diff options
Diffstat (limited to 'lib/avtp_pipeline/aem/openavb_descriptor_control.c')
| -rw-r--r-- | lib/avtp_pipeline/aem/openavb_descriptor_control.c | 502 |
1 files changed, 502 insertions, 0 deletions
diff --git a/lib/avtp_pipeline/aem/openavb_descriptor_control.c b/lib/avtp_pipeline/aem/openavb_descriptor_control.c new file mode 100644 index 00000000..a432fe4c --- /dev/null +++ b/lib/avtp_pipeline/aem/openavb_descriptor_control.c @@ -0,0 +1,502 @@ +/*************************************************************************************************************
+Copyright (c) 2012-2015, Symphony Teleca Corporation, a Harman International Industries, Incorporated company
+Copyright (c) 2016-2017, Harman International Industries, Incorporated
+All rights reserved.
+
+Redistribution and use in source and binary forms, with or without
+modification, are permitted provided that the following conditions are met:
+
+1. Redistributions of source code must retain the above copyright notice, this
+ list of conditions and the following disclaimer.
+2. Redistributions in binary form must reproduce the above copyright notice,
+ this list of conditions and the following disclaimer in the documentation
+ and/or other materials provided with the distribution.
+
+THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS LISTED "AS IS" AND
+ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
+WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
+DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS LISTED BE LIABLE FOR
+ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
+(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
+LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
+ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
+(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
+SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
+
+Attributions: The inih library portion of the source code is licensed from
+Brush Technology and Ben Hoyt - Copyright (c) 2009, Brush Technology and Copyright (c) 2009, Ben Hoyt.
+Complete license and copyright information can be found at
+https://github.com/benhoyt/inih/commit/74d2ca064fb293bc60a77b0bd068075b293cf175.
+*************************************************************************************************************/
+
+/*
+ ******************************************************************
+ * MODULE : AEM - AVDECC Control Descriptor
+ * MODULE SUMMARY : Implements the AVDECC Control IEEE Std 1722.1-2013 clause 7.2.32
+ ******************************************************************
+ */
+
+#include <stdlib.h>
+
+#define AVB_LOG_COMPONENT "AEM"
+#include "openavb_log.h"
+
+#include "openavb_rawsock.h"
+#include "openavb_aem.h"
+#include "openavb_descriptor_control.h"
+
+
+////////////////////////////////
+// Private (internal) functions
+////////////////////////////////
+openavbRC openavbAemDescriptorControlToBuf(void *pVoidDescriptor, U16 bufLength, U8 *pBuf, U16 *descriptorSize)
+{
+ AVB_TRACE_ENTRY(AVB_TRACE_AEM);
+
+ openavb_aem_descriptor_control_t *pDescriptor = pVoidDescriptor;
+
+ if (!pDescriptor || !pBuf || !descriptorSize) {
+ AVB_RC_LOG_TRACE_RET(AVB_RC(OPENAVB_AVDECC_FAILURE | OPENAVB_RC_INVALID_ARGUMENT), AVB_TRACE_AEM);
+ }
+
+ if (bufLength < OPENAVB_DESCRIPTOR_CONTROL_BASE_LENGTH) {
+ AVB_RC_LOG_TRACE_RET(AVB_RC(OPENAVB_AVDECC_FAILURE | OPENAVBAVDECC_RC_BUFFER_TOO_SMALL), AVB_TRACE_AEM);
+ }
+
+ *descriptorSize = 0;
+
+ openavb_aem_descriptor_control_t *pSrc = pDescriptor;
+ U8 *pDst = pBuf;
+
+ OCT_D2BHTONS(pDst, pSrc->descriptor_type);
+ OCT_D2BHTONS(pDst, pSrc->descriptor_index);
+ OCT_D2BMEMCP(pDst, pSrc->object_name);
+ BIT_D2BHTONS(pDst, pSrc->localized_description.offset, 3, 0);
+ BIT_D2BHTONS(pDst, pSrc->localized_description.index, 0, 2);
+ OCT_D2BHTONL(pDst, pSrc->block_latency);
+ OCT_D2BHTONL(pDst, pSrc->control_latency);
+ OCT_D2BHTONS(pDst, pSrc->control_domain);
+ OCT_D2BHTONS(pDst, pSrc->control_value_type);
+ OCT_D2BMEMCP(pDst, &pSrc->control_type);
+ OCT_D2BHTONL(pDst, pSrc->reset_time);
+ OCT_D2BHTONS(pDst, pSrc->values_offset);
+ OCT_D2BHTONS(pDst, pSrc->number_of_values);
+ OCT_D2BHTONS(pDst, pSrc->signal_type);
+ OCT_D2BHTONS(pDst, pSrc->signal_index);
+ OCT_D2BHTONS(pDst, pSrc->signal_output);
+
+ int i1;
+ for (i1 = 0; i1 < pSrc->number_of_values; i1++) {
+ switch (pSrc->control_value_type) {
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_INT8:
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_UINT8:
+ OCT_D2BHTONB(pDst, pSrc->value_details.linear_int8[i1].minimum);
+ OCT_D2BHTONB(pDst, pSrc->value_details.linear_int8[i1].maximum);
+ OCT_D2BHTONB(pDst, pSrc->value_details.linear_int8[i1].step);
+ OCT_D2BHTONB(pDst, pSrc->value_details.linear_int8[i1].default_value);
+ OCT_D2BHTONB(pDst, pSrc->value_details.linear_int8[i1].current);
+ OCT_D2BHTONS(pDst, pSrc->value_details.linear_int8[i1].unit);
+ BIT_D2BHTONS(pDst, pSrc->value_details.linear_int8[i1].string.offset, 3, 0);
+ BIT_D2BHTONS(pDst, pSrc->value_details.linear_int8[i1].string.index, 0, 2);
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_INT16:
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_UINT16:
+ OCT_D2BHTONS(pDst, pSrc->value_details.linear_int16[i1].minimum);
+ OCT_D2BHTONS(pDst, pSrc->value_details.linear_int16[i1].maximum);
+ OCT_D2BHTONS(pDst, pSrc->value_details.linear_int16[i1].step);
+ OCT_D2BHTONS(pDst, pSrc->value_details.linear_int16[i1].default_value);
+ OCT_D2BHTONS(pDst, pSrc->value_details.linear_int16[i1].current);
+ OCT_D2BHTONS(pDst, pSrc->value_details.linear_int16[i1].unit);
+ BIT_D2BHTONS(pDst, pSrc->value_details.linear_int16[i1].string.offset, 3, 0);
+ BIT_D2BHTONS(pDst, pSrc->value_details.linear_int16[i1].string.index, 0, 2);
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_INT32:
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_UINT32:
+ OCT_D2BHTONL(pDst, pSrc->value_details.linear_int32[i1].minimum);
+ OCT_D2BHTONL(pDst, pSrc->value_details.linear_int32[i1].maximum);
+ OCT_D2BHTONL(pDst, pSrc->value_details.linear_int32[i1].step);
+ OCT_D2BHTONL(pDst, pSrc->value_details.linear_int32[i1].default_value);
+ OCT_D2BHTONL(pDst, pSrc->value_details.linear_int32[i1].current);
+ OCT_D2BHTONL(pDst, pSrc->value_details.linear_int32[i1].unit);
+ BIT_D2BHTONS(pDst, pSrc->value_details.linear_int32[i1].string.offset, 3, 0);
+ BIT_D2BHTONS(pDst, pSrc->value_details.linear_int32[i1].string.index, 0, 2);
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_INT64:
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_UINT64:
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_int64[i1].minimum);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_int64[i1].maximum);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_int64[i1].step);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_int64[i1].default_value);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_int64[i1].current);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_int64[i1].unit);
+ BIT_D2BHTONS(pDst, pSrc->value_details.linear_int64[i1].string.offset, 3, 0);
+ BIT_D2BHTONS(pDst, pSrc->value_details.linear_int64[i1].string.index, 0, 2);
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_FLOAT:
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_float[i1].minimum);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_float[i1].maximum);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_float[i1].step);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_float[i1].default_value);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_float[i1].current);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_float[i1].unit);
+ BIT_D2BHTONS(pDst, pSrc->value_details.linear_float[i1].string.offset, 3, 0);
+ BIT_D2BHTONS(pDst, pSrc->value_details.linear_float[i1].string.index, 0, 2);
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_DOUBLE:
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_double[i1].minimum);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_double[i1].maximum);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_double[i1].step);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_double[i1].default_value);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_double[i1].current);
+ OCT_D2BMEMCP(pDst, &pSrc->value_details.linear_double[i1].unit);
+ BIT_D2BHTONS(pDst, pSrc->value_details.linear_double[i1].string.offset, 3, 0);
+ BIT_D2BHTONS(pDst, pSrc->value_details.linear_double[i1].string.index, 0, 2);
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_INT8:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_UINT8:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_INT16:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_UINT16:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_INT32:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_UINT32:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_INT64:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_UINT64:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_FLOAT:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_DOUBLE:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_STRING:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_INT8:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_UINT8:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_INT16:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_UINT16:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_INT32:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_UINT32:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_INT64:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_UINT64:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_FLOAT:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_DOUBLE:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_UTF8:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_BODE_PLOT:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SMPTE_TIME:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SAMPLE_RATE:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_GPTP_TIME:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_VENDOR:
+ // AVDECC_TODO
+ break;
+ }
+ }
+
+ *descriptorSize = pDst - pBuf;
+
+ AVB_RC_TRACE_RET(OPENAVB_AVDECC_SUCCESS, AVB_TRACE_AEM);
+}
+
+openavbRC openavbAemDescriptorControlFromBuf(void *pVoidDescriptor, U16 bufLength, U8 *pBuf)
+{
+ AVB_TRACE_ENTRY(AVB_TRACE_AEM);
+
+ openavb_aem_descriptor_control_t *pDescriptor = pVoidDescriptor;
+
+ if (!pDescriptor || !pBuf) {
+ AVB_RC_LOG_TRACE_RET(AVB_RC(OPENAVB_AVDECC_FAILURE | OPENAVB_RC_INVALID_ARGUMENT), AVB_TRACE_AEM);
+ }
+
+ if (bufLength < OPENAVB_DESCRIPTOR_CONTROL_BASE_LENGTH) {
+ AVB_RC_LOG_TRACE_RET(AVB_RC(OPENAVB_AVDECC_FAILURE | OPENAVBAVDECC_RC_BUFFER_TOO_SMALL), AVB_TRACE_AEM);
+ }
+
+ U8 *pSrc = pBuf;
+ openavb_aem_descriptor_control_t *pDst = pDescriptor;
+
+ OCT_B2DNTOHS(pDst->descriptor_type, pSrc);
+ OCT_B2DNTOHS(pDst->descriptor_index, pSrc);
+ OCT_B2DMEMCP(pDst->object_name, pSrc);
+ BIT_B2DNTOHS(pDst->localized_description.offset, pSrc, 0xfff8, 3, 0);
+ BIT_B2DNTOHS(pDst->localized_description.index, pSrc, 0x0007, 0, 2);
+ OCT_B2DNTOHL(pDst->block_latency, pSrc);
+ OCT_B2DNTOHL(pDst->control_latency, pSrc);
+ OCT_B2DNTOHS(pDst->control_domain, pSrc);
+ OCT_B2DNTOHS(pDst->control_value_type, pSrc);
+ OCT_B2DMEMCP(&pDst->control_type, pSrc);
+ OCT_B2DNTOHL(pDst->reset_time, pSrc);
+ OCT_B2DNTOHS(pDst->values_offset, pSrc);
+ OCT_B2DNTOHS(pDst->number_of_values, pSrc);
+ OCT_B2DNTOHS(pDst->signal_type, pSrc);
+ OCT_B2DNTOHS(pDst->signal_index, pSrc);
+ OCT_B2DNTOHS(pDst->signal_output, pSrc);
+
+
+ int i1;
+ for (i1 = 0; i1 < pDst->number_of_values; i1++) {
+ switch (pDst->control_value_type) {
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_INT8:
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_UINT8:
+ OCT_B2DNTOHB(pDst->value_details.linear_int8[i1].minimum, pSrc);
+ OCT_B2DNTOHB(pDst->value_details.linear_int8[i1].maximum, pSrc);
+ OCT_B2DNTOHB(pDst->value_details.linear_int8[i1].step, pSrc);
+ OCT_B2DNTOHB(pDst->value_details.linear_int8[i1].default_value, pSrc);
+ OCT_B2DNTOHB(pDst->value_details.linear_int8[i1].current, pSrc);
+ OCT_B2DNTOHB(pDst->value_details.linear_int8[i1].unit, pSrc);
+ BIT_B2DNTOHS(pDst->value_details.linear_int8[i1].string.offset, pSrc, 0xfff8, 3, 0);
+ BIT_B2DNTOHS(pDst->value_details.linear_int8[i1].string.index, pSrc, 0x0007, 0, 2);
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_INT16:
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_UINT16:
+ OCT_B2DNTOHS(pDst->value_details.linear_int16[i1].minimum, pSrc);
+ OCT_B2DNTOHS(pDst->value_details.linear_int16[i1].maximum, pSrc);
+ OCT_B2DNTOHS(pDst->value_details.linear_int16[i1].step, pSrc);
+ OCT_B2DNTOHS(pDst->value_details.linear_int16[i1].default_value, pSrc);
+ OCT_B2DNTOHS(pDst->value_details.linear_int16[i1].current, pSrc);
+ OCT_B2DNTOHS(pDst->value_details.linear_int16[i1].unit, pSrc);
+ BIT_B2DNTOHS(pDst->value_details.linear_int16[i1].string.offset, pSrc, 0xfff8, 3, 0);
+ BIT_B2DNTOHS(pDst->value_details.linear_int16[i1].string.index, pSrc, 0x0007, 0, 2);
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_INT32:
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_UINT32:
+ OCT_B2DNTOHL(pDst->value_details.linear_int32[i1].minimum, pSrc);
+ OCT_B2DNTOHL(pDst->value_details.linear_int32[i1].maximum, pSrc);
+ OCT_B2DNTOHL(pDst->value_details.linear_int32[i1].step, pSrc);
+ OCT_B2DNTOHL(pDst->value_details.linear_int32[i1].default_value, pSrc);
+ OCT_B2DNTOHL(pDst->value_details.linear_int32[i1].current, pSrc);
+ OCT_B2DNTOHL(pDst->value_details.linear_int32[i1].unit, pSrc);
+ BIT_B2DNTOHS(pDst->value_details.linear_int32[i1].string.offset, pSrc, 0xfff8, 3, 0);
+ BIT_B2DNTOHS(pDst->value_details.linear_int32[i1].string.index, pSrc, 0x0007, 0, 2);
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_INT64:
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_UINT64:
+ OCT_B2DMEMCP(&pDst->value_details.linear_int64[i1].minimum, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_int64[i1].maximum, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_int64[i1].step, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_int64[i1].default_value, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_int64[i1].current, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_int64[i1].unit, pSrc);
+ BIT_B2DNTOHS(pDst->value_details.linear_int64[i1].string.offset, pSrc, 0xfff8, 3, 0);
+ BIT_B2DNTOHS(pDst->value_details.linear_int64[i1].string.index, pSrc, 0x0007, 0, 2);
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_FLOAT:
+ OCT_B2DMEMCP(&pDst->value_details.linear_float[i1].minimum, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_float[i1].maximum, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_float[i1].step, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_float[i1].default_value, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_float[i1].current, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_float[i1].unit, pSrc);
+ BIT_B2DNTOHS(pDst->value_details.linear_float[i1].string.offset, pSrc, 0xfff8, 3, 0);
+ BIT_B2DNTOHS(pDst->value_details.linear_float[i1].string.index, pSrc, 0x0007, 0, 2);
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_LINEAR_DOUBLE:
+ OCT_B2DMEMCP(&pDst->value_details.linear_double[i1].minimum, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_double[i1].maximum, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_double[i1].step, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_double[i1].default_value, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_double[i1].current, pSrc);
+ OCT_B2DMEMCP(&pDst->value_details.linear_double[i1].unit, pSrc);
+ BIT_B2DNTOHS(pDst->value_details.linear_double[i1].string.offset, pSrc, 0xfff8, 3, 0);
+ BIT_B2DNTOHS(pDst->value_details.linear_double[i1].string.index, pSrc, 0x0007, 0, 2);
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_INT8:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_UINT8:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_INT16:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_UINT16:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_INT32:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_UINT32:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_INT64:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_UINT64:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_FLOAT:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_DOUBLE:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SELECTOR_STRING:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_INT8:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_UINT8:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_INT16:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_UINT16:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_INT32:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_UINT32:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_INT64:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_UINT64:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_FLOAT:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_ARRAY_DOUBLE:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_UTF8:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_BODE_PLOT:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SMPTE_TIME:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_SAMPLE_RATE:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_GPTP_TIME:
+ // AVDECC_TODO
+ break;
+ case OPENAVB_AEM_CONTROL_VALUE_TYPE_CONTROL_VENDOR:
+ // AVDECC_TODO
+ break;
+ }
+ }
+
+ AVB_RC_TRACE_RET(OPENAVB_AVDECC_SUCCESS, AVB_TRACE_AEM);
+}
+
+openavbRC openavbAemDescriptorControlUpdate(void *pVoidDescriptor)
+{
+ AVB_TRACE_ENTRY(AVB_TRACE_AEM);
+
+ openavb_aem_descriptor_control_t *pDescriptor = pVoidDescriptor;
+
+ if (!pDescriptor) {
+ AVB_RC_LOG_TRACE_RET(AVB_RC(OPENAVB_AVDECC_FAILURE | OPENAVB_RC_INVALID_ARGUMENT), AVB_TRACE_AEM);
+ }
+
+ // AVDECC_TODO - Any updates needed?
+
+ AVB_RC_TRACE_RET(OPENAVB_AVDECC_SUCCESS, AVB_TRACE_AEM);
+}
+
+////////////////////////////////
+// Public functions
+////////////////////////////////
+extern DLL_EXPORT openavb_aem_descriptor_control_t *openavbAemDescriptorControlNew()
+{
+ AVB_TRACE_ENTRY(AVB_TRACE_AEM);
+
+ openavb_aem_descriptor_control_t *pDescriptor;
+
+ pDescriptor = malloc(sizeof(*pDescriptor));
+
+ if (!pDescriptor) {
+ AVB_RC_LOG(AVB_RC(OPENAVB_AVDECC_FAILURE | OPENAVB_RC_OUT_OF_MEMORY));
+ AVB_TRACE_EXIT(AVB_TRACE_AEM);
+ return NULL;
+ }
+ memset(pDescriptor, 0, sizeof(*pDescriptor));
+
+ pDescriptor->descriptorPvtPtr = malloc(sizeof(*pDescriptor->descriptorPvtPtr));
+ if (!pDescriptor->descriptorPvtPtr) {
+ free(pDescriptor);
+ pDescriptor = NULL;
+ AVB_RC_LOG(AVB_RC(OPENAVB_AVDECC_FAILURE | OPENAVB_RC_OUT_OF_MEMORY));
+ AVB_TRACE_EXIT(AVB_TRACE_AEM);
+ return NULL;
+ }
+
+ pDescriptor->descriptorPvtPtr->size = sizeof(openavb_aem_descriptor_control_t);
+ pDescriptor->descriptorPvtPtr->bTopLevel = TRUE;
+ pDescriptor->descriptorPvtPtr->toBuf = openavbAemDescriptorControlToBuf;
+ pDescriptor->descriptorPvtPtr->fromBuf = openavbAemDescriptorControlFromBuf;
+ pDescriptor->descriptorPvtPtr->update = openavbAemDescriptorControlUpdate;
+
+ pDescriptor->descriptor_type = OPENAVB_AEM_DESCRIPTOR_CONTROL;
+ pDescriptor->values_offset = OPENAVB_DESCRIPTOR_CONTROL_BASE_LENGTH;
+
+ // Default to no localized strings.
+ pDescriptor->localized_description.offset = OPENAVB_AEM_NO_STRING_OFFSET;
+ pDescriptor->localized_description.index = OPENAVB_AEM_NO_STRING_INDEX;
+
+ AVB_TRACE_EXIT(AVB_TRACE_AEM);
+ return pDescriptor;
+}
+
+extern DLL_EXPORT bool openavbAemDescriptorDescriptorControlInitialize(openavb_aem_descriptor_control_t *pDescriptor, U16 nConfigIdx, const openavb_avdecc_configuration_cfg_t *pConfig)
+{
+ (void) nConfigIdx;
+ if (!pDescriptor || !pConfig) {
+ AVB_RC_LOG_TRACE_RET(AVB_RC(OPENAVB_AVDECC_FAILURE | OPENAVB_RC_INVALID_ARGUMENT), AVB_TRACE_AEM);
+ }
+
+ // AVDECC_TODO - Any updates needed?
+
+ return TRUE;
+}
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