Audio: Tune: Change file suffix from .blob to bin

To align the suffix for binary blob files for UCM cset-tlv
and sof-ctl the file naming is changed from .blob to .bin.
The .bin is better associated for binary files.

Signed-off-by: Seppo Ingalsuo <seppo.ingalsuo@linux.intel.com>

src/audio/crossover/tune/sof_example_crossover.m

@@ -49,9 +49,9 @@ function export_crossover(cr)
 tplg1_fn = sprintf('%s/coef_%s_%s_%s.m4', tpath1, str_way, str_freq, str_pid); % Control Bytes File
 tplg2_fn = sprintf('%s/coef_%s_%s_%s.conf', tpath2, str_way, str_freq, str_pid);
 % Use those files with sof-ctl to update the component's configuration
-blob3_fn = sprintf('%s/coef_%dway.blob', ctlpath3, cr.num_sinks); % Blob binary file
+blob3_fn = sprintf('%s/coef_%dway.bin', ctlpath3, cr.num_sinks); % Blob binary file
 alsa3_fn = sprintf('%s/coef_%dway.txt', ctlpath3, cr.num_sinks); % ALSA CSV format file
-blob4_fn = sprintf('%s/coef_%dway.blob', ctlpath4, cr.num_sinks); % Blob binary file
+blob4_fn = sprintf('%s/coef_%dway.bin', ctlpath4, cr.num_sinks); % Blob binary file
 alsa4_fn = sprintf('%s/coef_%dway.txt', ctlpath4, cr.num_sinks); % ALSA CSV format file
 
 % This array is an example on how to assign a buffer from pipeline 1 to output 0,

src/audio/dcblock/tune/sof_example_dcblock.m

@@ -37,9 +37,9 @@ function dcblock_blob_calculate(prm)
 tplg1_fn = sprintf("%s/topology1/m4/dcblock_coef_%s.m4", sof_tplg, prm.id); % Control Bytes File
 tplg2_fn = sprintf("%s/topology2/include/components/dcblock/%s.conf", sof_tplg, prm.id);
 % Use those files with sof-ctl to update the component's configuration
-blob3_fn = sprintf("%s/ipc3/dcblock/coef_%s.blob", sof_ctl, prm.id); % Blob binary file
+blob3_fn = sprintf("%s/ipc3/dcblock/coef_%s.bin", sof_ctl, prm.id); % Blob binary file
 alsa3_fn = sprintf("%s/ipc3/dcblock/coef_%s.txt", sof_ctl, prm.id); % ALSA CSV format file
-blob4_fn = sprintf("%s/ipc4/dcblock/coef_%s.blob", sof_ctl, prm.id); % Blob binary file
+blob4_fn = sprintf("%s/ipc4/dcblock/coef_%s.bin", sof_ctl, prm.id); % Blob binary file
 alsa4_fn = sprintf("%s/ipc4/dcblock/coef_%s.txt", sof_ctl, prm.id); % ALSA CSV format file
 
 endian = "little";

src/audio/drc/tune/sof_example_drc.m

@@ -60,9 +60,9 @@ function drc_coefs_and_config_export(params, id)
 tplg1_fn = sprintf("%s/topology1/m4/drc_coef_%s.m4", sof_tplg, id); % Control Bytes File
 tplg2_fn = sprintf("%s/topology2/include/components/drc/%s.conf", sof_tplg, id); % Control Bytes File
 % Use those files with sof-ctl to update the component's configuration
-blob3_fn = sprintf("%s/ipc3/drc_coef_%s.blob", sof_ctl, id); % Blob binary file
+blob3_fn = sprintf("%s/ipc3/drc_coef_%s.bin", sof_ctl, id); % Blob binary file
 alsa3_fn = sprintf("%s/ipc3/drc_coef_%s.txt", sof_ctl, id); % ALSA CSV format file
-blob4_fn = sprintf("%s/ipc4/drc/%s.blob", sof_ctl, id); % Blob binary file
+blob4_fn = sprintf("%s/ipc4/drc/%s.bin", sof_ctl, id); % Blob binary file
 alsa4_fn = sprintf("%s/ipc4/drc/%s.txt", sof_ctl, id); % ALSA CSV format file
 
 endian = "little";

src/audio/eq_iir/tune/sof_example_fir_eq.m

@@ -24,7 +24,7 @@ function sof_example_fir_eq()
 %% -------------------
 %% Example 1: Loudness
 %% -------------------
-fn.bin = 'loudness.blob';
+fn.bin = 'loudness.bin';
 fn.txt = 'loudness.txt';
 fn.tplg1 = 'eq_fir_coef_loudness.m4';
 fn.tplg2 = 'loudness.conf';
@@ -55,7 +55,7 @@ function sof_example_fir_eq()
 %% -------------------
 %% Example 2: Mid boost
 %% -------------------
-fn.bin = 'mid.blob';
+fn.bin = 'mid.bin';
 fn.txt = 'mid.txt';
 fn.tplg1 = 'eq_fir_coef_mid.m4';
 fn.tplg2 = 'midboost.conf';
@@ -82,7 +82,7 @@ function sof_example_fir_eq()
 %% -------------------
 %% Example 3: Flat EQ
 %% -------------------
-fn.bin = 'flat.blob';
+fn.bin = 'flat.bin';
 fn.txt = 'flat.txt';
 fn.tplg1 = 'eq_fir_coef_flat.m4';
 fn.tplg2 = 'flat.conf';
@@ -109,7 +109,7 @@ function sof_example_fir_eq()
 %% --------------------------
 %% Example 4: Pass-through EQ
 %% --------------------------
-fn.bin = 'pass.blob';
+fn.bin = 'pass.bin';
 fn.txt = 'pass.txt';
 fn.tplg1 = 'eq_fir_coef_pass.m4';
 fn.tplg2 = 'passthrough.conf';

src/audio/eq_iir/tune/sof_example_iir_bandsplit.m

@@ -20,7 +20,7 @@ function sof_example_iir_bandsplit()
 %% --------------------------------------------------
 %% Example: Band-split 2ch to 4ch low and high bands
 %% --------------------------------------------------
-blob_fn = fullfile(cpath, 'bandsplit.blob');
+blob_fn = fullfile(cpath, 'bandsplit.bin');
 alsa_fn = fullfile(cpath, 'bandsplit.txt');
 tplg_fn = fullfile(tpath, 'eq_iir_bandsplit.m4');
 comment = 'Bandsplit, created with example_iir_bandsplit.m';

src/audio/eq_iir/tune/sof_example_iir_eq.m

@@ -24,7 +24,7 @@ function sof_example_iir_eq()
 %% -------------------
 %% Example 1: Loudness
 %% -------------------
-fn.bin = 'loudness.blob';
+fn.bin = 'loudness.bin';
 fn.txt = 'loudness.txt';
 fn.tplg1 = 'eq_iir_coef_loudness.m4';
 fn.tplg2 = 'loudness.conf';
@@ -55,7 +55,7 @@ function sof_example_iir_eq()
 %% ------------------------------------
 %% Example 2: Bass boost
 %% ------------------------------------
-fn.bin = 'bassboost.blob';
+fn.bin = 'bassboost.bin';
 fn.txt = 'bassboost.txt';
 fn.tplg1 = 'eq_iir_coef_bassboost.m4';
 fn.tplg2 = 'bassboost.conf';
@@ -82,7 +82,7 @@ function sof_example_iir_eq()
 %% ------------------------------------
 %% Example 3: Band-pass
 %% ------------------------------------
-fn.bin = 'bandpass.blob';
+fn.bin = 'bandpass.bin';
 fn.txt = 'bandpass.txt';
 fn.tplg1 = 'eq_iir_coef_bandpass.m4';
 fn.tplg2 = 'bandpass.conf';
@@ -109,7 +109,7 @@ function sof_example_iir_eq()
 %% -------------------
 %% Example 4: Flat IIR
 %% -------------------
-fn.bin = 'flat.blob';
+fn.bin = 'flat.bin';
 fn.txt = 'flat.txt';
 fn.tplg1 = 'eq_iir_coef_flat.m4';
 fn.tplg2 = 'flat.conf';
@@ -136,7 +136,7 @@ function sof_example_iir_eq()
 %% ---------------------------
 %% Example 5: Pass-through IIR
 %% ---------------------------
-fn.bin = 'pass.blob';
+fn.bin = 'pass.bin';
 fn.txt = 'pass.txt';
 fn.tplg1 = 'eq_iir_coef_pass.m4';
 fn.tplg2 = 'passthrough.conf';
@@ -180,7 +180,7 @@ function sof_example_iir_eq()
 			fn.txt = sprintf('highpass_%dhz_%ddb_%dkhz.txt', fc, g, fsk);
 			comment = sprintf('%d Hz second order high-pass, gain %d dB, created with sof_example_iir_eq.m', ...
 					  fc, g);
-			fn.bin = sprintf('highpass_%dhz_%ddb_%dkhz.blob', fc, g, fsk);
+			fn.bin = sprintf('highpass_%dhz_%ddb_%dkhz.bin', fc, g, fsk);
 
 			%% Design IIR high-pass
 			eq_hp = hp_iir_eq(fs, fc, g);
@@ -207,7 +207,7 @@ function sof_example_iir_eq()
 %% Example 7: Merge previous desigs to single blob for use as presets
 %% ------------------------------------------------------------------
 
-fn.bin = 'bundle.blob';
+fn.bin = 'bundle.bin';
 fn.txt = 'bundle.txt';
 fn.tplg1 = 'eq_iir_bundle.m4';
 fn.tplg2 = 'bundle.conf';

src/audio/eq_iir/tune/sof_example_spk_eq.m

@@ -34,11 +34,11 @@ function sof_example_spk_eq()
 
 %% File names
 fir.txt = 'spk.txt';
-fir.bin = 'spk.blob';
+fir.bin = 'spk.bin';
 fir.tplg1 = 'eq_fir_coef_spk.m4';
 fir.tplg2 = 'example_speaker.conf';
 iir.txt = 'spk.txt';
-iir.bin = 'spk.blob';
+iir.bin = 'spk.bin';
 iir.tplg1 = 'eq_iir_coef_spk.m4';
 iir.tplg2 = 'example_speaker.conf';
 

src/audio/multiband_drc/tune/sof_example_multiband_drc.m

@@ -39,9 +39,9 @@ function export_multiband_drc(prm)
 tplg1_fn = sprintf("%s/topology/topology1/m4/multiband_drc_coef_%s.m4", sof_tools, prm.name); % Control Bytes File
 tplg2_fn = sprintf("%s/topology/topology2/include/components/multiband_drc/%s.conf", sof_tools, prm.name); % Control Bytes File
 % Use those files with sof-ctl to update the component's configuration
-blob3_fn = sprintf("%s/ctl/ipc3/multiband_drc/%s.blob", sof_tools, prm.name); % Blob binary file
+blob3_fn = sprintf("%s/ctl/ipc3/multiband_drc/%s.bin", sof_tools, prm.name); % Blob binary file
 alsa3_fn = sprintf("%s/ctl/ipc3/multiband_drc/%s.txt", sof_tools, prm.name); % ALSA CSV format file
-blob4_fn = sprintf("%s/ctl/ipc4/multiband_drc/%s.blob", sof_tools, prm.name); % Blob binary file
+blob4_fn = sprintf("%s/ctl/ipc4/multiband_drc/%s.bin", sof_tools, prm.name); % Blob binary file
 alsa4_fn = sprintf("%s/ctl/ipc4/multiband_drc/%s.txt", sof_tools, prm.name); % ALSA CSV format file
 
 endian = "little";