FOSS Mixer
FOSS Mixer is mixer application for FreeBSD with OSS audio backend to set soundcard parameters. Mixer can be use to control audio levels, set recording source, and it includes noise and wave generator for testing audio output. It is pretty much what mixer(8) does.
FOSS Mixer supports only FreeBSD, there is no way to get it to work on other systems.
Program needs root access to set certain soundcard parameters. It is recommended to set so called suid bit to fossmixer binary, otherwise setting sample rate, sample bit depth, per channel volume and so on will not work. If program has no permission to set soundcard parameters, it will blink red error led and print error message to console. Setting suid bit can be done as follows:
$ su - # chown root /usr/local/bin/fossmixer # chmod +s /usr/local/bin/fossmixer
User interface
There is various knobs for controlling the mixers, most notably knob for changing the mixer near upper right corner, and recording source selector next to it. Recording source selector is there only if there is something to select, otherwise it is hidden. Rest of the knobs and sliders should be clear what they are for. Each control has little green light nearby which lights if that control is supported by the mixer currently selected. When the light is yellow, it indicates currently selected recording source.
If Bass and Treble controls are disabled (the green led is off), try setting:
hint.pcm.0.eq="1" hint.pcm.1.eq="1"
in /boot/device.hints. Check the right pcm device numbers in your system from /dev/sndstat. Also, if sample rate setting does not work, try setting mixer to passthrough mode. It can be set in Sample menu by clicking middle mouse button anywhere on background image, or any other button with <ctrl> key pressed simultaneously.
Noise and wave generator is useful to test if selected audio output works. Please note that audio level of the noise can be quite loud. Roll the Noise Vol down before switching the noise on, especially if you are using headphones!
FOSS Mixer includes menu system as well, which can be popped up by clicking middle mouse button somewhere on background image, or any other button with <ctrl> key pressed simultaneously. Menu will not pop up when mouse is pressed on widget, that is, knob or slider and others.
Beneath Digital C knob there is a small red led. That led may blink sometimes, and if it will, it means that something went wrong or did not succeed. If you want to know what is going on, start FOSS Mixer from console and examine its output when error led blinks. Most likely it is because of permissions to set certain soundcard settings.
User interface customizations
There are couple of ways to alter FOSS Mixer default outlook, for example -uc and -us command line switches to change label color and default slider knob:
$ fossmixer -uc banana $ fossmixer -us oval
These settings can be put in FOSS Mixer config file PREFIX/etc/fossmixer.conf. Config file keywords for above settings are ui_label_color for -uc command line switch and ui_slider_style for -us.
Another way to customize UI is to fiddle with widget tuned attributes. Each widget has some tunables to set in X resources. See PREFIX/etc/fossmixer.res and X resources for more information about tuned attributes. To tune widget attributes, widget name must be known and set in X resources or FOSS Mixer resource file, PREFIX/etc/fossmixer.res, along with attribute name and its new value.
Background widget name is bg, and for example background image can be changed by using following widget attribute with it: fossmixer.widget.tunedAttributes: bg.image=/path/to/image.tga
Default background image color can be changed easily, add 20 to color value to make color a bit brighter, and decrement hue by 250 degrees to make blue to turn pink: fossmixer.widget.tunedAttributes: bg.value=+20, bg.hue=-250
Mixer slider widgets are named as follows:
- mixer_bsd_preamp for preamp slider,
- mixer_bsd_vpc for per channel volume slider, and
- mixer_mix_line for the rest of the sliders.
- mixer_mix_mic
- mixer_mix_mix
- mixer_mix_monitor
- mixer_mix_pcm2
- mixer_mix_pcm
- mixer_mix_rec
- mixer_mix_vol
Knob names are:
- mixer_bsd_frq for feeder rate selector,
- mixer_dpt for sample bit depth selector,
- mixer_ext_bass for general knobs,
- mixer_ext_dig1
- mixer_ext_dig2
- mixer_ext_dig3
- mixer_ext_igain
- mixer_ext_ogain
- mixer_ext_treble
- mixer_floor_pan for noise and wave knobs,
- mixer_floor_sel
- mixer_floor_vol
- mixer_noise_pan
- mixer_noise_vol
- mixer_rec for secording source knob,
- mixer_sel for mixer selector, and
- mixer_srt for sample rate selector.
Buttons:
- mixer_bit for bit perfect button,
- mixer_end for endianess button, and
- mixer_pink_play for noise and wave buttons.
- mixer_rand_play
- mixer_sine_play
- mixer_white_play
Indicator leds:
- mixer_ext_bass_on for small round leds,
- mixer_ext_dig1_on
- mixer_ext_dig2_on
- mixer_ext_dig3_on
- mixer_ext_igain_on
- mixer_ext_ogain_on
- mixer_ext_treble_on
- mixer_mix_line_on for mixer slider leds, and
- mixer_mix_mic_on
- mixer_mix_mix_on
- mixer_mix_monitor_on
- mixer_mix_pcm2_on
- mixer_mix_pcm_on
- mixer_mix_rec_on
- mixer_mix_vol_on
- sel_mix, the flashing error led.
Compilation
Go to apps directory in package root, and run ./build.sh fossmixer to distribute needed files to package's root directory. After that, go back to .. and run ./configure and gmake, then start or install the application.
Example steps:
$ cd apps $ ./build.sh fossmixer $ cd ..
To try app without installing it:
$ ./configure --prefix=`pwd` \
--enable-debug \
--disable-bob \
--disable-collect \
--disable-color \
--disable-coords \
--disable-draw \
--disable-extended \
--disable-image \
--disable-input \
--disable-log \
--disable-math \
--disable-message \
--disable-output \
--disable-remote \
--disable-store \
--with-libiconv=/where/is/your/libiconv \
--with-libintl=/where/is/your/libintl
$ gmake
$ ./fossmixer.debug
Or, to install fossmixer:
$ ./configure --prefix=/install/root/for/app \
--enable-native \
--disable-bob \
--disable-collect \
--disable-color \
--disable-coords \
--disable-draw \
--disable-extended \
--disable-image \
--disable-input \
--disable-log \
--disable-math \
--disable-message \
--disable-output \
--disable-remote \
--disable-store \
--with-libiconv=/where/is/your/libiconv \
--with-libintl=/where/is/your/libintl
$ gmake
$ gmake install
$ /install/root/for/app/bin/fossmixer
Try setting fossmixer.widget.fontFace to Acme-Regular.ttf or Antonio-Regular.ttf font from Google in fossmixer.res, they look very nice with FOSS Mixer, much better than default Noto font. Also other small UI modifications can be done there.
Makefile rules
Makefile has couple of handy rules:
- clean removes compiled application binary and object files from working directory,
- compile recompiles Ano script, menu and widget definitions,
- erase is like clean, but removes engine object files too,
- install runs install-locale and copies application files in place (that's the configure script's --prefix directory),
- install-locale installs locales in place,
- install-strip is like install, but strips the application binary,
- locale creates locale files for install-locale rule,
- pot updates locale templates for supported languages,
- reconfig runs configure script again with same flags that used in previous run, and
- uninstall reverts the installation from --prefix without affecting working directory.
Preview
;
; @ANO_SCRIPT_NAME FOSSMixer
; @ANO_SCRIPT_VERSION 0.0.6
; @ANO_SCRIPT_DESCRIPTION FreeBSD OSS Mixer
; @ANO_SCRIPT_COPYRIGHT Jani Salonen <salojan@goto10.co>
;
; @TAG_ATTR_CONTACT Jani Salonen <salojan@goto10.coi>
; @TAG_ATTR_HOMEPAGE https://detroit.sourceforge.net/app_fossmixer.html
;
; @ANO_FLAGS_USE_PROTOS [ ]
; @ANO_FLAGS_VAR_NAME_SUBS [x]
; @ANO_FLAGS_VAR_WARN_UNUSED [ ]
;
; Named parameters for Ano script binded functions are defined here:
;
; @ANO_FN_NAMED_PARAMS "apps/fossmixer/fossmixer_fn_params.txt"
;
; Copyright (c) 2016-2025, Jani Salonen <salojan@goto10.co>
; All rights reserved.
;
ifndef __FreeBSD__ {
compile_error: This program is only for FreeBSD.
}
main {
; Initialize audio system for noise generator...
;
audio_enabled {
audio_init (\
cb_track_play: NULL, \
cb_track_mode: NULL, \
cb_track_finish: NULL, \
cb_track_restart: NULL, \
cb_track_cancel: NULL, \
cb_track_pan: NULL, \
cb_track_vol: NULL, \
cb_master_vol: NULL, \
cb_buffer_start: NULL, \
cb_buffer_done: NULL)
}
; ...and hotplug notifications...
;
hotplug_enabled {
hotplug_init (\
cb_attach: "hp_attach", \
cb_detach: "hp_detach", \
cb_notify: NULL)
}
; ...then initialize windowing system...
;
gui_enabled {
window_init
; ...and open main window
;
mov _w ([uint] 1200)
audio_enabled {
; Make room for noise knobs if audio system is enabled
;
add _w (344)
}
window_open (\
title_name: "FOSS Mixer", \
title_charset: NULL, \
parent_handle: NOPARENT, \
widget_stack_id: 1, \
widget_set: 0, \
window_refresh_divider: PASSIVE_REFRESH, \
position_x: POS_CENTERED, \
position_y: POS_CENTERED, \
size_width: _w, \
size_height: 620, \
cb_main_loop: NULL, \
cb_expose: NULL, \
cb_key_press: NULL, \
cb_key_release: NULL, \
cb_button_press: NULL, \
cb_button_release: NULL, \
cb_client_message: NULL, \
cb_save_yourself: NULL, \
cb_configure_notify: NULL, \
cb_destroy_notify: "cb_destroy", \
cb_motion_notify: NULL, \
cb_map_notify: NULL, \
cb_unmap_notify: NULL, \
cb_open_notify: "cb_open")
}
}
;
; WINDOW callbacks
;
_WINCB_OPEN_ callback cb_open (_hnd) {
; Set main window icon
;
_hnd.icon("@/share/fossmixer/icon_app.tga")
; Construct user interface...
;
bsd_prepare (\
window_handle: _hnd)
if rc == 0 : cb_open_ok
; ...but give up if it failed
;
_hnd.destroy()
exit
cb_open_ok:
; If constructing user interface was ok, ask for fetching settings
; and saving them for these knobs and window position
;
settings_enabled {
; This is for Save settings -check item
;
settings_register (\
consumer_name: "saving", \
consumer_class: SETTINGS_MENU)
settings_register (\
consumer_name: "mixer_noise_vol", \
consumer_class: SETTINGS_WIDGET)
settings_register (\
consumer_name: "mixer_noise_pan", \
consumer_class: SETTINGS_WIDGET)
settings_register (\
consumer_name: "mixer_floor_vol", \
consumer_class: SETTINGS_WIDGET)
settings_register (\
consumer_name: "mixer_floor_pan", \
consumer_class: SETTINGS_WIDGET)
settings_register (\
consumer_name: "mixer_floor_sel", \
consumer_class: SETTINGS_WIDGET)
settings_register (\
consumer_name: "FOSS Mixer", \
consumer_class: SETTINGS_WINDOW)
}
; Map main window
;
_hnd.map()
}
_WINCB_DESTROY_ callback cb_destroy (_hnd) {
; Window is closing, free everything attached to it...
;
_hnd.destroy()
; ...and close mixer device
;
bsd_disperse
exit
}
;
; WIDGET callbacks
;
_WIDGETCB_TURN_ callback cb_turn_mixer_sel (_name, _id, _min, _max, _steps, _step) {
; Mixer selector
;
bsd_mixer_sel (\
widget_name: _name, \
steps: _steps, step: _step)
}
_WIDGETCB_TURN_ callback cb_turn_mixer_rec (_name, _id, _min, _max, _steps, _step) {
; Recording source selector
;
bsd_mixer_rec (\
widget_name: _name, \
steps: _steps, step: _step)
}
_WIDGETCB_TURN_ callback cb_turn_mixer_dpt (_name, _id, _min, _max, _steps, _step) {
; Sample depth selector
;
bsd_mixer_dpt (\
widget_name: _name, \
steps: _steps, step: _step)
}
_WIDGETCB_TURN_ callback cb_turn_mixer_srt (_name, _id, _min, _max, _steps, _step) {
; Sample rate selector
;
bsd_mixer_srt (\
widget_name: _name, \
steps: _steps, step: _step)
}
_WIDGETCB_PUSH_ callback cb_push_mixer_end (_name, _id, _min, _max, _steps, _step) {
; Endian button
;
bsd_mixer_end (\
steps: _steps, step: _step)
}
_WIDGETCB_PUSH_ callback cb_push_mixer_bit (_name, _id, _min, _max, _steps, _step) {
; Bitperfect button
;
bsd_mixer_bit (\
steps: _steps, step: _step)
}
_WIDGETCB_TURN_ callback cb_turn_mixer_mix (_name, _id, _min, _max, _steps, _step) {
; Mixer sliders, all of them
;
bsd_mixer_mix (\
widget_name: _name, \
steps: _steps, step: _step, extra: [int] 0)
}
_WIDGETCB_TURN_ callback cb_turn_mixer_ext (_name, _id, _min, _max, _steps, _step) {
; All other extra mixer knobs, like bass and treble
;
bsd_mixer_ext (\
widget_name: _name, \
steps: _steps, step: _step)
}
_WIDGETCB_PUSH_ callback cb_push_white_play (_name, _id, _min, _max, _steps, _step) {
; White noise generator button
;
bsd_mixer_white_play (\
steps: _steps, step: _step)
}
_WIDGETCB_PUSH_ callback cb_push_pink_play (_name, _id, _min, _max, _steps, _step) {
; Pink noise generator button
;
bsd_mixer_pink_play (\
steps: _steps, step: _step)
}
_WIDGETCB_TURN_ callback cb_turn_noise_vol (_name, _id, _min, _max, _steps, _step) {
; White noise volume
;
bsd_mixer_noise_vol (\
steps: _steps, step: _step)
}
_WIDGETCB_TURN_ callback cb_turn_noise_pan (_name, _id, _min, _max, _steps, _step) {
; White noise panning
;
bsd_mixer_noise_pan (\
steps: _steps, step: _step)
}
_WIDGETCB_PUSH_ callback cb_push_sine_play (_name, _id, _min, _max, _steps, _step) {
; Sine wave generator button
;
bsd_mixer_sine_play (\
steps: _steps, step: _step)
}
_WIDGETCB_PUSH_ callback cb_push_rand_play (_name, _id, _min, _max, _steps, _step) {
; Random wave generator button
;
bsd_mixer_rand_play (\
steps: _steps, step: _step)
}
_WIDGETCB_TURN_ callback cb_turn_floor_sel (_name, _id, _min, _max, _steps, _step) {
; Wave frequency
;
bsd_mixer_floor_sel (\
steps: _steps, step: _step)
}
_WIDGETCB_TURN_ callback cb_turn_floor_vol (_name, _id, _min, _max, _steps, _step) {
; Wave volume
;
bsd_mixer_floor_vol (\
steps: _steps, step: _step)
}
_WIDGETCB_TURN_ callback cb_turn_floor_pan (_name, _id, _min, _max, _steps, _step) {
; Wave panning
;
bsd_mixer_floor_pan (\
steps: _steps, step: _step)
}
_WIDGETCB_BUTTON_ callback cb_empty_mixer_sel (_hnd, _x, _y, _x_root, _y_root, _state, _button) {
}
;
; MENU item callbacks
;
_MENUCB_ITEM_ callback cb_m_quit (_item, _pos, _tag, _flag) {
; Quit
;
bsd_disperse
exit
}
_MENUCB_ITEM_ callback cb_m_mix (_item, _pos, _tag, _flag) {
; Mixer selection
;
bsd_mixer_m_sel (\
widget_name: NULL, \
steps: 0, step: _pos)
}
_MENUCB_ITEM_ callback cb_m_rec (_item, _pos, _tag, _flag) {
; Recording source selector
;
bsd_mixer_m_rec (\
widget_name: NULL, \
steps: 0, step: _pos)
}
_MENUCB_ITEM_ callback cb_m_vol (_item, _pos, _tag, _flag) {
; Mixer volume
;
mul _pos (10)
bsd_mixer_mix (\
widget_name: "mixer_mix_vol", \
steps: 100, step: _pos, extra: [int] 1)
}
_MENUCB_ITEM_ callback cb_m_end (_item, _pos, _tag, _flag) {
; Endian selection
;
bsd_mixer_end (\
steps: 0, step: _flag)
}
_MENUCB_ITEM_ callback cb_m_bit (_item, _pos, _tag, _flag) {
; Bitperfect selection
;
bsd_mixer_bit (\
steps: 0, step: _flag)
}
_MENUCB_ITEM_ callback cb_m_rate (_item, _pos, _tag, _flag) {
; Sample rate selection
;
bsd_mixer_srt (\
widget_name: NULL, \
steps: 0, step: _pos)
}
_MENUCB_ITEM_ callback cb_m_bits (_item, _pos, _tag, _flag) {
; Sample bits selection
;
bsd_mixer_dpt (\
widget_name: NULL, \
steps: 0, step: _pos)
}
_MENUCB_ITEM_ callback cb_m_mode (_item, _pos, _tag, _flag) {
; Sample mode selection
;
bsd_mixer_mde (\
widget_name: NULL, \
steps: 0, step: _pos)
}
;
; HOTPLUG notification callbacks
;
_HOTPLUG_EVENT_ callback hp_attach (_hnd, _key, _val) {
; Hotplug attach
;
bsd_hotplug_attach (\
key: _key)
}
_HOTPLUG_EVENT_ callback hp_detach (_hnd, _key, _val) {
; Hotplug detach
;
bsd_hotplug_detach (\
key: _key)
}
; ; The purpose of this file is to allow named parameters in Ano script when ; calling functions listed below. This file is defined in Ano script by ; @ANO_FN_NAMED_PARAMS tag. See the Ano script for live use. ; ; Functions are declared as: ; ; function_name(name_of_parameter_1, name_of_parameter_2, ...) ; ; That allows functions to be called in Ano script like: ; ; function_name (\ ; name_of_parameter_1: value_1, \ ; name_of_parameter_2: value_2) ; bsd_prepare(window_handle) bsd_disperse() bsd_mixer_sel(widget_name, steps, step) bsd_mixer_rec(widget_name, steps, step) bsd_mixer_m_sel(widget_name, steps, step) bsd_mixer_m_rec(widget_name, steps, step) bsd_mixer_dpt(widget_name, steps, step) bsd_mixer_srt(widget_name, steps, step) bsd_mixer_mde(widget_name, steps, step) bsd_mixer_end(steps, step) bsd_mixer_bit(steps, step) bsd_mixer_mix(widget_name, steps, step, extra) bsd_mixer_ext(widget_name, steps, step) bsd_mixer_noise_vol(steps, step) bsd_mixer_noise_pan(steps, step) bsd_mixer_white_play(steps, step) bsd_mixer_pink_play(steps, step) bsd_mixer_floor_sel(steps, step) bsd_mixer_floor_vol(steps, step) bsd_mixer_floor_pan(steps, step) bsd_mixer_sine_play(steps, step) bsd_mixer_rand_play(steps, step) bsd_hotplug_attach(key) bsd_hotplug_detach(key)
;
; Copyright (c) 2016-2025, Jani Salonen <salojan@goto10.co>
; All rights reserved.
;
; @WIDGET_DEFAULT_STATE enable
; @WIDGET_USE_BOUNDING_BOXES no
;
window "1" {
set "0" {
; This is fossmixer background image, which has menu attached
; to it.
;
widget "background" {
name "bg"
image "@/share/fossmixer/fossmixer_bg.tga"
action buttonpress = cb_empty_mixer_sel
}
}
}
;
; Localized strings for widgets.
;
;translate {
; "Bass" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Treble" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "In Gain" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Out Gain" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Digital A" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Digital B" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Digital C" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Monitor" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Line" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Mic" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Mix" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Rec" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Aux" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "PCM" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Volume" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Mixer" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Rec Source" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Sample Bits" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Sample Rate kHz" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Noise Vol" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Noise Pan" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Wave Vol" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Wave Pan" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Endian" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Bitperf" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "White" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Pink" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Sine" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;
; "Natural" {
; de_DE:""
; es_ES:""
; fi_FI:""
; fr_FR:""
; }
;}
;
; Copyright (c) 2016-2025, Jani Salonen <salojan@goto10.co>
; All rights reserved.
;
; @MENU_DEFAULT_TITLE_ORIENTATION left_to_right
;
window "1" {
widget "bg" {
;
; menu "menu_name" { optional_icon
; --------- -------------
;
menu [icon: @/share/fossmixer/icon_session.tga] "Session" {
;
; type "title", id, key, callback, flags, optional_icon
; ---- ----- -- --- -------- ----- -------------
;
check "Save settings?", 1, saving, none, norun_callback_onload | \
follow_settings_saving | \
sync_settings_on_change, \
none
delim
item [icon: @/share/fossmixer/icon_session_bye.tga] "Quit", \
2, none, cb_m_quit, none, none
}
menu [icon: @/share/fossmixer/icon_mix.tga] "Mixer" {
radio "No mixers available", 110, none, cb_m_mix, disabled, \
none
}
menu [icon: @/share/fossmixer/icon_rec.tga] "Rec source" {
radio "No sources available", 210, none, cb_m_rec, disabled, \
none
}
menu [icon: @/share/fossmixer/icon_vol.tga] "Volume" {
radio "Mute", 310, vol, cb_m_vol, none, none
radio "10%", 310, vol, cb_m_vol, none, none
radio "20%", 310, vol, cb_m_vol, none, none
radio "30%", 310, vol, cb_m_vol, none, none
radio "40%", 310, vol, cb_m_vol, none, none
radio "50%", 310, vol, cb_m_vol, none, none
radio "60%", 310, vol, cb_m_vol, none, none
radio "70%", 310, vol, cb_m_vol, none, none
radio "80%", 310, vol, cb_m_vol, none, none
radio "90%", 310, vol, cb_m_vol, none, none
radio "100%", 310, vol, cb_m_vol, none, none
}
menu [icon: @/share/fossmixer/icon_bit.tga] "Sample" {
check "Bitperfect?", 400, bit, cb_m_bit, none, none
delim
menu "Sample rate kHz" {
; Obsolete rates
;radio "8", 410, rate, cb_m_rate, none, none
;radio "11", 410, rate, cb_m_rate, none, none
;radio "16", 410, rate, cb_m_rate, none, none
;radio "22", 410, rate, cb_m_rate, none, none
radio "32", 410, rate, cb_m_rate, none, none
radio "44.1", 410, rate, cb_m_rate, none, none
radio "48", 410, rate, cb_m_rate, none, none
radio "88.2", 410, rate, cb_m_rate, none, none
radio "96", 410, rate, cb_m_rate, none, none
radio "176", 410, rate, cb_m_rate, none, none
radio "192", 410, rate, cb_m_rate, none, none
radio "352", 410, rate, cb_m_rate, none, none
radio "384", 410, rate, cb_m_rate, none, none
; For future endeavours
;radio "705", 410, rate, cb_m_rate, none, none
;radio "768", 410, rate, cb_m_rate, none, none
}
delim
menu "Sample bits" {
radio "s8", 510, bits, cb_m_bits, none, none
radio "s16", 510, bits, cb_m_bits, none, none
radio "s24", 510, bits, cb_m_bits, none, none
radio "s32", 510, bits, cb_m_bits, none, none
radio "u8", 510, bits, cb_m_bits, none, none
radio "u16", 510, bits, cb_m_bits, none, none
radio "u24", 510, bits, cb_m_bits, none, none
radio "u32", 510, bits, cb_m_bits, none, none
radio "f32", 510, bits, cb_m_bits, none, none
delim
check "Big endian?", 500, end, cb_m_end, none, none
}
delim
menu "Sample mode" {
radio "Fixed", 610, mode, cb_m_mode, none, none
radio "Passthrough", 610, mode, cb_m_mode, none, none
radio "Adaptive", 610, mode, cb_m_mode, none, none
}
}
}
}
;
; Localized strings for menu items.
;
translate {
"Session" {
de_DE:"Sitzung"
es_ES:"Sesión"
fi_FI:"Istunto"
fr_FR:"Session"
}
"Save settings?" {
de_DE:"Einstellungen speichern?"
es_ES:"Guardar configuración?"
fi_FI:"Tallenna asetukset?"
fr_FR:"Enregistrer les paramètres?"
}
"Quit" {
de_DE:"Aufhören"
es_ES:"Salida"
fi_FI:"Lopeta"
fr_FR:"Sortie"
}
"Mixer" {
de_DE:"Mischpult"
es_ES:"Mezclador"
fi_FI:"Mikseri"
fr_FR:"Mixeur"
}
"No mixers available" {
de_DE:"Keine Tonmischpulte verfügbar"
es_ES:"Sin mezcladores"
fi_FI:"Ei miksereitä"
fr_FR:"Pas de mixeurs"
}
"Rec source" {
de_DE:"Tonaufnahmequelle"
es_ES:"Fuente de grabación"
fi_FI:"Äänityslähde"
fr_FR:"Source d'enregistrement"
}
"No sources available" {
de_DE:"Keine Tonaufnahmequellen verfügbar"
es_ES:"Sin fuentes de grabación"
fi_FI:"Ei äänityslähteitä"
fr_FR:"Aucune source d'enregistrement"
}
"Volume" {
de_DE:"Lautstärke"
es_ES:"Volumen"
fi_FI:"Äänenvoimakkuus"
fr_FR:"Volume"
}
"Mute" {
de_DE:"Stumm"
es_ES:"Silencio"
fi_FI:"Hiljennä"
fr_FR:"Silence"
}
"Sample" {
de_DE:"Probe"
es_ES:"Muestra"
fi_FI:"Näyte"
fr_FR:"Échantillon"
}
"Bitperfect?" {
de_DE:"Bitperfect?"
es_ES:"Bitperfect?"
fi_FI:"Bitperfect?"
fr_FR:"Bitperfect?"
}
"Sample rate kHz" {
de_DE:"Abtastrate kHz"
es_ES:"Frecuencia de muestreo kHz"
fi_FI:"Näytetaajuus kHz"
fr_FR:"Taux d'échantillonnage kHz"
}
"Sample bits" {
de_DE:"Probenahmetiefe"
es_ES:"Tamaño de bits de muestra"
fi_FI:"Näytebittejä"
fr_FR:"Taille de l'échantillon en bits"
}
"Big endian?" {
de_DE:"Big endian?"
es_ES:"Big endian?"
fi_FI:"Big endian?"
fr_FR:"Big endian?"
}
"Sample mode" {
de_DE:"Sample-Modus"
es_ES:"Modo de muestra"
fi_FI:"Näytetila"
fr_FR:"Mode échantillon"
}
"Fixed" {
de_DE:"Behoben"
es_ES:"Fijado"
fi_FI:"Kiinteä"
fr_FR:"Fixé"
}
"Passthrough" {
de_DE:"Penetration"
es_ES:"Penetración"
fi_FI:"Läpivienti"
fr_FR:"Pénétration"
}
"Adaptive" {
de_DE:"Adaptiv"
es_ES:"Adaptado"
fi_FI:"Adaptiivinen"
fr_FR:"Adaptatif"
}
}
Screenshots
Click to enlarge.
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FreeBSD OSS mixer
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Mixer selection menu
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Copyright © 2025, Jani Salonen <salojan at goto10 piste co>. Piste is finnish word and means dot. All rights reserved.