Displaying 4 results from an estimated 4 matches for "wavr".
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2020 Mar 25
3
Build Clang/LLVM for AVR
...s indicate that there is no avr-gcc in the system (although there is, but probably not spliced in there where the clang/LLVM build process expects it).
$ clang --target=avr -mmcu=atmega328p
clang-11: warning: no avr-gcc installation can be found on the system, cannot link standard libraries [-Wavr-rtlib-linking-quirks]
clang-11: warning: standard library not linked and so no interrupt vector table or compiler runtime routines will be linked [-Wavr-rtlib-linking-quirks]
clang-11: error: no input files
I'd greatly appreciate any input helping to solve these problems or a pointer to wo...
2020 Mar 25
2
Build Clang/LLVM for AVR
...that there is no avr-gcc in the system (although there is, but probably not spliced in there where the clang/LLVM build process expects it).
>
> $ clang --target=avr -mmcu=atmega328p
> clang-11: warning: no avr-gcc installation can be found on the system, cannot link standard libraries [-Wavr-rtlib-linking-quirks]
> clang-11: warning: standard library not linked and so no interrupt vector table or compiler runtime routines will be linked [-Wavr-rtlib-linking-quirks]
> clang-11: error: no input files
>
> I'd greatly appreciate any input helping to solve these problems o...
2004 Aug 06
0
*Real* real time streaming (no delay/latency)?
...ightforward to write a source client that did (uncompressed) flac encapsulation
with latency comparable to that of your sound card's buffer.
Of course that means writing some code. Don't know if you're into that. Have you tried something
obvious like 'netcat /dev/dsp' or 'wavr - | ssh remotehost wavp -' or the like? Those don't
provide any reconnection logic on failure but you can do that in a script, or just manually if
your network is sufficiently reliable.
Sound servers like esd and NAS can both probably do what you want as well. And someone should
really...
2004 Aug 06
6
*Real* real time streaming (no delay/latency)?
Hello
Does anyone have experience with _real_ real time streaming - i.e. with
very little delay/latency?
I need to stream from point A to point B in near-CD quality via a 100
Mbit network. That is easily done using icecast. But here is the tricky bit:
I want as little delay in the signal as possibble - preferrably below 50ms!
I have made a test setup encoding on and serving from an 800 MHz