_ctx	Reference to the data context object.
[in]	initialise	Flag to control the initialization. This flag is used when using child classes.

{{cookiecutter.device_name|capitalize()}} destructor

hw_errors

const std::unordered_map<short, std::string> fcf::devmgr::hw_errors

Initial value:

= {
      {HW_ERR_HW_NOT_OP,       "{{cookiecutter.device_name|capitalize()}} no in operational state"},
      {HW_ERR_WRONG_CMD,       "{{cookiecutter.device_name|capitalize()}} unknown command"},
      {HW_ERR_INCONSISTENT,    "{{cookiecutter.device_name|capitalize()}} inconsistent hardware signals"},
      {HW_ERR_INIT_FAILURE,    "{{cookiecutter.device_name|capitalize()}} init failure"},
      {HW_ERR_ENABLE_FAILURE,  "{{cookiecutter.device_name|capitalize()}} enable failure"},
      {HW_ERR_DISABLE_FAILURE, "{{cookiecutter.device_name|capitalize()}} disable failure"},
    }

rpc_errors

const std::unordered_map<short, std::string> fcf::devmgr::rpc_errors

Initial value:

= {
    {RPC_ERR_NOT_OP,               "Cannot disable {{cookiecutter.device_name|capitalize()}}. Not in OP state"},
    {RPC_ERR_NOT_OP_READY,    "Cannot enable {{cookiecutter.device_name|capitalize()}}. Not in NOT_OP_READY."},
    {RPC_ERR_NOT_OP_NOTREADY, "Cannot init {{cookiecutter.device_name|capitalize()}}. Not in NOT_OP_NOTREADY or FAILURE."}
  }