dxd - dynax driver framework 2.1.0d48
cross platform open source driver development framework
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dx::circular Member List

This is the complete list of members for dx::circular, including all inherited members.

anydx::circularstatic
audiodx::circularstatic
countdx::circular
cycledx::circular
datadx::circular
dropoutdx::circular
empty() constdx::circularinline
empty(uint64_t position) constdx::circularinline
float32dx::circularstatic
float64dx::circularstatic
force_read(volatile uint64_t &position, ext_t *const *dst, uint64_t bulk, uint32_t channels_circular=1, uint32_t channels_dst=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
force_read(ext_t *const *dst, uint64_t bulk=1, uint32_t channels_circular=1, uint32_t channels_dst=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
force_read(volatile uint64_t &position, ext_t *dst, uint64_t bulk=1, uint32_t channels_circular=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
force_read(ext_t *dst, uint64_t bulk=1, uint32_t channels_circular=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
force_write(volatile uint64_t &position, const ext_t *const *src, uint64_t bulk, uint32_t channels_circular=1, uint32_t channels_src=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
force_write(const ext_t *const *src, uint64_t bulk=1, uint32_t channels_circular=1, uint32_t channels_src=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
force_write(volatile uint64_t &position, const ext_t *src, uint64_t bulk=1, uint32_t channels_circular=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
force_write(const ext_t *src, uint64_t bulk=1, uint32_t channels_circular=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
force_write(src_t *const *const *src, uint32_t clients, uint32_t channels=1, uint64_t bulk=1)dx::circularinline
force_write(data_t *const *const *src, uint64_t clients, uint64_t channels, uint64_t bulk)dx::circularinline
initialize(uint64_t backingstore_size)dx::circularinline
initialize()dx::circularinline
invaliddx::circularstatic
loop() constdx::circularinline
mididx::circularstatic
move(callback_t &callback, uint64_t max)dx::circularinline
operator<<(const data_t &src)dx::circularinline
operator>>(data_t &dst)dx::circularinline
pcm16dx::circularstatic
pcm24dx::circularstatic
pcm24in32hidx::circularstatic
pcm24in32lodx::circularstatic
pcm32dx::circularstatic
read(volatile uint64_t &position, ext_t *const *dst, uint64_t bulk=1, uint32_t channels_circular=1, uint32_t channels_dst=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
read(ext_t *const *dst, uint64_t bulk=1, uint32_t channels_circular=1, uint32_t channels_dst=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
read(volatile uint64_t &position, ext_t *dst, uint64_t bulk=1, uint32_t channels_circular=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
read(ext_t *dst, uint64_t bulk=1, uint32_t channels_circular=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
referencedx::circular
rxdx::circular
simulate_read(volatile uint64_t &position, uint64_t bulk)dx::circularinline
simulate_read(uint64_t bulk=1)dx::circularinline
simulate_write(uint64_t bulk)dx::circularinline
sizedx::circular
sizedx::circular
timestampdx::circular
txdx::circular
used() constdx::circularinline
used(uint64_t position) constdx::circularinline
write(volatile uint64_t &position, const ext_t *const *src, uint64_t bulk=1, uint32_t channels_circular=1, uint32_t channels_src=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
write(const ext_t *const *src, uint64_t bulk=1, uint32_t channels_circular=1, uint32_t channels_src=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
write(volatile uint64_t &position, const ext_t *src, uint64_t bulk=1, uint32_t channels_circular=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline
write(const ext_t *src, uint64_t bulk=1, uint32_t channels_circular=1, uint32_t circular_offset=0, uint32_t interleaved=1)dx::circularinline

(c) copyright 2009 dynamic acoustics e.U. generated on Fri Feb 23 2024

a closed source license may be obtained by requesting a written permission from dynamic acoustics e.U.
however - governmental use generally and military use especially is strictly prohibited though.