class TimerProperties
Defined at line 140 of file fidling/gen/sdk/fidl/fuchsia.hardware.hrtimer/fuchsia.hardware.hrtimer/cpp/fidl/fuchsia.hardware.hrtimer/cpp/natural_types.h
Properties for a specific timer abstracted by the driver.
Public Methods
void TimerProperties (Storage_ storage)void TimerProperties ()Defined at line 146 of file fidling/gen/sdk/fidl/fuchsia.hardware.hrtimer/fuchsia.hardware.hrtimer/cpp/fidl/fuchsia.hardware.hrtimer/cpp/natural_types.h
void TimerProperties (TimerProperties && )Defined at line 147 of file fidling/gen/sdk/fidl/fuchsia.hardware.hrtimer/fuchsia.hardware.hrtimer/cpp/fidl/fuchsia.hardware.hrtimer/cpp/natural_types.h
void TimerProperties (const TimerProperties & other)TimerProperties & operator= (TimerProperties && )Defined at line 148 of file fidling/gen/sdk/fidl/fuchsia.hardware.hrtimer/fuchsia.hardware.hrtimer/cpp/fidl/fuchsia.hardware.hrtimer/cpp/natural_types.h
TimerProperties & operator= (const TimerProperties & other)bool operator== (const TimerProperties & other)bool operator!= (const TimerProperties & other)bool IsEmpty ()const std::optional<uint64_t> & id ()Unique identifier for this timer.
The `id` is stable for a given timer, i.e. it does not change across different clients
or different connections from the same client.
Required.
::std::optional<uint64_t> & id ()Unique identifier for this timer.
The `id` is stable for a given timer, i.e. it does not change across different clients
or different connections from the same client.
Required.
TimerProperties & id (std::optional<uint64_t> value)Unique identifier for this timer.
The `id` is stable for a given timer, i.e. it does not change across different clients
or different connections from the same client.
Required.
const std::optional< ::std::vector< ::fuchsia_hardware_hrtimer::Resolution>> & supported_resolutions ()Retrieves the resolutions supported by this timer.
Required.
::std::optional< ::std::vector< ::fuchsia_hardware_hrtimer::Resolution>> & supported_resolutions ()Retrieves the resolutions supported by this timer.
Required.
TimerProperties & supported_resolutions (std::optional< ::std::vector< ::fuchsia_hardware_hrtimer::Resolution>> value)Retrieves the resolutions supported by this timer.
Required.
const std::optional<uint64_t> & max_ticks ()Range in ticks.
This is the maximum amount of time that can be set in terms of ticks when a timer is
started. The maximum range in actual time (e.g. nanoseconds) depends on the resolution used.
NOTE: The value reported here does not need to be identical to what
the hardware actually supports. The driver MAY provide the support for
the reported `max_ticks` that is greater than the largest value of ticks
that can be put into the device's hardware register. The driver supports
a greater value of `max_ticks` by re-programming the hardware counter multiple times
with its maximum supported interval, with an interrupt generated after
each re-programming. If you want as few re-programmings (and interrupts)
to happen as possible, as may be the case when using the hrtimer in a power-aware
context, select the coarsest available resolution from [supported_resolutions].
This will ensure the longest possible wall-clock time passes without a re-program.
Required.
::std::optional<uint64_t> & max_ticks ()Range in ticks.
This is the maximum amount of time that can be set in terms of ticks when a timer is
started. The maximum range in actual time (e.g. nanoseconds) depends on the resolution used.
NOTE: The value reported here does not need to be identical to what
the hardware actually supports. The driver MAY provide the support for
the reported `max_ticks` that is greater than the largest value of ticks
that can be put into the device's hardware register. The driver supports
a greater value of `max_ticks` by re-programming the hardware counter multiple times
with its maximum supported interval, with an interrupt generated after
each re-programming. If you want as few re-programmings (and interrupts)
to happen as possible, as may be the case when using the hrtimer in a power-aware
context, select the coarsest available resolution from [supported_resolutions].
This will ensure the longest possible wall-clock time passes without a re-program.
Required.
TimerProperties & max_ticks (std::optional<uint64_t> value)Range in ticks.
This is the maximum amount of time that can be set in terms of ticks when a timer is
started. The maximum range in actual time (e.g. nanoseconds) depends on the resolution used.
NOTE: The value reported here does not need to be identical to what
the hardware actually supports. The driver MAY provide the support for
the reported `max_ticks` that is greater than the largest value of ticks
that can be put into the device's hardware register. The driver supports
a greater value of `max_ticks` by re-programming the hardware counter multiple times
with its maximum supported interval, with an interrupt generated after
each re-programming. If you want as few re-programmings (and interrupts)
to happen as possible, as may be the case when using the hrtimer in a power-aware
context, select the coarsest available resolution from [supported_resolutions].
This will ensure the longest possible wall-clock time passes without a re-program.
Required.
const std::optional<bool> & supports_event ()If true then the `SetEvent` method is supported, if false or not present it is not
supported.
Optional.
::std::optional<bool> & supports_event ()If true then the `SetEvent` method is supported, if false or not present it is not
supported.
Optional.
TimerProperties & supports_event (std::optional<bool> value)If true then the `SetEvent` method is supported, if false or not present it is not
supported.
Optional.
const std::optional<bool> & supports_wait ()If true then the `StartAndWait` and `StartAndWait2` methods are supported, if false or
not present these methods are not supported.
Optional.
::std::optional<bool> & supports_wait ()If true then the `StartAndWait` and `StartAndWait2` methods are supported, if false or
not present these methods are not supported.
Optional.
TimerProperties & supports_wait (std::optional<bool> value)If true then the `StartAndWait` and `StartAndWait2` methods are supported, if false or
not present these methods are not supported.
Optional.
const std::optional<bool> & supports_read ()If true, then the `TimerRead` and `ClockRead` methods are supported, if
false or not present, these methods are not supported.
Optional.
::std::optional<bool> & supports_read ()If true, then the `TimerRead` and `ClockRead` methods are supported, if
false or not present, these methods are not supported.
Optional.
TimerProperties & supports_read (std::optional<bool> value)If true, then the `TimerRead` and `ClockRead` methods are supported, if
false or not present, these methods are not supported.
Optional.
void TimerProperties (::fidl::internal::DefaultConstructPossiblyInvalidObjectTag )Friends
class MemberVisitorclass NaturalTableCodingTraits