class Geo::RingBuffer

Ring Buffer class.

Stores values of any type in a fixed length buffer. Thread safe for single writer single reader only.

Name	Description
Geo::RingBuffer::ReadContext	Write context type, which allows efficient and safe reading.
Geo::RingBuffer::WriteContext	Write context type, which allows efficient and safe writing.

Name	Description
GetMaxBlockedDurationTicks()	Return the maximum duration that the writing thread was blocked due to the buffer being full.
GetNumBlockedWrites()	Return the number of recorded blocked writes.
HasData()	Do we have any data to read?
NonCopyable(NonCopyable &&)	Defaulted to allow move.
operator=(NonCopyable &&)	Defaulted to allow move.
RecordBlockedDuration(s64)	Record that the writing thread was blocked due to the buffer being full.
ResetBlockedWritesCounter()	Reset the counters which keep track of # of times buffer writes are blocked.
RingBuffer(u32, const u32)	Construct a new ring buffer with the given size and maximum allocation alignment.
Write(T &&)	Helper function to write an object to the buffer.

Geo::s64 Geo::RingBuffer::GetMaxBlockedDurationTicks

public: Geo::s64 GetMaxBlockedDurationTicks() const

Return the maximum duration that the writing thread was blocked due to the buffer being full.

public: Geo::s32 GetNumBlockedWrites() const

Return the number of recorded blocked writes.

public: bool HasData() const

Do we have any data to read?

public: NonCopyable
(
NonCopyable &&
)

Defaulted to allow move.

public: NonCopyable & operator=
(
NonCopyable &&
)

Defaulted to allow move.

public: void RecordBlockedDuration
(
s64 durationTicks
)

Record that the writing thread was blocked due to the buffer being full.

public: void ResetBlockedWritesCounter()

Reset the counters which keep track of # of times buffer writes are blocked.

public: RingBuffer
(
u32 size,
const u32 maxAlignment
)

Construct a new ring buffer with the given size and maximum allocation alignment.

Size must

be a power of two.

public: void Write
(
T && data
)

Helper function to write an object to the buffer.

Not necessarily the most efficient way, as it uses the default alignment of the buffer.