[beast/devel: 13/16] BSE: force ctor syntax for all IDL streams, fix more auxillary data ctors
- From: Tim Janik <timj src gnome org>
- To: commits-list gnome org
- Cc:
- Subject: [beast/devel: 13/16] BSE: force ctor syntax for all IDL streams, fix more auxillary data ctors
- Date: Wed, 16 Jan 2013 17:37:45 +0000 (UTC)
commit c8cbfb3bdb2b1235e1fcac5c05631126340866d1
Author: Tim Janik <timj gnu org>
Date: Thu Jan 3 20:17:57 2013 +0100
BSE: force ctor syntax for all IDL streams, fix more auxillary data ctors
bse/bsebusmodule.idl | 12 ++++++------
plugins/artscompressor.idl | 20 ++++++++++----------
plugins/bseamplifier.idl | 16 ++++++++--------
plugins/bsebalance.idl | 16 ++++++++--------
plugins/bsecontribsampleandhold.idl | 6 +++---
plugins/bsenoise.idl | 2 +-
plugins/bsequantizer.idl | 12 ++++++------
plugins/bsesummation.idl | 10 +++++-----
plugins/davbassfilter.idl | 6 +++---
plugins/davchorus.idl | 4 ++--
plugins/davorgan.idl | 6 +++---
plugins/standardguspatchenvelope.idl | 16 ++++++++--------
plugins/standardsaturator.idl | 10 +++++-----
sfi/sfidl-parser.cc | 3 +++
tests/latency/bselatencytest.idl | 12 ++++++------
15 files changed, 77 insertions(+), 74 deletions(-)
---
diff --git a/bse/bsebusmodule.idl b/bse/bsebusmodule.idl
index 06dddd0..469b8c1 100644
--- a/bse/bsebusmodule.idl
+++ b/bse/bsebusmodule.idl
@@ -6,15 +6,15 @@ interface BusModule : Effect {
Info authors = "Tim Janik";
Info license = _("GNU Lesser General Public License");
Info blurb = _("Synthesis module used internally by BseBus");
- IStream audio_in1 = (_("Audio In1"), _("First audio input"));
- IStream audio_in2 = (_("Audio In2"), _("Second audio input"));
- OStream audio_out1 = (_("Audio Out1"), _("First audio output"));
- OStream audio_out2 = (_("Audio Out2"), _("Second audio output"));
+ IStream audio_in1 = Stream (_("Audio In1"), _("First audio input"));
+ IStream audio_in2 = Stream (_("Audio In2"), _("Second audio input"));
+ OStream audio_out1 = Stream (_("Audio Out1"), _("First audio output"));
+ OStream audio_out2 = Stream (_("Audio Out2"), _("Second audio output"));
group _("Volume") {
// Real volume1 = DBVolume (_("Left"), _("Volume adjustment of left channel"), 0, -96, +24, STANDARD);
// Real volume2 = DBVolume (_("Right"), _("Volume adjustment of right channel"), 0, -96, +24, STANDARD);
- Real volume1 = ("", "", 1, 0, 1000, 10, STANDARD); /* volume factor */
- Real volume2 = ("", "", 1, 0, 1000, 10, STANDARD); /* volume factor */
+ Real volume1 = SfiReal ("", "", 1, 0, 1000, 10, STANDARD); /* volume factor */
+ Real volume2 = SfiReal ("", "", 1, 0, 1000, 10, STANDARD); /* volume factor */
};
};
};
diff --git a/plugins/artscompressor.idl b/plugins/artscompressor.idl
index 8b487fb..8117136 100644
--- a/plugins/artscompressor.idl
+++ b/plugins/artscompressor.idl
@@ -27,22 +27,22 @@ interface Compressor : Effect {
"the music have been reduced in volume, we can now amplify everything, without risking distortion or clipping. "
"This has the overall effect of the music sounding louder. In our example, an output "
"amplification of 5 dB would be okay, if the input signal never exceeded 0 dB.");
- IStream audio_in1 = (_("Audio In1"), _("Audio input 1"));
- IStream audio_in2 = (_("Audio In2"), _("Audio input 2"));
- OStream audio_out1 = (_("Audio Out1"), _("Compressed audio output 1"));
- OStream audio_out2 = (_("Audio Out2"), _("Compressed audio output 2"));
+ IStream audio_in1 = Stream (_("Audio In1"), _("Audio input 1"));
+ IStream audio_in2 = Stream (_("Audio In2"), _("Audio input 2"));
+ OStream audio_out1 = Stream (_("Audio Out1"), _("Compressed audio output 1"));
+ OStream audio_out2 = Stream (_("Audio Out2"), _("Compressed audio output 2"));
group _("Parameters") {
- Real attack = Real (_("Attack [ms]"), _("Set the attack time in milliseconds"), 10.0, 0.1, 250.0, 10.0, STANDARD ":scale");
- Real release = Real (_("Release [ms]"), _("Set the release time in milliseconds"), 10.0, 0.1, 250.0, 10.0, STANDARD ":scale");
+ Real attack = SfiReal (_("Attack [ms]"), _("Set the attack time in milliseconds"), 10.0, 0.1, 250.0, 10.0, STANDARD ":scale");
+ Real release = SfiReal (_("Release [ms]"), _("Set the release time in milliseconds"), 10.0, 0.1, 250.0, 10.0, STANDARD ":scale");
Real threshold_db = Gain (_("Threshold [dB]"), _("Only parts louder than threshold are compressed"), 0, -100, 0, 1, STANDARD ":scale");
- Real ratio_to_one = Real (_("Ratio [x:1]"), _("Set the compression ratio to x:1"), 2, 1.0, 20.0, 1, STANDARD ":scale");
+ Real ratio_to_one = SfiReal (_("Ratio [x:1]"), _("Set the compression ratio to x:1"), 2, 1.0, 20.0, 1, STANDARD ":scale");
Real output_db = Gain (_("Output [dB]"), _("Set the output amplification"), 0, -20, 20, 1, STANDARD ":scale");
Bool auto_output = Bool (_("Auto Output"), _("Adjust the output amplification automatically according to threshold and ratio"), FALSE, GUI);
};
group "compat" { /* compatibility properties */
- Real threshold = Real ("", "", 1, 0.00001, 1, 0.01, "w");
- Real ratio = Real ("", "", 0.8, 0.0, 1.0, 0.1, "w");
- Real output = Real ("", "", 1, 0.1, 10.0, 1, "w");
+ Real threshold = SfiReal ("", "", 1, 0.00001, 1, 0.01, "w");
+ Real ratio = SfiReal ("", "", 0.8, 0.0, 1.0, 0.1, "w");
+ Real output = SfiReal ("", "", 1, 0.1, 10.0, 1, "w");
};
};
}; // Arts
diff --git a/plugins/bseamplifier.idl b/plugins/bseamplifier.idl
index 543ec5e..d91404b 100644
--- a/plugins/bseamplifier.idl
+++ b/plugins/bseamplifier.idl
@@ -22,11 +22,11 @@ interface Amplifier : Effect {
"(to amplify audio signals). "
"Finally, the master volume controls amplification of the "
"resulting output signal.");
- IStream audio_in1 = (_("Audio In1"), _("First audio input"));
- IStream audio_in2 = (_("Audio In2"), _("Second audio input"));
- IStream ctrl_in1 = (_("Ctrl In1"), _("First control input"));
- IStream ctrl_in2 = (_("Ctrl In2"), _("Second control input"));
- OStream audio_out = (_("Audio Out"), _("Amplified audio output"));
+ IStream audio_in1 = Stream (_("Audio In1"), _("First audio input"));
+ IStream audio_in2 = Stream (_("Audio In2"), _("Second audio input"));
+ IStream ctrl_in1 = Stream (_("Ctrl In1"), _("First control input"));
+ IStream ctrl_in2 = Stream (_("Ctrl In2"), _("Second control input"));
+ OStream audio_out = Stream (_("Audio Out"), _("Amplified audio output"));
group _("Audio Input") {
Real alevel1 = Perc (_("Input 1 [%]"), _("Attenuate the level of audio input 1"), 100, STANDARD);
Real alevel2 = Perc (_("Input 2 [%]"), _("Attenuate the level of audio input 2"), 100, STANDARD);
@@ -50,9 +50,9 @@ interface Amplifier : Effect {
group "compat" {
Real audio_balance = Balance ("", "", 0, "w"); /* -> abalance (v0.5.4) */
Real ctrl_balance = Balance ("", "", 0, "w"); /* -> cbalance (v0.5.4) */
- Real ctrl_strength_f = Real ("", "", 1, 0, 1, 0.1, "w"); /* *100 -> ostrength (v0.5.4) */
- Real master_gain_f = Real ("", "", 1, 0, 1, 0.1, "w"); /* *100 -> olevel (v0.5.4) */
- Real audio_gain_f = Real ("", "", 0, 0, 1, 0.1, "w"); /* *100 -> base_level (v0.5.4) */
+ Real ctrl_strength_f = SfiReal ("", "", 1, 0, 1, 0.1, "w"); /* *100 -> ostrength (v0.5.4) */
+ Real master_gain_f = SfiReal ("", "", 1, 0, 1, 0.1, "w"); /* *100 -> olevel (v0.5.4) */
+ Real audio_gain_f = SfiReal ("", "", 0, 0, 1, 0.1, "w"); /* *100 -> base_level (v0.5.4) */
Real olevel = Perc ("", "", 100, "w"); /* -> master_volume (v0.6.2) */
};
};
diff --git a/plugins/bsebalance.idl b/plugins/bsebalance.idl
index 318a602..657dfc5 100644
--- a/plugins/bsebalance.idl
+++ b/plugins/bsebalance.idl
@@ -14,13 +14,13 @@ interface Balance : Effect {
"To avoid aliasing artefacts for rapid balance changes, the control "
"signal is preprocessed by a simple lowpass filter with adjustable "
"cutoff frequency.");
- IStream audio_in1 = (_("Audio In1"), _("First audio input"));
- IStream audio_in2 = (_("Audio In2"), _("Second audio input"));
- IStream ctrl_in1 = (_("Ctrl In1"), _("First control input"));
- IStream ctrl_in2 = (_("Ctrl In2"), _("Second control input"));
- OStream left_out = (_("Left Out"), _("Left audio output"));
- OStream mix_out = (_("Mix Out"), _("Mixed audio output"));
- OStream right_out = (_("Right Out"), _("Right audio output"));
+ IStream audio_in1 = Stream (_("Audio In1"), _("First audio input"));
+ IStream audio_in2 = Stream (_("Audio In2"), _("Second audio input"));
+ IStream ctrl_in1 = Stream (_("Ctrl In1"), _("First control input"));
+ IStream ctrl_in2 = Stream (_("Ctrl In2"), _("Second control input"));
+ OStream left_out = Stream (_("Left Out"), _("Left audio output"));
+ OStream mix_out = Stream (_("Mix Out"), _("Mixed audio output"));
+ OStream right_out = Stream (_("Right Out"), _("Right audio output"));
group _("Audio Input") {
Real alevel1 = Perc (_("Input 1 [%]"), _("Attenuate the level of audio input 1"), 100, STANDARD);
Real alevel2 = Perc (_("Input 2 [%]"), _("Attenuate the level of audio input 2"), 100, STANDARD);
@@ -33,7 +33,7 @@ interface Balance : Effect {
};
group _("Output Panning") {
Real ostrength = Perc (_("Control Strength"), _("Adjust how much the control signals affect the output balance"), 100, STANDARD);
- Real lowpass = Real (_("Lowpass [Hz]"), _("Lowpass filter frequency for the control signal"), 100, 100, 1000, 10, "scale:" STANDARD);
+ Real lowpass = SfiReal (_("Lowpass [Hz]"), _("Lowpass filter frequency for the control signal"), 100, 100, 1000, 10, "scale:" STANDARD);
Real obalance = Balance (_("Output Balance"), _("Adjust output balance between left and right"), 0, STANDARD);
};
};
diff --git a/plugins/bsecontribsampleandhold.idl b/plugins/bsecontribsampleandhold.idl
index f8fd449..3967186 100644
--- a/plugins/bsecontribsampleandhold.idl
+++ b/plugins/bsecontribsampleandhold.idl
@@ -7,8 +7,8 @@ interface SampleAndHold: Effect {
Info license = _("GNU Lesser General Public License");
Info category = _("/Routing/Sample and Hold");
Info blurb = _("SampleAndHold samples the input signal when triggered and holds it until triggered again.");
- IStream audio_in = (_("Audio In"), _("Audio Input"));
- IStream trigger_in = (_("Trigger In"), _("Trigger Input"));
- OStream audio_out = (_("Audio Out"), _("Audio Output"));
+ IStream audio_in = Stream (_("Audio In"), _("Audio Input"));
+ IStream trigger_in = Stream (_("Trigger In"), _("Trigger Input"));
+ OStream audio_out = Stream (_("Audio Out"), _("Audio Output"));
};
} } // Bse::Contrib
diff --git a/plugins/bsenoise.idl b/plugins/bsenoise.idl
index e80d970..a934936 100644
--- a/plugins/bsenoise.idl
+++ b/plugins/bsenoise.idl
@@ -7,6 +7,6 @@ interface Noise : Effect {
Info license = _("GNU Lesser General Public License");
Info category = _("/Audio Sources/Noise");
Info blurb = _("Noise is a generator of (supposedly) white noise");
- OStream noise_out = (_("Noise Out"), _("Noise Output"));
+ OStream noise_out = Stream (_("Noise Out"), _("Noise Output"));
};
} // Bse
diff --git a/plugins/bsequantizer.idl b/plugins/bsequantizer.idl
index 1fa23d9..17d90e3 100644
--- a/plugins/bsequantizer.idl
+++ b/plugins/bsequantizer.idl
@@ -8,12 +8,12 @@ interface Quantizer : Bse::Effect {
Info blurb = _("The Quantizer plugin quantizes the input signals according to a configurable step setting. "
"This simulates low quality digital signal transfer paths or ancient computer hardware.");
group _("Quantization") {
- Real qsteps = Real (_("Quantization Steps"), _("The number of different steps the output signal is quantized to."), 256, 1, 4294967296, 256, STANDARD ":scale");
- Real qstep_powers = Real (_("Bit Depth"), _("The number of bits the quantization steps correspond to."), 8, 0, 32, 0.0625, GUI ":scale");
+ Real qsteps = SfiReal (_("Quantization Steps"), _("The number of different steps the output signal is quantized to."), 256, 1, 4294967296, 256, STANDARD ":scale");
+ Real qstep_powers = SfiReal (_("Bit Depth"), _("The number of bits the quantization steps correspond to."), 8, 0, 32, 0.0625, GUI ":scale");
};
- IStream audio_in1 = ("Audio In1", "Audio Input 1");
- IStream audio_in2 = ("Audio In2", "Audio Input 2");
- OStream audio_out1 = ("Audio Out1", "Audio Output 1");
- OStream audio_out2 = ("Audio Out2", "Audio Output 2");
+ IStream audio_in1 = Stream ("Audio In1", "Audio Input 1");
+ IStream audio_in2 = Stream ("Audio In2", "Audio Input 2");
+ OStream audio_out1 = Stream ("Audio Out1", "Audio Output 1");
+ OStream audio_out2 = Stream ("Audio Out2", "Audio Output 2");
};
} } // Bse::Standard
diff --git a/plugins/bsesummation.idl b/plugins/bsesummation.idl
index f290bf0..be4f929 100644
--- a/plugins/bsesummation.idl
+++ b/plugins/bsesummation.idl
@@ -11,10 +11,10 @@ interface Summation : Effect {
"similarly, 'Audio Sum2' is the accumulatiuon signal of all streams connected to 'Audio In2'. "
"A difference signal between 'Audio Sum1' and 'Audio Sum2' is also "
"generated and is available at 'Audio Diff'.");
- JStream audio_in1 = (_("Audio In1"), _("Audio input 1"));
- JStream audio_in2 = (_("Audio In2"), _("Audio input 2"));
- OStream audio_out1 = (_("Audio Sum1"), _("Accumulated audio output 1"));
- OStream audio_diff = (_("Audio Diff"), _("Difference between audio outputs 1 and 2"));
- OStream audio_out2 = (_("Audio Sum2"), _("Accumulated audio output 2"));
+ JStream audio_in1 = Stream (_("Audio In1"), _("Audio input 1"));
+ JStream audio_in2 = Stream (_("Audio In2"), _("Audio input 2"));
+ OStream audio_out1 = Stream (_("Audio Sum1"), _("Accumulated audio output 1"));
+ OStream audio_diff = Stream (_("Audio Diff"), _("Difference between audio outputs 1 and 2"));
+ OStream audio_out2 = Stream (_("Audio Sum2"), _("Accumulated audio output 2"));
};
} // Bse
diff --git a/plugins/davbassfilter.idl b/plugins/davbassfilter.idl
index d6d6c89..c4385d5 100644
--- a/plugins/davbassfilter.idl
+++ b/plugins/davbassfilter.idl
@@ -11,9 +11,9 @@ interface BassFilter : Effect {
"on the VCF303 portions of gsyn v0.2. The filter algorithm is partly "
"based on the one described in \"Musical Applications of Microprocessors\" "
"by Hal Chamberlin.");
- IStream audio_in = (_("Audio In"), _("Audio input"));
- IStream trigger_in = (_("Trigger In"), _("Trigger input"));
- OStream audio_out = (_("Audio Out"), _("Filtered audio output"));
+ IStream audio_in = Stream (_("Audio In"), _("Audio input"));
+ IStream trigger_in = Stream (_("Trigger In"), _("Trigger input"));
+ OStream audio_out = Stream (_("Audio Out"), _("Filtered audio output"));
group _("Parameters") {
Real cutoff_perc = Perc (_("Cutoff [%]"), _("Set the cutoff frequency percentage"), 50, STANDARD ":automate:");
Real reso_perc = Perc (_("Resonance [%]"), _("Set the amount of resonance in percent"), 99.5, STANDARD ":automate:");
diff --git a/plugins/davchorus.idl b/plugins/davchorus.idl
index 731b407..c82a061 100644
--- a/plugins/davchorus.idl
+++ b/plugins/davchorus.idl
@@ -8,8 +8,8 @@ interface Chorus : Effect {
Info license = _("GNU Lesser General Public License");
Info category = _("/Enhance/Chorus");
Info blurb = _("DavChorus adds more depth to sounds");
- IStream audio_in = (_("Audio In"), _("Audio input"));
- OStream audio_out = (_("Audio Out"), _("Chorus audio output"));
+ IStream audio_in = Stream (_("Audio In"), _("Audio input"));
+ OStream audio_out = Stream (_("Audio Out"), _("Chorus audio output"));
group _("Parameters") {
Real wet_out = Perc (_("Wet out [%]"), _("Set the amount of modified data to mix"), 50.0, STANDARD);
};
diff --git a/plugins/davorgan.idl b/plugins/davorgan.idl
index 6f772c0..5239378 100644
--- a/plugins/davorgan.idl
+++ b/plugins/davorgan.idl
@@ -8,14 +8,14 @@ interface Organ : Effect {
Info license = _("GNU Lesser General Public License");
Info category = _("/Audio Sources/Organ");
Info blurb = _("DavOrgan is a versatile additive organ synthesizer");
- IStream freq_in = (_("Freq In"), _("Frequency Input"));
- OStream audio_out = (_("Audio Out"), _("Organ output"));
+ IStream freq_in = Stream (_("Freq In"), _("Frequency Input"));
+ OStream audio_out = Stream (_("Audio Out"), _("Organ output"));
group _("Base Frequency") {
Real base_freq = Freq (_("Frequency"), _("Organ frequency in Hertz, i.e. the pitch of the base tone"),
BSE_KAMMER_FREQUENCY, STANDARD ":dial");
Int base_note = Note (_("Note"), _("Organ frequency as note, converted to Hertz according to the current musical tuning"),
BSE_KAMMER_NOTE, GUI);
- Int transpose = Int (_("Transpose"), _("Transposition of the frequency in semitones"),
+ Int transpose = SfiInt (_("Transpose"), _("Transposition of the frequency in semitones"),
0, BSE_MIN_TRANSPOSE, BSE_MAX_TRANSPOSE, 12, STANDARD ":dial:skip-default");
Int fine_tune = FineTune (_("Fine Tune"), _("Amount of detuning in cent (hundredth part of a semitone)"),
STANDARD ":dial:skip-default");
diff --git a/plugins/standardguspatchenvelope.idl b/plugins/standardguspatchenvelope.idl
index 5cc0a0c..e18ac57 100644
--- a/plugins/standardguspatchenvelope.idl
+++ b/plugins/standardguspatchenvelope.idl
@@ -20,15 +20,15 @@ interface GusPatchEnvelope : Effect {
Wave wave; // FIXME = (_("Wave"), _("GUS Patch to use for the Envelope Data"), "", STANDARD);
};
// inputs
- IStream frequency = (_("Frequency"), _("Frequency Input"));
- IStream gate_in = (_("Gate In"), _("Gate input (activates/deactivates envelope)"));
- IStream retrigger_in = (_("Retrigger In"), _("Retrigger input (raising edge retriggers envelope)"));
- IStream audio_in = (_("Audio In"), _("Audio Input of the WaveOsc playing the patch"));
- IStream audio_gate = (_("Audio Gate"), _("Gate Output of the WaveOsc playing the patch"));
+ IStream frequency = Stream (_("Frequency"), _("Frequency Input"));
+ IStream gate_in = Stream (_("Gate In"), _("Gate input (activates/deactivates envelope)"));
+ IStream retrigger_in = Stream (_("Retrigger In"), _("Retrigger input (raising edge retriggers envelope)"));
+ IStream audio_in = Stream (_("Audio In"), _("Audio Input of the WaveOsc playing the patch"));
+ IStream audio_gate = Stream (_("Audio Gate"), _("Gate Output of the WaveOsc playing the patch"));
// outputs
- OStream audio_out1 = (_("Audio Out1"), _("Envelope audio output 1 (left output signal)"));
- OStream audio_out2 = (_("Audio Out2"), _("Envelope audio output 2 (right output signal)"));
- OStream done_out = (_("Done Out"), _("This signal goes high after the release phase has completed"));
+ OStream audio_out1 = Stream (_("Audio Out1"), _("Envelope audio output 1 (left output signal)"));
+ OStream audio_out2 = Stream (_("Audio Out2"), _("Envelope audio output 2 (right output signal)"));
+ OStream done_out = Stream (_("Done Out"), _("This signal goes high after the release phase has completed"));
};
} // Standard
} // Bse
diff --git a/plugins/standardsaturator.idl b/plugins/standardsaturator.idl
index 08f8215..628bf82 100644
--- a/plugins/standardsaturator.idl
+++ b/plugins/standardsaturator.idl
@@ -25,12 +25,12 @@ interface Saturator : Bse::Effect {
"The output volume allows for extra amplification after the saturation stage. For saturation "
"types that allow overdrive signals past the saturation stage, an output volume greater than "
"0dB may result in overdrive signals as output of this module.");
- IStream audio_in1 = ("Audio In1", "First Audio Input");
- IStream audio_in2 = ("Audio In2", "Second Audio Input");
- OStream audio_out1 = ("Audio Out1", "First Audio Output");
- OStream audio_out2 = ("Audio Out2", "Second Audio Output");
+ IStream audio_in1 = Stream ("Audio In1", "First Audio Input");
+ IStream audio_in2 = Stream ("Audio In2", "Second Audio Input");
+ OStream audio_out1 = Stream ("Audio Out1", "First Audio Output");
+ OStream audio_out2 = Stream ("Audio Out2", "Second Audio Output");
group "Saturation" {
- SaturationType saturation = (_("Saturation Type"), _("The type of saturation to be used"), SATURATE_TANH, STANDARD);
+ SaturationType saturation = SfiEnum (_("Saturation Type"), _("The type of saturation to be used"), SATURATE_TANH, STANDARD);
Real level = Perc (_("Level"),
_("Normalization level of the saturation curve in percent, some saturation types still "
"allow overdrive signals beyond this level"),
diff --git a/sfi/sfidl-parser.cc b/sfi/sfidl-parser.cc
index 9b0b535..99015fd 100644
--- a/sfi/sfidl-parser.cc
+++ b/sfi/sfidl-parser.cc
@@ -1219,6 +1219,9 @@ Parser::parseStream (Stream& stream,
stream.ident = scanner->value.v_identifier;
skip_ascii_at (scanner);
parse_or_return ('=');
+ parse_or_return (G_TOKEN_IDENTIFIER);
+ if (strcmp (scanner->value.v_identifier, "Stream") != 0)
+ return G_TOKEN_IDENTIFIER;
parse_or_return ('(');
parse_istring_or_return (stream.label);
parse_or_return (',');
diff --git a/tests/latency/bselatencytest.idl b/tests/latency/bselatencytest.idl
index 842d416..e192577 100644
--- a/tests/latency/bselatencytest.idl
+++ b/tests/latency/bselatencytest.idl
@@ -14,26 +14,26 @@ interface LatencyTest : Effect {
" of samples until it sees some signal on its input channel. From"
" that number a latency is computed and printed (or logged, if you specified a log file)");
group _("Test configuration") {
- Real bpm = (_("Beats per Minute"), _("The speed at which test events (quarter notes) are generated"),
+ Real bpm = SfiReal (_("Beats per Minute"), _("The speed at which test events (quarter notes) are generated"),
120, 10, 1000, 5, STANDARD);
Real threshold_db = Gain (_("Threshold [dB]"),
_("Input signal needs to be louder than this to be counted as active"),
-24, -96, 0, 1, STANDARD ":scale");
- String logfile_name = (_("Log File Name"), _("When set, the latency information will be written to this log file, stdout otherwise."),
+ String logfile_name = SfiString (_("Log File Name"), _("When set, the latency information will be written to this log file, stdout otherwise."),
"", STANDARD);
};
group _("MIDI setup") {
Int midi_note = Note (_("Note"), "", BSE_KAMMER_NOTE, STANDARD);
- Int midi_channel = (_("Midi Output Channel"), _("The midi output device where the tester sends its events"),
+ Int midi_channel = SfiInt (_("Midi Output Channel"), _("The midi output device where the tester sends its events"),
1, 1, 16, 1, STANDARD);
- String midi_output = (_("Midi Output Device"),
+ String midi_output = SfiString (_("Midi Output Device"),
_("The midi output device where the tester sends its events. "
"This may be a named pipe (see man 1 mkfifo) which can be used "
"with the OSS midi driver. If the name starts out with a \"$\", "
"it is interpreted as an environment variable name and expanded."),
"/tmp/midi-fifo", STANDARD);
};
- IStream audio_in = (_("Audio In"), _("Test signal input, which the latency tester waits for"));
- OStream audio_out = (_("Audio Out"), _("Test signal output"));
+ IStream audio_in = Stream (_("Audio In"), _("Test signal input, which the latency tester waits for"));
+ OStream audio_out = Stream (_("Audio Out"), _("Test signal output"));
};
} // Bse
[
Date Prev][
Date Next] [
Thread Prev][
Thread Next]
[
Thread Index]
[
Date Index]
[
Author Index]
