mirror of
https://github.com/alsa-project/alsa-utils
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1ad140f641
Intel ssp blob can have auxiliary controls catenated as tlv array at the
end of its "normal" data blob. These are needed in some platforms for
example to enable hardware clocks earlier than streaming starts.
In topology the auxiliary data classes are embedded into hw_config and
can be instantiated like:
Object.Base.hw_config."SSP0_0" {
id 0
mclk_freq 38400000
bclk_freq 256000
tdm_slot_width 16
format "DSP_A"
bclk "codec_provider"
fsync "codec_provider"
fsync_freq 16000
Object.Base.mn_config."MN_0" {
m_div 100
n_div 200
}
Object.Base.clk_config."CLK_0" {
clock_warm_up 1
mclk 2
warm_up_ovr 3
clock_stop_delay 4
keep_running 5
clock_stop_ovr 6
}
}
Fixes: https://github.com/alsa-project/alsa-utils/pull/184
Signed-off-by: Jaska Uimonen <jaska.uimonen@linux.intel.com>
Signed-off-by: Jaroslav Kysela <perex@perex.cz>
223 lines
9.3 KiB
C
223 lines
9.3 KiB
C
// SPDX-License-Identifier: BSD-3-Clause
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//
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// Copyright(c) 2021 Intel Corporation. All rights reserved.
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//
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// Author: Jaska Uimonen <jaska.uimonen@linux.intel.com>
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#include <stdio.h>
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#include <stdint.h>
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#include "ssp-debug.h"
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#include "../intel-nhlt.h"
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#ifdef NHLT_DEBUG
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void ssp_print_calculated(struct intel_ssp_params *ssp)
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{
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struct ssp_intel_config_data *blob;
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struct ssp_aux_blob *blob_aux;
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int ssp_index = ssp->ssp_count;
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uint32_t *ptr;
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int i, j;
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fprintf(stdout, "printing ssp nhlt calculated data:\n");
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/* top level struct */
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fprintf(stdout, "ssp index %d\n", ssp_index);
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fprintf(stdout, "ssp %d dai_index: %u\n", ssp_index, ssp->ssp_dai_index[ssp_index]);
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fprintf(stdout, "ssp %d hw_config_count: %u\n", ssp_index,
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ssp->ssp_hw_config_count[ssp_index]);
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fprintf(stdout, "\n");
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for (i = 0; i < ssp->ssp_hw_config_count[ssp_index]; i++) {
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blob = &ssp->ssp_blob[ssp_index][i];
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fprintf(stdout, "ssp blob %d hw_config %d\n", ssp->ssp_count, i);
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fprintf(stdout, "gateway_attributes %u\n", blob->gateway_attributes);
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fprintf(stdout, "ts_group[0] 0x%08x\n", blob->ts_group[0]);
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fprintf(stdout, "ts_group[1] 0x%08x\n", blob->ts_group[1]);
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fprintf(stdout, "ts_group[2] 0x%08x\n", blob->ts_group[2]);
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fprintf(stdout, "ts_group[3] 0x%08x\n", blob->ts_group[3]);
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fprintf(stdout, "ts_group[4] 0x%08x\n", blob->ts_group[4]);
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fprintf(stdout, "ts_group[5] 0x%08x\n", blob->ts_group[5]);
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fprintf(stdout, "ts_group[6] 0x%08x\n", blob->ts_group[6]);
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fprintf(stdout, "ts_group[7] 0x%08x\n", blob->ts_group[7]);
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fprintf(stdout, "ssc0 0x%08x\n", blob->ssc0);
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fprintf(stdout, "ssc1 0x%08x\n", blob->ssc1);
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fprintf(stdout, "sscto 0x%08x\n", blob->sscto);
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fprintf(stdout, "sspsp 0x%08x\n", blob->sspsp);
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fprintf(stdout, "sstsa 0x%08x\n", blob->sstsa);
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fprintf(stdout, "ssrsa 0x%08x\n", blob->ssrsa);
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fprintf(stdout, "ssc2 0x%08x\n", blob->ssc2);
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fprintf(stdout, "sspsp2 0x%08x\n", blob->sspsp2);
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fprintf(stdout, "ssc3 0x%08x\n", blob->ssc3);
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fprintf(stdout, "ssioc 0x%08x\n", blob->ssioc);
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fprintf(stdout, "mdivc 0x%08x\n", blob->mdivc);
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fprintf(stdout, "mdivr 0x%08x\n", blob->mdivr);
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blob_aux = (struct ssp_aux_blob *)&(ssp->ssp_blob_ext[ssp_index][i]);
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fprintf(stdout, "aux_blob size %u\n", blob_aux->size);
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for (j = 0; j < blob_aux->size; j += 4) {
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ptr = (uint32_t *)&(blob_aux->aux_blob[j]);
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fprintf(stdout, "aux_blob %d 0x%08x\n", j, *ptr);
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}
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fprintf(stdout, "\n");
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}
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fprintf(stdout, "\n");
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}
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void ssp_print_internal(struct intel_ssp_params *ssp)
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{
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struct ssp_aux_config_link *link;
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struct ssp_aux_config_sync *sync;
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struct ssp_aux_config_ext *ext;
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struct ssp_aux_config_run *run;
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struct ssp_aux_config_clk *clk;
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struct ssp_aux_config_mn *mn;
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struct ssp_aux_config_tr *tr;
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struct ssp_config_dai *dai;
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struct ssp_config_hw *hw_conf;
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uint32_t enabled;
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int i, j;
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dai = &ssp->ssp_prm[ssp->ssp_count];
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fprintf(stdout, "printing ssp nhlt internal data:\n");
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fprintf(stdout, "io_clk %u\n", dai->io_clk);
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fprintf(stdout, "dai_index %u\n", dai->dai_index);
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fprintf(stdout, "mclk_id %u\n", dai->mclk_id);
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fprintf(stdout, "sample_valid_bits %u\n", dai->sample_valid_bits);
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fprintf(stdout, "mclk_direction %u\n", dai->mclk_direction);
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fprintf(stdout, "frame_pulse_width %u\n", dai->frame_pulse_width);
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fprintf(stdout, "tdm_per_slot_padding_flag %u\n", dai->tdm_per_slot_padding_flag);
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fprintf(stdout, "clks_control %u\n", dai->clks_control);
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fprintf(stdout, "quirks %u\n", dai->quirks);
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fprintf(stdout, "bclk_delay %u\n", dai->bclk_delay);
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fprintf(stdout, "\n");
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fprintf(stdout, "hw_config_count %u\n", ssp->ssp_hw_config_count[ssp->ssp_count]);
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for (i = 0; i < ssp->ssp_hw_config_count[ssp->ssp_count]; i++) {
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hw_conf = &dai->hw_cfg[i];
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fprintf(stdout, "mclk_rate %u\n", hw_conf->mclk_rate);
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fprintf(stdout, "bclk_rate %u\n", hw_conf->bclk_rate);
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fprintf(stdout, "fsync_rate %u\n", hw_conf->fsync_rate);
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fprintf(stdout, "tdm_slots %u\n", hw_conf->tdm_slots);
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fprintf(stdout, "tdm_slot_width %u\n", hw_conf->tdm_slot_width);
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fprintf(stdout, "tx_slots %u\n", hw_conf->tx_slots);
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fprintf(stdout, "rx_slots %u\n", hw_conf->rx_slots);
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fprintf(stdout, "format %u\n", hw_conf->format);
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enabled = dai->aux_cfg[i].enabled;
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fprintf(stdout, "aux enabled %x\n", enabled);
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fprintf(stdout, "\n");
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mn = (struct ssp_aux_config_mn *)&(dai->aux_cfg[i].mn);
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clk = (struct ssp_aux_config_clk *)&(dai->aux_cfg[i].clk);
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tr = (struct ssp_aux_config_tr *)&(dai->aux_cfg[i].tr_start);
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tr = (struct ssp_aux_config_tr *)&(dai->aux_cfg[i].tr_stop);
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run = (struct ssp_aux_config_run *)&(dai->aux_cfg[i].run);
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sync = (struct ssp_aux_config_sync *)&(dai->aux_cfg[i].sync);
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ext = (struct ssp_aux_config_ext *)&(dai->aux_cfg[i].ext);
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link = (struct ssp_aux_config_link *)&(dai->aux_cfg[i].link);
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if (enabled & BIT(SSP_MN_DIVIDER_CONTROLS)) {
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fprintf(stdout, "aux mn m_div %u\n", mn->m_div);
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fprintf(stdout, "aux mn n_div %u\n", mn->n_div);
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fprintf(stdout, "\n");
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}
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if (enabled & BIT(SSP_DMA_CLK_CONTROLS)) {
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fprintf(stdout, "aux clk clock_warm_up %u\n", clk->clock_warm_up);
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fprintf(stdout, "aux clk mclk %u\n", clk->mclk);
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fprintf(stdout, "aux clk warm_up_ovr %u\n", clk->warm_up_ovr);
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fprintf(stdout, "aux clk clock_stop_delay %u\n", clk->clock_stop_delay);
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fprintf(stdout, "aux clk keep_running %u\n", clk->keep_running);
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fprintf(stdout, "aux clk keep_running %u\n", clk->clock_stop_ovr);
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fprintf(stdout, "\n");
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}
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if (enabled & BIT(SSP_DMA_TRANSMISSION_START)) {
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fprintf(stdout, "aux tr start sampling_frequency %u\n", tr->sampling_frequency);
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fprintf(stdout, "aux tr start bit_depth %u\n", tr->bit_depth);
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fprintf(stdout, "aux tr start channel_map %u\n", tr->channel_map);
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fprintf(stdout, "aux tr start channel_config %u\n", tr->channel_config);
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fprintf(stdout, "aux tr start interleaving_style %u\n", tr->interleaving_style);
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fprintf(stdout, "aux tr start number_of_channels %u\n", tr->number_of_channels);
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fprintf(stdout, "aux tr start valid_bit_depth %u\n", tr->valid_bit_depth);
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fprintf(stdout, "aux tr start sample_types %u\n", tr->sample_type);
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fprintf(stdout, "\n");
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}
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if (enabled & BIT(SSP_DMA_TRANSMISSION_STOP)) {
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fprintf(stdout, "aux tr start sampling_frequency %u\n", tr->sampling_frequency);
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fprintf(stdout, "aux tr start bit_depth %u\n", tr->bit_depth);
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fprintf(stdout, "aux tr start channel_map %u\n", tr->channel_map);
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fprintf(stdout, "aux tr start channel_config %u\n", tr->channel_config);
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fprintf(stdout, "aux tr start interleaving_style %u\n", tr->interleaving_style);
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fprintf(stdout, "aux tr start number_of_channels %u\n", tr->number_of_channels);
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fprintf(stdout, "aux tr start valid_bit_depth %u\n", tr->valid_bit_depth);
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fprintf(stdout, "aux tr start sample_types %u\n", tr->sample_type);
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fprintf(stdout, "\n");
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}
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if (enabled & BIT(SSP_DMA_ALWAYS_RUNNING_MODE)) {
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fprintf(stdout, "aux run always_run %u\n", run->always_run);
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fprintf(stdout, "\n");
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}
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if (enabled & BIT(SSP_DMA_SYNC_DATA)) {
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fprintf(stdout, "aux sync sync_denominator %u\n", sync->sync_denominator);
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fprintf(stdout, "aux sync count %u\n", sync->count);
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for (j = 0; j < sync->count; j++) {
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fprintf(stdout, "aux sync node_id %u\n", sync->nodes[j].node_id);
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fprintf(stdout, "aux sync sampling_rate %u\n", sync->nodes[j].sampling_rate);
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}
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fprintf(stdout, "\n");
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}
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if (enabled & BIT(SSP_DMA_CLK_CONTROLS_EXT)) {
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fprintf(stdout, "aux ext mclk_policy_override %u\n", ext->mclk_policy_override);
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fprintf(stdout, "aux ext mclk_always_running %u\n", ext->mclk_always_running);
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fprintf(stdout, "aux ext mclk_starts_on_gtw_init %u\n", ext->mclk_starts_on_gtw_init);
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fprintf(stdout, "aux ext mclk_starts_on_run %u\n", ext->mclk_starts_on_run);
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fprintf(stdout, "aux ext mclk_starts_on_pause %u\n", ext->mclk_starts_on_pause);
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fprintf(stdout, "aux ext mclk_stops_on_pause %u\n", ext->mclk_stops_on_pause);
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fprintf(stdout, "aux ext mclk_stops_on_reset %u\n", ext->mclk_stops_on_reset);
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fprintf(stdout, "aux ext bclk_policy_override %u\n", ext->bclk_policy_override);
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fprintf(stdout, "aux ext bclk_always_running %u\n", ext->bclk_always_running);
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fprintf(stdout, "aux ext bclk_starts_on_gtw_init %u\n", ext->bclk_starts_on_gtw_init);
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fprintf(stdout, "aux ext bclk_starts_on_run %u\n", ext->bclk_starts_on_run);
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fprintf(stdout, "aux ext bclk_starts_on_pause %u\n", ext->bclk_starts_on_pause);
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fprintf(stdout, "aux ext bclk_stops_on_pause %u\n", ext->bclk_stops_on_pause);
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fprintf(stdout, "aux ext bclk_stops_on_reset %u\n", ext->bclk_stops_on_reset);
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fprintf(stdout, "aux ext sync_policy_override %u\n", ext->sync_policy_override);
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fprintf(stdout, "aux ext sync_always_running %u\n", ext->sync_always_running);
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fprintf(stdout, "aux ext sync_starts_on_gtw_init %u\n", ext->sync_starts_on_gtw_init);
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fprintf(stdout, "aux ext sync_starts_on_run %u\n", ext->sync_starts_on_run);
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fprintf(stdout, "aux ext sync_starts_on_pause %u\n", ext->sync_starts_on_pause);
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fprintf(stdout, "aux ext sync_stops_on_pause %u\n", ext->sync_stops_on_pause);
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fprintf(stdout, "aux ext sync_stops_on_reset %u\n", ext->sync_stops_on_reset);
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fprintf(stdout, "\n");
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}
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if (enabled & BIT(SSP_LINK_CLK_SOURCE)) {
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fprintf(stdout, "aux link clock_source %u\n", link->clock_source);
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fprintf(stdout, "\n");
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}
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}
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fprintf(stdout, "\n");
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}
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#else /* NHLT_DEBUG */
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void ssp_print_internal(struct intel_ssp_params *ssp) {}
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void ssp_print_calculated(struct intel_ssp_params *ssp) {}
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#endif
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