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Tom Hensel
abc8bd32df
Fix multiple issues preventing SoapySDR output from producing RF: - handleInputMessages() never called in DSP engine thread (Qt signal lost without event loop) - scheduled properly - setGain() moved to start() post-activation (pre-activation gain silently fails on SoapyUHD) - fullScale threshold corrected for CS16 format detection - Timed first write pattern matching gr4-lora SoapySink MCR pinning for SoapyUHD: inject auto_tick_rate=0 in DeviceSoapySDR device-open path to prevent UHD from re-deriving the master clock rate on set_tx_rate(), which breaks the decimator chain and produces no RF. Also reads SDRANGEL_USRP_MASTER_CLOCK_RATE_HZ env var for optional MCR override. TX diagnostic counters: SoapySDROutputThread tracks packets, underflows, errors. Exposed via REST as streamSettingsArgs key-value pairs.
SDRangel is an open-source Qt5 / OpenGL 3.0+ SDR and signal analyzer frontend to various hardware.
Wiki: Most of the information and documentation related to SDRangel can be found in the Wiki. Please make sure to check it in case of questions or trouble and before you post issues on GitHub. You may also seek help from other users using the discussion group below. Before running the program, make sure you read at least the Home and Quick Start pages.
Discussion group: You can ask other users for help or discuss subjects related to SDRangel and its ancillary projects here.
Ancillary projects
- SDRangelcli is a web application that can be used to control a headless (server flavor) instance of SDRangel. It can also be used as a remote control for the GUI flavor.
- SDRangel-Docker is a collection of Docker files and scripts to facilitate building and running SDRangel in a Docker container. Works for either the GUI (only on a Linux host) or the server.