rtl/async_fifo.v: a basic asynchronous dual-clock FIFO rtl/async_bidir_fifo.v: two instance of the first one into a single top level for full-duplex channel rtl/async_bidir_ramif_fifo.v: same than previous but with external RAM
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A dual clock asynchronous FIFO written in verilog, tested with Icarus Verilog - Fix: Roll-back v1.2.0 and remove almost flags threshold · dpretet/async_fifo@9172f26
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I expect there to be bugs around this: calling write_async, polling once, dropping it, then repeating can trigger a panic because write_byte may return WouldBlock. calling read_async, polling once, then dropping the future does not drain...
It allows you to enqueue items and retrieve them one at a time using promises, making it ideal for processing events, messages, or tasks in a first-in-first-out (FIFO) order. This is especially handy when reading asynchronous items received via events. Features Generic & Type-Safe: Write ...
DbosStatus SinglePartitionedFIFOTaskScheduler::asyncSchedule( boost::shared_ptr<voltdb::ProcedureCallback> callback) { int taskID = taskindex.fetch_add(1); std::vector<voltdb::Parameter> parameterTypes(2); parameterTypes[0] = voltdb::Parameter(voltdb::WIRE_TYPE_INTEGER);...
{ int fifo_space, to_copy; pthread_mutex_lock(&c->mutex); if (async_check_interrupt(h)) { c->io_eof_reached = 1; c->io_error = AVERROR_EXIT; pthread_cond_signal(&c->cond_wakeup_main); pthread_mutex_unlock(&c->mutex); break; } if (c->seek_request) { seek_ret = ...
int encode_status; AVFifo *output_index; AVFifo *output_buf_info; } MediaCodecEncContext;enum { @@ -102,17 +115,26 @@ static const enum AVPixelFormat avc_pix_fmts[] = { AV_PIX_FMT_NONE };static void mediacodec_output_format(AVCodecContext *avctx) ...
Using the framework FastAPI I tried to code this toy example but as far as I understood, the BackgroundTasks list is run not concurrently but in a FIFO order. How can I fix this example or design this alternatively in a simple and elegant manner?