UHSDR development - Build using eclipse

Note: Attention: Work in progress - page under construction

UHSDR toolchain installed, see here

Goto https://github.com/df8oe/UHSDR and click button „clone or download“
Unpack the downloaded .zip file on your hard disk. Do not change the name, do not change the internal zip structure
In Eclipse, choose „File→Import“.
.. then choose „General→Existing Projects into Workspace“.
Then choose the folder „mchf-eclipse in the path where you just downloaded the zip file as „root-directory“
The project is now recognized and can be imported

Project → Build Configurations → Set Active → DebugLibOVI40 (OVI49 DSP Library (STM32F7))
Click on the „hammer“ in the tool bar
Watch Console window in Eclipse - if all ok console output ends with “ … Build finished …„

Project → Build Configurations → Set Active → DebugOVI40 (OVI40 Firmware (STM32F7) …)
Click on the „hammer“ in the tool bar
Watch Console window in Eclipse - if all ok console output ends with “ … Build finished …„

Newly built binary fw-ovi40.bin can be found in the eclipse project explorer (left sidebar): mchf-eclipse → DebugOVI40 → fw-ovi40.bin

Please refer to https://www.amateurfunk-sulingen.de/wiki/doku.php?id=en:uhsdr:uhsdrfw#st-link_v2_firmware_upgrade
UHSDR FW build should run.
Hit switch „Menu“, then select „System Info“ and „Build“. Check the build date and time corresponds to your compile time in eclipse approximatelly

With .bin file the FW can be installed via USB stick of ST-Link/V2 adapter. You may want to create a dfu file from the bin file so that the DfuSE FW install method can be used.

Section 4.2.1 of STM manual UM0412 describes step-by-step the generation of a .dfu file.

The ST-Micro UM0412 manual on DfuSe can be found here. Original source is this.