User space configuration tool for RME HDSPe MADI / AES / RayDAT / AIO and AIO Pro cards driven by the snd-hdspe driver.

hdspeconf

User space configuration tool for RME HDSPe MADI / AES / RayDAT / AIO and AIO Pro cards, driven by the snd-hdspe driver.

Building hdspeconf

  • Prerequisites: hdspeconf builds upon ALSA lib and wxWidgets. On ubuntu,

    apt-get install libasound2-dev wx3.0-headers libwxgtk3.0-dev

The GUI panels were designed with wxGlade. You do not need wxGlade as long as you do not need or want to update the panel designs. If you do, make sure to use wxGlade version 1.0.0 or later. Older versions of wxGlade (such as the stock version on Ubuntu 20.04) will not work.

  • Clone the hdspeconf repository to your local disk. cd to the clone folder. Type

    make depend
make

This will build the hdspeconf executable in your repository clone folder.

Installation

  • Copy hdspeconf and dialog-warning.png to a folder of your choice, e.g. ~/bin. Add that folder to your $PATH.

Usage

  • cd to your repository clone folder, or make sure hdspeconf is in a folder in your $PATH, and type

    hdspeconf

on the command line, or make a desktop launcher for it and double click that. There are no command line arguments (yet, at this time).

  • If you have a supported RME HDSPe card on your system, and the snd-hdspe driver is running, a panel comes up with configuration options and settings for your card(s). If either condition is not fulfilled, hdspeconf will tell you as well.

When multiple cards, or TCO module, are present on the system, the drop-down chooser on top of the panel allows to choose the card to configure.

Card configuration and screen shots

Status

  • RME HDSPe AIO Pro cards, TCO, Word Clock module and audio I/O extension boards are fully supported.
  • RME HDSPe AIO, MADI, AES and RayDAT configuration panels TODO.
  • Developed and tested only on Ubuntu Studio 20.04 so far.

Acknowledgements

  • Thanks to RME for providing the necessary information and code for developing the driver.
  • Thanks to Amptec Belgium for hardware support.

License and (No) Warranty

See LICENSE.

Author

Philippe Bekaert, October 2021.

Owner
Philippe Bekaert
Philippe Bekaert
https://github.com/PhilippeBekaert/hdspeconf
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Comments
  • compile problems on debian 11

    compile problems on debian 11

    Hi,

    I'm trying to compile hdspeconf on Debian 11 and I'm gettings some errors.

    For the packages required I'm running:

    sudo apt install libasound2-dev wx3.0-headers libwxgtk3.0-gtk3-dev

    Then when trying to compile i get alot of errors in the linker stage which points to linker not finding libpng and libcairo for some reason.

    If I then modify Makefile to read

    LDFLAGS=-lasound `wx-config --libs` `pkg-config --libs libpng cairo-xlib`

    then everything compiles ok and I get the hdspeconf binary.

    But when running the hdspeconf binary I get a new errors:

    ./hdspeconf: /usr/local/lib/x86_64-linux-gnu/libpng16.so.16: no version information available (required by /lib/x86_64-linux-gnu/libwx_gtk3u_core-3.0.so.0)
./hdspeconf: symbol lookup error: /lib/x86_64-linux-gnu/libgdk-3.so.0: undefined symbol: cairo_xlib_surface_create_for_bitmap

    Any ideas on what I'm doing wrong?

    Thanks a lot!

  • hdspeconf terminates with

    hdspeconf terminates with "Caught unhandled unknown exception; terminating"

    I just tried to use the snd-hdspe/hdspeconf on my new AES card. Unfortunately after playing around with hdspeconf, it reproducible terminates with "Caught unhandled unknown exception; terminating". Any hint how to debug?

    [  740.268947] snd_hdspe 0000:01:00.0: snd_hdspe_put(status_polling,10) with get() ...
[  740.268951] snd_hdspe 0000:01:00.0: ... val = 10, oldval = 0, changed = 1, put rc = 1.
[  740.268956] snd_hdspe 0000:01:00.0: snd_hdspe_put(status_polling,10) with get() ...
[  740.268957] snd_hdspe 0000:01:00.0: ... val = 10, oldval = 10, changed = 0, put rc = 0.
[  740.268961] snd_hdspe 0000:01:00.0: hdspe_control_get(aes_ds_mode) ...
[  740.268963] snd_hdspe 0000:01:00.0: ... = 0.
[  740.268966] snd_hdspe 0000:01:00.0: hdspe_control_get(aes_qs_mode) ...
[  740.268967] snd_hdspe 0000:01:00.0: ... = 0.
[  740.268969] snd_hdspe 0000:01:00.0: hdspe_control_get(aes_pro) ...
[  740.268970] snd_hdspe 0000:01:00.0: ... = 1.
[  740.268973] snd_hdspe 0000:01:00.0: hdspe_control_get(aes_emp) ...
[  740.268973] snd_hdspe 0000:01:00.0: ... = 0.
[  740.268976] snd_hdspe 0000:01:00.0: hdspe_control_get(aes_dolby) ...
[  740.268977] snd_hdspe 0000:01:00.0: ... = 0.
[  740.268980] snd_hdspe 0000:01:00.0: hdspe_control_get(aes_sswclk) ...
[  740.268980] snd_hdspe 0000:01:00.0: ... = 0.
[  740.268983] snd_hdspe 0000:01:00.0: hdspe_control_get(aes_clr_tms) ...
[  740.268984] snd_hdspe 0000:01:00.0: ... = 0.
[  740.269003] snd_hdspe 0000:01:00.0: hdspe_status_work: polling timeout expired.
[  740.269030] snd_hdspe 0000:01:00.0: snd_hdspe_put(status_polling,10) with get() ...
[  740.269032] snd_hdspe 0000:01:00.0: ... val = 10, oldval = 0, changed = 1, put rc = 1.
[  740.367672] snd_hdspe 0000:01:00.0: hdspe_status_work: polling timeout expired.

    asound.state

    state.HDSPe24056447 {
	control.1 {
		iface CARD
		name 'Card Revision'
		value 240
		comment {
			access read
			type INTEGER
			count 1
			range '0 - 0 (step 1)'
		}
	}
	control.2 {
		iface CARD
		name 'Firmware Build'
		value 201
		comment {
			access read
			type INTEGER
			count 1
			range '0 - 0 (step 1)'
		}
	}
	control.3 {
		iface CARD
		name Serial
		value 24056447
		comment {
			access read
			type INTEGER
			count 1
			range '0 - 0 (step 1)'
		}
	}
	control.4 {
		iface CARD
		name 'TCO Present'
		value false
		comment {
			access read
			type BOOLEAN
			count 1
		}
	}
	control.5 {
		iface CARD
		name 'Capture PID'
		value 2262
		comment {
			access 'read volatile'
			type INTEGER
			count 1
			range '0 - 0 (step 1)'
		}
	}
	control.6 {
		iface CARD
		name 'Playback PID'
		value 2262
		comment {
			access 'read volatile'
			type INTEGER
			count 1
			range '0 - 0 (step 1)'
		}
	}
	control.7 {
		iface CARD
		name Running
		value true
		comment {
			access 'read volatile'
			type BOOLEAN
			count 1
		}
	}
	control.8 {
		iface CARD
		name 'Buffer Size'
		value 128
		comment {
			access 'read volatile'
			type INTEGER
			count 1
			range '32 - 8192 (step 1)'
		}
	}
	control.9 {
		iface CARD
		name 'Status Polling'
		value 0
		comment {
			access 'read write'
			type INTEGER
			count 1
			range '0 - 250 (step 1)'
		}
	}
	control.10 {
		iface HWDEP
		name 'Raw Sample Rate'
		value.0 110069313433624
		value.1 2293110695
		comment {
			access 'read volatile'
			type INTEGER64
			count 2
			range '0 - 0'
		}
	}
	control.11 {
		iface HWDEP
		name DDS
		value 2293110696
		comment {
			access 'read write'
			type INTEGER
			count 1
			range '2126943254 - 4076641238'
		}
	}
	control.12 {
		iface CARD
		name 'Internal Frequency'
		value '48 KHz'
		comment {
			access 'read write'
			type ENUMERATED
			count 1
			item.0 '32 KHz'
			item.1 '44.1 KHz'
			item.2 '48 KHz'
			item.3 '64 KHz'
			item.4 '88.2 KHz'
			item.5 '96 KHz'
			item.6 '128 KHz'
			item.7 '176.4 KHz'
			item.8 '192 KHz'
		}
	}
	control.13 {
		iface CARD
		name 'Current AutoSync Reference'
		value Intern
		comment {
			access 'read volatile'
			type ENUMERATED
			count 1
			item.0 WordClk
			item.1 AES1
			item.2 AES2
			item.3 AES3
			item.4 AES4
			item.5 AES5
			item.6 AES6
			item.7 AES7
			item.8 AES8
			item.9 TCO
			item.10 SyncIn
			item.11 Intern
		}
	}
	control.14 {
		iface CARD
		name 'Clock Mode'
		value AutoSync
		comment {
			access 'read write'
			type ENUMERATED
			count 1
			item.0 AutoSync
			item.1 Master
		}
	}
	control.15 {
		iface CARD
		name 'Preferred AutoSync Reference'
		value AES1
		comment {
			access 'read write'
			type ENUMERATED
			count 1
			item.0 WordClk
			item.1 AES1
			item.2 AES2
			item.3 AES3
			item.4 AES4
			item.5 AES5
			item.6 AES6
			item.7 AES7
			item.8 AES8
			item.9 TCO
			item.10 SyncIn
		}
	}
	control.16 {
		iface CARD
		name 'AutoSync Status'
		value.0 'No Lock'
		value.1 'No Lock'
		value.2 'No Lock'
		value.3 'No Lock'
		value.4 'No Lock'
		value.5 'No Lock'
		value.6 'No Lock'
		value.7 'No Lock'
		value.8 'No Lock'
		value.9 N/A
		value.10 'No Lock'
		comment {
			access 'read volatile'
			type ENUMERATED
			count 11
			item.0 'No Lock'
			item.1 Lock
			item.2 Sync
			item.3 N/A
		}
	}
	control.17 {
		iface CARD
		name 'AutoSync Frequency'
		value.0 ''
		value.1 ''
		value.2 ''
		value.3 ''
		value.4 ''
		value.5 ''
		value.6 ''
		value.7 ''
		value.8 ''
		value.9 ''
		value.10 ''
		comment {
			access 'read volatile'
			type ENUMERATED
			count 11
			item.0 ''
			item.1 '32 KHz'
			item.2 '44.1 KHz'
			item.3 '48 KHz'
			item.4 '64 KHz'
			item.5 '88.2 KHz'
			item.6 '96 KHz'
			item.7 '128 KHz'
			item.8 '176.4 KHz'
			item.9 '192 KHz'
		}
	}
	control.18 {
		iface CARD
		name 'Double Speed Mode'
		value 'Single Wire'
		comment {
			access 'read write'
			type ENUMERATED
			count 1
			item.0 'Single Wire'
			item.1 'Double Wire'
		}
	}
	control.19 {
		iface CARD
		name 'Quad Speed Mode'
		value 'Single Wire'
		comment {
			access 'read write'
			type ENUMERATED
			count 1
			item.0 'Single Wire'
			item.1 'Double Wire'
			item.2 'Quad Wire'
		}
	}
	control.20 {
		iface CARD
		name Professional
		value true
		comment {
			access 'read write'
			type BOOLEAN
			count 1
		}
	}
	control.21 {
		iface CARD
		name Emphasis
		value false
		comment {
			access 'read write'
			type BOOLEAN
			count 1
		}
	}
	control.22 {
		iface CARD
		name 'Non Audio'
		value false
		comment {
			access 'read write'
			type BOOLEAN
			count 1
		}
	}
	control.23 {
		iface CARD
		name 'Line Out'
		value true
		comment {
			access 'read write'
			type BOOLEAN
			count 1
		}
	}
	control.24 {
		iface CARD
		name 'Single Speed WordClk Out'
		value false
		comment {
			access 'read write'
			type BOOLEAN
			count 1
		}
	}
	control.25 {
		iface CARD
		name 'Clear TMS'
		value false
		comment {
			access 'read write'
			type BOOLEAN
			count 1
		}
	}
	control.26 {
		iface HWDEP
		name Mixer
		value.0 0
		value.1 0
		value.2 0
		comment {
			access 'read write volatile'
			type INTEGER
			count 3
			range '0 - 65535 (step 1)'
		}
	}
	control.27 {
		iface MIXER
		name Chn
		index 1
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.28 {
		iface MIXER
		name Chn
		index 2
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.29 {
		iface MIXER
		name Chn
		index 3
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.30 {
		iface MIXER
		name Chn
		index 4
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.31 {
		iface MIXER
		name Chn
		index 5
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.32 {
		iface MIXER
		name Chn
		index 6
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.33 {
		iface MIXER
		name Chn
		index 7
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.34 {
		iface MIXER
		name Chn
		index 8
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.35 {
		iface MIXER
		name Chn
		index 9
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.36 {
		iface MIXER
		name Chn
		index 10
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.37 {
		iface MIXER
		name Chn
		index 11
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.38 {
		iface MIXER
		name Chn
		index 12
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.39 {
		iface MIXER
		name Chn
		index 13
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.40 {
		iface MIXER
		name Chn
		index 14
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.41 {
		iface MIXER
		name Chn
		index 15
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
	control.42 {
		iface MIXER
		name Chn
		index 16
		value 64
		comment {
			access 'read write volatile'
			type INTEGER
			count 1
			range '0 - 64 (step 1)'
		}
	}
}
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