![]() ![]() temporal or allocation size) and not use malloc - or just don't dynamically allocate anything! Whilst you can dynamically allocate from the stack, via new() or malloc(), you are risking heap fragmentation.įor C++ applications, I would advise that you implement operator new to use statically allocated memory arenas (each arena having particular behaviour e.g. The best thing about the xcore - the memory usage is statically calculated and allocated - can also be a problem. Last Post By: robertxmos ON: Thu 10:41 am Xrun -xscope -id 1 bin/app_avb_lc_demo.xe Media output 7 locked: 25 samples shorter Media output 6 locked: 26 samples shorter Media output 5 locked: 26 samples shorter Media output 4 locked: 26 samples shorter Media output 3 locked: 26 samples shorter Media output 2 locked: 26 samples shorter Media output 1 locked: 26 samples shorter Media output 0 locked: 26 samples shorter The following trace is after the external 1722.1 controller (avdecc) connects stream from EP0 to EP1 Increasing port 0 shaper bandwidth to 17024000 bps avdecc commands are inline starting with $ The following trace is after the external 1722.1 controller (avdecc) connects stream from EP1 to EP0 MAAP reserved Talker stream #0 address: 91:E0:F0:0:A4:64 Setting clock source: INPUT_STREAM_DERIVED Xrun -xscope -id 0 bin/app_avb_lc_demo.xe Note!!: If the 1722.1 controller runs on a Mac, AVB/EAV must be disabled (In Network Preferences->Hardware) or the native OSX 1722.1 controller will interfere. Note!!: avdecc connect commands (denoted with $) are executed on the controller and apply to both endpoints Here is a trace from both Endpoints with the avdecc commands added inline: Now that you see the AVB-LC Endpoints with the avdecc controller, you should be able to connect AVB audio streams between them. ![]()
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