This class extends the AbstractRTAction and adds the deviceType parameter template. Specific real time actions will inherit from this class, replacing the template parameter for a specific device class.
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#include <RTAction.h>
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| RTAction (RTActionConfig &rtActionConfig, const AbstractServiceLocator *serviceLocator, const std::map< std::string, const AbstractServiceLocator * > &serviceLocatorRelatedClasses) |
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virtual | ~RTAction () |
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virtual void | printConfig (FesaStream *configStream) |
| this method prints the action configuration into the stream passed by argument More...
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virtual void | printState (std::ostream &stream, double elapsedTime) |
| this method prints the actual state of the action (frequency of the completed actions) into the stream passed by argument More...
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| AbstractRTAction (RTActionConfig &rtActionConfig, const AbstractServiceLocator *serviceLocator, const std::map< std::string, const AbstractServiceLocator * > &serviceLocatorRelatedClasses) |
| Stores the RT action configuration. More...
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virtual | ~AbstractRTAction () |
| destructor
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void | executeAction (RTEvent *event) |
| This method will be called by the scheduler when the event arrives. More...
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virtual void | execute (RTEvent *event)=0 |
| this method contains the logic of the real time action More...
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void | sendManualNotification (const MultiplexingContext *context) const |
| this method sends a manual notification message in order to notify the properties and devices specified in the message
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void | resetManualNotification () const |
| Clears any registered properties/devices for the manual notification.
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void | disableAutomaticNotification () |
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void | enableAutomaticNotification () |
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bool | isAutomaticNotificationDisabled () const |
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| HasMetrics (const std::string &componentName) |
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std::vector< DeviceType * > | getFilteredDeviceCollection (const RTEvent *event) |
| Filters the device collection depending on the RT event payload: if there is no payload, returns the original device collection if the device in the payload is not in the collection, returns an empty vector if the device in the payload is in in the collection, returns a vector with this device only. More...
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void | releaseSettingFieldsReadLock () |
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virtual void | registerManualNotification (const std::string aPropertyName, const std::string aDeviceName) |
| Adds a property/device pair for the manual notification.
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template<typename T > |
void | registerMetric (const std::string &name, T &value) |
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template<typename T > |
void | registerMetric (const std::string &name, boost::atomic< T > &value) |
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std::vector< DeviceType * > | deviceCol_ |
| list of devices for this real time action
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std::string | logicalEventName_ |
| name of the logical-event that fires the action
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std::string | concreteEventName_ |
| name of the concrete-event that fires the action
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std::string | selectionCriterion_ |
| selection criterion to select devices used for notification
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std::string | eventSourceName_ |
| event source name (timing, timingSim, timer, user, <custom-name>)
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std::vector< AbstractDevice * > | abstractDeviceCol_ |
| set of devices to which the real time action has access
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DiagnosticsDefs::DiagStateCounter | completedActionCount_ |
| number of completed actions
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uint32_t | abortedActionCount_ |
| number of real time actions aborted
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std::string | name_ |
| name of the action
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std::string | className_ |
| name of the FESA-class, which controls this action
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NotificationProducer * | theNotificationProducer_ |
| the notification producer is used to send properties' notifications to the server side
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std::set< std::string > | automaticallyNotifiedPropertiesCol_ |
| list of properties that will be notified automatically, after the action has finished
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template<typename DeviceType>
class fesa::RTAction< DeviceType >
This class extends the AbstractRTAction and adds the deviceType parameter template. Specific real time actions will inherit from this class, replacing the template parameter for a specific device class.
template<typename DeviceType >
fesa::RTAction< DeviceType >::RTAction |
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RTActionConfig & |
rtActionConfig, |
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const AbstractServiceLocator * |
serviceLocator, |
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const std::map< std::string, const AbstractServiceLocator * > & |
serviceLocatorRelatedClasses |
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Constructor
- Parameters
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rtActionConfig | contains all the necessary values to configure the action |
template<typename DeviceType >
template<typename DeviceType >
std::vector< DeviceType * > fesa::RTAction< DeviceType >::getFilteredDeviceCollection |
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const RTEvent * |
event | ) |
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protected |
Filters the device collection depending on the RT event payload: if there is no payload, returns the original device collection if the device in the payload is not in the collection, returns an empty vector if the device in the payload is in in the collection, returns a vector with this device only.
To avoid copying the device collection, use like this: const std::vector<Device*>& deviceCol = getFilteredDeviceCollection(event);
- Parameters
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event | that triggers the execution of the RT action |
template<typename DeviceType >
void fesa::RTAction< DeviceType >::printConfig |
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FesaStream * |
configStream | ) |
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virtual |
this method prints the action configuration into the stream passed by argument
- Parameters
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configStream | in which the information will be printed |
Implements fesa::AbstractRTAction.
template<typename DeviceType >
void fesa::RTAction< DeviceType >::printState |
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std::ostream & |
stream, |
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double |
elapsedTime |
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virtual |
this method prints the actual state of the action (frequency of the completed actions) into the stream passed by argument
- Parameters
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fesaStream | in which the information will be printed |
Implements fesa::AbstractRTAction.
The documentation for this class was generated from the following file: