ts::InfluxSender Class Reference

#include <tsInfluxSender.h>

Inheritance diagram for ts::InfluxSender:

Collaboration diagram for ts::InfluxSender:

Public Member Functions
	InfluxSender (Report *report)
bool	muteReport (bool mute)
virtual Report &	report () const override
bool	send (InfluxRequestPtr &request)
Report *	setReport (Report *report)
ReporterBase *	setReport (ReporterBase *delegate)
bool	start (const InfluxArgs &args)
void	stop ()

Static Public Member Functions
static int	SilentLevel (bool silent, int default_severity=Severity::Error)

Private Member Functions
bool	start ()

Detailed Description

Asynchronously send requests to an InfluxDB server. We cannot anticipate the response time of the server. Using a thread avoid slowing down the packet transmission.

Constructor & Destructor Documentation

InfluxSender()

ts::InfluxSender::InfluxSender ( Report * report )

explicit

Constructor.

Parameters

[in]

report

Where to report errors. The report object must remain valid as long as this object exists or setReport() is used with another Report object. If report is null, log messages are discarded.

Member Function Documentation

start()

bool ts::InfluxSender::start

(

const InfluxArgs &

args

)

Start the asynchronous sender.

Parameters

[in]

args

Connection parameters to the InfluxDB server.

Returns

True on success, false on error.

stop()

void ts::InfluxSender::stop

(

)

Stop the asynchronous sender. Wait for the internal thread to terminate.

send()

bool ts::InfluxSender::send

(

InfluxRequestPtr &

request

)

Asynchronously send an InfluxDB request.

Parameters

[in,out]

request

Smart pointer to the request. The ownership of the pointer is transfered to the asynchronous sender. The parameter is nullified on return.

Returns

True if the request was queued. False in case of queue overflow.

report()

virtual Report & ts::ReporterBase::report ( ) const

overridevirtualinherited

Access the Report which is associated with this object. Can be called from another thread only if the Report object is thread-safe.

Returns

A reference to the associated report.

Implements ts::ReporterInterface.

setReport() [1/2]

Report * ts::ReporterBase::setReport ( Report * report )

inherited

Associate this object with another Report to log errors.

Parameters

[in]

report

Where to report errors. The report object must remain valid as long as this object exists or setReport() is used with another Report object. If report is null, log messages are discarded.

Returns

The address of the previous Report object or a null pointer if there was none.

setReport() [2/2]

ReporterBase * ts::ReporterBase::setReport ( ReporterBase * delegate )

inherited

Associate this object with another ReporterBase to log errors.

Parameters

[in]

delegate

Use the report of another ReporterBase. If delegate is null, the previous explicit Report is used..

Returns

The address of the previous ReporterBase object or a null pointer if there was none.

muteReport()

bool ts::ReporterBase::muteReport ( bool mute )

inherited

Temporarily mute the associated report.

Parameters

[in]

mute

It true, report() will return a null report (log messages are discarded), until muteReport() is invoked again with mute set to false.

Returns

Previous state of the mute field.

SilentLevel()

int ts::ReporterBase::SilentLevel ( bool silent, int default_severity = Severity::Error )

inlinestaticinherited

Compute a log severity level from a "silent" parameter. Some subclass methods have a "silent" parameter to avoid reporting errors which may be insignificant, typically when closing a device after an error, in which case the close operation may produce other errors if the previous error left the device in an inconsistent state. While those errors should not be displayed as errors, we still display them at debug level.

Parameters

[in]	silent	If true, do not report errors, report debug messages instead.
[in]	default_severity	Default severity, in non-silent mode (error by default).

Returns

Error when silent is false, Debug otherwise.

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The documentation for this class was generated from the following file:

• tsInfluxSender.h