--- /dev/null
+//
+// Copyright (c) 2020 Samsung Electronics Co., Ltd.
+//
+// Licensed under the Apache License, Version 2.0 (the License);
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+//
+// http://www.apache.org/licenses/LICENSE-2.0
+//
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+//
+#include "ITs-nnstreamer-common.h"
+
+/** @addtogroup itc-nnstreamer
+* @ingroup itc
+* @{
+*/
+
+//& set: nnstreamer
+
+/**
+ * @function MlCustomEasyInvokeCallback
+ * @description Invoke callback for custom-easy filter.
+ */
+static int MlCustomEasyInvokeCallback (const ml_tensors_data_h in, ml_tensors_data_h out, void *user_data)
+{
+ if (user_data) {
+ void *raw_data = NULL;
+ size_t *data_size = (size_t *) user_data;
+
+ ml_tensors_data_get_tensor_data (out, 0, &raw_data, data_size);
+ }
+ g_bCallbackHit = true;
+
+ return 0;
+}
+
+/**
+* @function ITs_nnstreamer_capi_startup
+* @description Called before each test, set the service boolean true
+* @parameter NA
+* @return NA
+*/
+void ITs_nnstreamer_capi_startup(void)
+{
+ int nRet =-1;
+ struct stat buf;
+ if ( stat(ERR_LOG, &buf) == 0)
+ {
+ remove(ERR_LOG);
+ }
+#if DEBUG
+ FPRINTF("[Line : %d][%s] TEST SUIT start-up: ITs_nnstreamer_pipeline_capi_startup\\n", __LINE__, API_NAMESPACE);
+#endif
+ g_bIsFeatureMismatched = false;
+ g_bNnstreamerCreation = false;
+ g_bFeatureML = TCTCheckSystemInfoFeatureSupported(FEATURE_ML, API_NAMESPACE);
+ g_bFeatureMLInterference = TCTCheckSystemInfoFeatureSupported(FEATURE_ML_INTERFACE, API_NAMESPACE);
+ g_bFeatureIsSupported = g_bFeatureML && g_bFeatureMLInterference;
+
+ char *pszPipeLine = "videotestsrc name=vsrc is-live=true ! videoconvert ! videoscale name=vscale ! " \
+ "video/x-raw,format=RGBx,width=224,height=224,framerate=60/1 ! tensor_converter ! " \
+ "valve name=valvex ! input-selector name=is01 ! tensor_sink name=sinkx";
+
+ ml_pipeline_h hMlPipeline = NULL;
+ nRet = ml_pipeline_construct (pszPipeLine, NULL, NULL, &hMlPipeline);
+ if(!g_bFeatureIsSupported)
+ {
+ if ( nRet != TIZEN_ERROR_NOT_SUPPORTED )
+ {
+ FPRINTF("[%s:%d] ml_pipeline_construct failed to return TIZEN_ERROR_NOT_SUPPORTED for unsupported feature, error returned = (%d)\\n", __FILE__, __LINE__,nRet);
+ dlog_print(DLOG_ERROR, "NativeTCT", "[%s:%d] ml_pipeline_construct failed to return TIZEN_ERROR_NOT_SUPPORTED for unsupported feature, error returned = (%d)", __FILE__, __LINE__, nRet);
+ g_bIsFeatureMismatched = true;
+ return;
+ }
+
+ FPRINTF("[%s:%d] ml_pipeline_construct is unsupported\\n", __FILE__, __LINE__);
+ dlog_print(DLOG_ERROR, "NativeTCT", "[%s:%d] ml_pipeline_construct is unsupported", __FILE__, __LINE__);
+ g_bIsFeatureMismatched = false;
+ }
+ else if ( nRet != ML_ERROR_NONE )
+ {
+ FPRINTF("[%s:%d] ml_pipeline_construct failed, error returned =(%d)\\n", __FILE__, __LINE__, nRet);
+ dlog_print(DLOG_ERROR, "NativeTCT", "[%s:%d] ml_pipeline_construct failed, error returned = (%d)", __FILE__, __LINE__, nRet);
+ g_bNnstreamerCreation = false;
+ }
+ else
+ {
+ g_bNnstreamerCreation = true;
+ }
+
+ nRet = ml_pipeline_destroy (hMlPipeline);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_destroy", NnStreamerGetError(nRet));
+
+ return;
+}
+
+/**
+* @function ITs_nnstreamer_capi_cleanup
+* @description Called after each test
+* @parameter NA
+* @return NA
+*/
+void ITs_nnstreamer_capi_cleanup(void)
+{
+#if DEBUG
+ FPRINTF("[Line : %d][%s] TEST SUIT clean-up: ITs_nnstreamer_pipeline_capi_cleanup\\n", __LINE__, API_NAMESPACE);
+#endif
+}
+
+
+/** @addtogroup itc-nnstreamer-testcases
+* @brief Integration testcases for module nnstreamer
+* @ingroup itc-nnstreamer
+* @{
+*/
+
+
+/**
+* @testcase ITc_nnstreamer_ml_pipeline_element_get_release_handle_p
+* @since_tizen 6.0
+* @author SRID(priya.kohli)
+* @reviewer SRID(shobhit.v)
+* @type auto
+* @description Gets an element handle in NNStreamer pipelines to control its properties and releases the given element handle.
+* @scenario Gets an element handle in NNStreamer pipelines to control its properties. Releases the given element handle.
+* @apicovered ml_pipeline_element_get_handle, ml_pipeline_element_release_handle
+* @passcase When ml_pipeline_element_get_handle, ml_pipeline_element_release_handle is successful.
+* @failcase If target API fails or any precondition API fails
+* @precondition None
+* @postcondition None
+*/
+//& purpose: API to Check for Get and Release ml pipeline handle
+//& type: auto
+int ITc_nnstreamer_ml_pipeline_element_get_release_handle_p(void)
+{
+ START_TEST;
+ int nRet = -1;
+ char *pszPipeLine = "videotestsrc name=vsrc is-live=true ! videoconvert ! videoscale name=vscale ! " \
+ "video/x-raw,format=RGBx,width=224,height=224,framerate=60/1 ! tensor_converter ! " \
+ "valve name=valvex ! input-selector name=is01 ! tensor_sink name=sinkx";
+ ml_pipeline_h hMlPipeline = NULL;
+ ml_pipeline_element_h hMlVsrc = NULL;
+ const char *pszElementName = "vsrc";
+
+ nRet = ml_pipeline_construct (pszPipeLine, NULL, NULL, &hMlPipeline);
+ PRINT_RESULT(ML_ERROR_NONE, nRet, "ml_pipeline_construct", NnStreamerGetError(nRet));
+ CHECK_HANDLE(hMlPipeline, "ml_pipeline_construct");
+
+ nRet = ml_pipeline_element_get_handle (hMlPipeline, pszElementName, &hMlVsrc);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_handle", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline));
+ CHECK_HANDLE_CLEANUP(hMlVsrc, "ml_pipeline_element_get_handle", ml_pipeline_destroy (hMlPipeline));
+
+ nRet = ml_pipeline_element_release_handle (hMlVsrc);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_release_handle", NnStreamerGetError(nRet), ml_pipeline_destroy (hMlPipeline));
+
+ nRet = ml_pipeline_destroy (hMlPipeline);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_destroy", NnStreamerGetError(nRet));
+
+ return 0;
+}
+
+/**
+* @testcase ITc_nnstreamer_ml_pipeline_element_set_get_property_bool_p
+* @since_tizen 6.0
+* @author SRID(priya.kohli)
+* @reviewer SRID(shobhit.v)
+* @type auto
+* @description Sets and Gets the boolean value of element's property in NNStreamer pipelines.
+* @scenario Sets the boolean value of element's property in NNStreamer pipelines, get it and compare the values.
+* @apicovered ml_pipeline_element_set_property_bool, ml_pipeline_element_get_property_bool
+* @passcase When ml_pipeline_element_set_property_bool, ml_pipeline_element_get_property_bool is successful.
+* @failcase If target API fails or any precondition API fails
+* @precondition None
+* @postcondition None
+*/
+//& purpose: API to Check for Set and Get boolean value of element's property in NNStreamer pipelines.
+//& type: auto
+int ITc_nnstreamer_ml_pipeline_element_set_get_property_bool_p(void)
+{
+ START_TEST;
+ int nRet = -1;
+ char *pszPipeLine = "videotestsrc name=vsrc is-live=true ! videoconvert ! videoscale name=vscale ! " \
+ "video/x-raw,format=RGBx,width=224,height=224,framerate=60/1 ! tensor_converter ! " \
+ "valve name=valvex ! input-selector name=is01 ! tensor_sink name=sinkx";
+ ml_pipeline_h hMlPipeline = NULL;
+ ml_pipeline_element_h hMlSelector = NULL;
+ int nSetProperty = FALSE;
+ int nGetProperty;
+ const char *pszElementName = "is01";
+ const char *pszPropertyName = "sync-streams";
+
+ nRet = ml_pipeline_construct (pszPipeLine, NULL, NULL, &hMlPipeline);
+ PRINT_RESULT(ML_ERROR_NONE, nRet, "ml_pipeline_construct", NnStreamerGetError(nRet));
+ CHECK_HANDLE(hMlPipeline, "ml_pipeline_construct");
+
+ nRet = ml_pipeline_element_get_handle (hMlPipeline, pszElementName, &hMlSelector);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_handle", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline));
+ CHECK_HANDLE_CLEANUP(hMlSelector, "ml_pipeline_element_get_handle", ml_pipeline_destroy (hMlPipeline));
+
+ nRet = ml_pipeline_element_set_property_bool(hMlSelector, pszPropertyName, nSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_bool", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlSelector));
+
+ nRet = ml_pipeline_element_get_property_bool (hMlSelector, pszPropertyName, &nGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_bool", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlSelector));
+ PRINT_RESULT_CLEANUP(nSetProperty, nGetProperty, "ml_pipeline_element_get_property_bool", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlSelector));
+
+ nSetProperty = TRUE;
+ nRet = ml_pipeline_element_set_property_bool(hMlSelector, pszPropertyName, nSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_bool", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlSelector));
+
+ nRet = ml_pipeline_element_get_property_bool (hMlSelector, pszPropertyName, &nGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_bool", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlSelector));
+ PRINT_RESULT_CLEANUP(nSetProperty, nGetProperty, "ml_pipeline_element_get_property_bool", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlSelector));
+
+ nRet = ml_pipeline_element_release_handle (hMlSelector);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_element_release_handle", NnStreamerGetError(nRet));
+
+ nRet = ml_pipeline_destroy (hMlPipeline);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_destroy", NnStreamerGetError(nRet));
+
+ return 0;
+}
+
+/**
+* @testcase ITc_nnstreamer_ml_pipeline_element_set_get_property_string_p
+* @since_tizen 6.0
+* @author SRID(priya.kohli)
+* @reviewer SRID(shobhit.v)
+* @type auto
+* @description Sets and Gets the string value of element's property in NNStreamer pipelines.
+* @scenario Sets the string value of element's property in NNStreamer pipelines, get it and compare the values.
+* @apicovered ml_pipeline_element_set_property_string, ml_pipeline_element_get_property_string
+* @passcase When ml_pipeline_element_set_property_string, ml_pipeline_element_get_property_string is successful.
+* @failcase If target API fails or any precondition API fails
+* @precondition None
+* @postcondition None
+*/
+//& purpose: API to Check for Set and Get string value of element's property in NNStreamer pipelines.
+//& type: auto
+int ITc_nnstreamer_ml_pipeline_element_set_get_property_string_p(void)
+{
+ START_TEST;
+ int nRet = -1;
+ char *pszPipeLine = "videotestsrc ! video/x-raw,format=RGB,width=640,height=480 ! videorate max-rate=1 ! " \
+ "tensor_converter ! tensor_mux ! tensor_demux name=demux ! tensor_sink";
+ ml_pipeline_h hMlPipeline = NULL;
+ ml_pipeline_element_h hMlDemux = NULL;
+ const char *pszElementName = "demux";
+ const char *pszPropertyName = "tensorpick";
+ const char *pszSetProperty = "1,2";
+ char *pszGetProperty = NULL;
+
+ nRet = ml_pipeline_construct (pszPipeLine, NULL, NULL, &hMlPipeline);
+ PRINT_RESULT(ML_ERROR_NONE, nRet, "ml_pipeline_construct", NnStreamerGetError(nRet));
+ CHECK_HANDLE(hMlPipeline, "ml_pipeline_construct");
+
+ nRet = ml_pipeline_element_get_handle (hMlPipeline, pszElementName, &hMlDemux);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_handle", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline));
+ CHECK_HANDLE_CLEANUP(hMlDemux, "ml_pipeline_element_get_handle", ml_pipeline_destroy (hMlPipeline));
+
+ nRet = ml_pipeline_element_set_property_string (hMlDemux, pszPropertyName, pszSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_string", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlDemux));
+
+ nRet = ml_pipeline_element_get_property_string (hMlDemux, pszPropertyName, &pszGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_string", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlDemux));
+ if ( 0 != strncmp(pszSetProperty, pszGetProperty, strlen(pszSetProperty)) )
+ {
+ FPRINTF("[%s:%d] TC Failed Reason; Set Value %s and Get value %s of property name is not same\\n", __FILE__, __LINE__, pszSetProperty, pszGetProperty);
+ nRet = ml_pipeline_element_release_handle (hMlDemux);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_element_release_handle", NnStreamerGetError(nRet));
+
+ nRet = ml_pipeline_destroy (hMlPipeline);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_destroy", NnStreamerGetError(nRet));
+
+ return 1;
+ }
+
+ nRet = ml_pipeline_element_release_handle (hMlDemux);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_element_release_handle", NnStreamerGetError(nRet));
+
+ nRet = ml_pipeline_destroy (hMlPipeline);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_destroy", NnStreamerGetError(nRet));
+
+ return 0;
+}
+
+/**
+* @testcase ITc_nnstreamer_ml_pipeline_element_set_get_property_int32_p
+* @since_tizen 6.0
+* @author SRID(priya.kohli)
+* @reviewer SRID(shobhit.v)
+* @type auto
+* @description Sets and Gets the integer value of element's property in NNStreamer pipelines.
+* @scenario Sets the integer value of element's property in NNStreamer pipelines, get it and compare the values.
+* @apicovered ml_pipeline_element_set_property_int32, ml_pipeline_element_get_property_int32
+* @passcase When ml_pipeline_element_set_property_int32, ml_pipeline_element_get_property_int32 is successful.
+* @failcase If target API fails or any precondition API fails
+* @precondition None
+* @postcondition None
+*/
+//& purpose: API to Check for Set and Get integer value of element's property in NNStreamer pipelines.
+//& type: auto
+int ITc_nnstreamer_ml_pipeline_element_set_get_property_int32_p(void)
+{
+ START_TEST;
+ int nRet = -1;
+ char *pszPipeLine = "videotestsrc name=vsrc is-live=true ! videoconvert ! videoscale name=vscale ! " \
+ "video/x-raw,format=RGBx,width=224,height=224,framerate=60/1 ! tensor_converter ! " \
+ "valve name=valvex ! input-selector name=is01 ! tensor_sink name=sinkx";
+ ml_pipeline_h hMlPipeline = NULL;
+ ml_pipeline_element_h hMlVsrc = NULL;
+ int32_t nSetProperty = 10;
+ int32_t nGetProperty;
+ const char *pszElementName = "vsrc";
+ const char *pszPropertyName = "kx";
+
+ nRet = ml_pipeline_construct (pszPipeLine, NULL, NULL, &hMlPipeline);
+ PRINT_RESULT(ML_ERROR_NONE, nRet, "ml_pipeline_construct", NnStreamerGetError(nRet));
+ CHECK_HANDLE(hMlPipeline, "ml_pipeline_construct");
+
+ nRet = ml_pipeline_element_get_handle (hMlPipeline, pszElementName, &hMlVsrc);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_handle", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline));
+ CHECK_HANDLE_CLEANUP(hMlVsrc, "ml_pipeline_element_get_handle", ml_pipeline_destroy (hMlPipeline));
+
+ nRet = ml_pipeline_element_set_property_int32(hMlVsrc, pszPropertyName, nSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_int32", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+
+ nRet = ml_pipeline_element_get_property_int32 (hMlVsrc, pszPropertyName, &nGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_int32", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+ PRINT_RESULT_CLEANUP(nSetProperty, nGetProperty, "ml_pipeline_element_get_property_int32", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+
+ nSetProperty = -1234;
+ nRet = ml_pipeline_element_set_property_int32(hMlVsrc, pszPropertyName, nSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_int32", NnStreamerGetError(nRet), ml_pipeline_destroy(hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+
+ nRet = ml_pipeline_element_get_property_int32 (hMlVsrc, pszPropertyName, &nGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_int32", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+ PRINT_RESULT_CLEANUP(nSetProperty, nGetProperty, "ml_pipeline_element_get_property_int32", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+
+ nRet = ml_pipeline_element_release_handle (hMlVsrc);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_element_release_handle", NnStreamerGetError(nRet));
+
+ nRet = ml_pipeline_destroy (hMlPipeline);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_destroy", NnStreamerGetError(nRet));
+
+ return 0;
+}
+
+/**
+* @testcase ITc_nnstreamer_ml_pipeline_element_set_get_property_int64_p
+* @since_tizen 6.0
+* @author SRID(priya.kohli)
+* @reviewer SRID(shobhit.v)
+* @type auto
+* @description Sets and Gets the integer 64bit value of element's property in NNStreamer pipelines.
+* @scenario Sets the integer 64bit value of element's property in NNStreamer pipelines, get it and compare the values.
+* @apicovered ml_pipeline_element_set_property_int64, ml_pipeline_element_get_property_int64
+* @passcase When ml_pipeline_element_set_property_int64, ml_pipeline_element_get_property_int64 is successful.
+* @failcase If target API fails or any precondition API fails
+* @precondition None
+* @postcondition None
+*/
+//& purpose: API to Check for Set and Get integer 64bit value of element's property in NNStreamer pipelines.
+//& type: auto
+int ITc_nnstreamer_ml_pipeline_element_set_get_property_int64_p(void)
+{
+ START_TEST;
+ int nRet = -1;
+ char *pszPipeLine = "videotestsrc name=vsrc is-live=true ! videoconvert ! videoscale name=vscale ! " \
+ "video/x-raw,format=RGBx,width=224,height=224,framerate=60/1 ! tensor_converter ! " \
+ "valve name=valvex ! input-selector name=is01 ! tensor_sink name=sinkx";
+ ml_pipeline_h hMlPipeline = NULL;
+ ml_pipeline_element_h hMlVsrc = NULL;
+ int64_t nSetProperty = 1234567891234LL;
+ int64_t nGetProperty;
+ const char *pszElementName = "vsrc";
+ const char *pszPropertyName = "timestamp-offset";
+
+ nRet = ml_pipeline_construct (pszPipeLine, NULL, NULL, &hMlPipeline);
+ PRINT_RESULT(ML_ERROR_NONE, nRet, "ml_pipeline_construct", NnStreamerGetError(nRet));
+ CHECK_HANDLE(hMlPipeline, "ml_pipeline_construct");
+
+ nRet = ml_pipeline_element_get_handle (hMlPipeline, pszElementName, &hMlVsrc);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_handle", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline));
+ CHECK_HANDLE_CLEANUP(hMlVsrc, "ml_pipeline_element_get_handle", ml_pipeline_destroy (hMlPipeline));
+
+ nRet = ml_pipeline_element_set_property_int64(hMlVsrc, pszPropertyName, nSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_int64", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+
+ nRet = ml_pipeline_element_get_property_int64 (hMlVsrc, pszPropertyName, &nGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_int64", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+ PRINT_RESULT_CLEANUP(nSetProperty, nGetProperty, "ml_pipeline_element_get_property_int64", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+
+ nSetProperty = 10LL;
+ nRet = ml_pipeline_element_set_property_int64(hMlVsrc, pszPropertyName, nSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_int64", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+
+ nRet = ml_pipeline_element_get_property_int64 (hMlVsrc, pszPropertyName, &nGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_int64", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+ PRINT_RESULT_CLEANUP(nSetProperty, nGetProperty, "ml_pipeline_element_get_property_int64", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+
+ nRet = ml_pipeline_element_release_handle (hMlVsrc);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_element_release_handle", NnStreamerGetError(nRet));
+
+ nRet = ml_pipeline_destroy (hMlPipeline);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_destroy", NnStreamerGetError(nRet));
+
+ return 0;
+}
+
+/**
+* @testcase ITc_nnstreamer_ml_pipeline_element_set_get_property_uint32_p
+* @since_tizen 6.0
+* @author SRID(priya.kohli)
+* @reviewer SRID(shobhit.v)
+* @type auto
+* @description Sets and Gets the unsigned integer value of element's property in NNStreamer pipelines.
+* @scenario Sets the unsigned integer value of element's property in NNStreamer pipelines, get it and compare the values.
+* @apicovered ml_pipeline_element_set_property_uint32, ml_pipeline_element_get_property_uint32
+* @passcase When ml_pipeline_element_set_property_uint32, ml_pipeline_element_get_property_uint32 is successful.
+* @failcase If target API fails or any precondition API fails
+* @precondition None
+* @postcondition None
+*/
+//& purpose: API to Check for Set and Get unsigned integer value of element's property in NNStreamer pipelines.
+//& type: auto
+int ITc_nnstreamer_ml_pipeline_element_set_get_property_uint32_p(void)
+{
+ START_TEST;
+ int nRet = -1;
+ char *pszPipeLine = "videotestsrc name=vsrc is-live=true ! videoconvert ! videoscale name=vscale ! " \
+ "video/x-raw,format=RGBx,width=224,height=224,framerate=60/1 ! tensor_converter ! " \
+ "valve name=valvex ! input-selector name=is01 ! tensor_sink name=sinkx";
+ ml_pipeline_h hMlPipeline = NULL;
+ ml_pipeline_element_h hMlVsrc = NULL;
+ uint32_t nSetProperty = 123456U;
+ uint32_t nGetProperty;
+ const char *pszElementName = "vsrc";
+ const char *pszPropertyName = "foreground-color";
+
+ nRet = ml_pipeline_construct (pszPipeLine, NULL, NULL, &hMlPipeline);
+ PRINT_RESULT(ML_ERROR_NONE, nRet, "ml_pipeline_construct", NnStreamerGetError(nRet));
+ CHECK_HANDLE(hMlPipeline, "ml_pipeline_construct");
+
+ nRet = ml_pipeline_element_get_handle (hMlPipeline, pszElementName, &hMlVsrc);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_handle", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline));
+ CHECK_HANDLE_CLEANUP(hMlVsrc, "ml_pipeline_element_get_handle", ml_pipeline_destroy (hMlPipeline));
+
+ nRet = ml_pipeline_element_set_property_uint32(hMlVsrc, pszPropertyName, nSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_uint32", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+
+ nRet = ml_pipeline_element_get_property_uint32 (hMlVsrc, pszPropertyName, &nGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_uint32", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+ PRINT_RESULT_CLEANUP(nSetProperty, nGetProperty, "ml_pipeline_element_get_property_uint32", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+
+ nSetProperty = 4294967295U;
+ nRet = ml_pipeline_element_set_property_uint32(hMlVsrc, pszPropertyName, nSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_uint32", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+
+ nRet = ml_pipeline_element_get_property_uint32 (hMlVsrc, pszPropertyName, &nGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_uint32", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+ PRINT_RESULT_CLEANUP(nSetProperty, nGetProperty, "ml_pipeline_element_get_property_uint32", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVsrc));
+
+ nRet = ml_pipeline_element_release_handle (hMlVsrc);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_element_release_handle", NnStreamerGetError(nRet));
+
+ nRet = ml_pipeline_destroy (hMlPipeline);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_destroy", NnStreamerGetError(nRet));
+
+ return 0;
+}
+
+/**
+* @testcase ITc_nnstreamer_ml_pipeline_element_set_get_property_uint64_p
+* @since_tizen 6.0
+* @author SRID(priya.kohli)
+* @reviewer SRID(shobhit.v)
+* @type auto
+* @description Sets and Gets the unsigned integer 64bit value of element's property in NNStreamer pipelines.
+* @scenario Sets the unsigned integer 64bit value of element's property in NNStreamer pipelines, get it and compare the values.
+* @apicovered ml_pipeline_element_set_property_uint64, ml_pipeline_element_get_property_uint64
+* @passcase When ml_pipeline_element_set_property_uint64, ml_pipeline_element_get_property_uint64 is successful.
+* @failcase If target API fails or any precondition API fails
+* @precondition None
+* @postcondition None
+*/
+//& purpose: API to Check for Set and Get unsigned integer 64bit value of element's property in NNStreamer pipelines.
+//& type: auto
+int ITc_nnstreamer_ml_pipeline_element_set_get_property_uint64_p(void)
+{
+ START_TEST;
+ int nRet = -1;
+ char *pszPipeLine = "udpsrc name=usrc port=5555 caps=application/x-rtp ! queue ! fakesink";
+ ml_pipeline_h hMlPipeline = NULL;
+ ml_pipeline_element_h hMlUsrc = NULL;
+ uint64_t nSetProperty = 123456789123456789ULL;
+ uint64_t nGetProperty;
+ const char *pszElementName = "usrc";
+ const char *pszPropertyName = "timeout";
+
+ nRet = ml_pipeline_construct (pszPipeLine, NULL, NULL, &hMlPipeline);
+ PRINT_RESULT(ML_ERROR_NONE, nRet, "ml_pipeline_construct", NnStreamerGetError(nRet));
+ CHECK_HANDLE(hMlPipeline, "ml_pipeline_construct");
+
+ nRet = ml_pipeline_element_get_handle (hMlPipeline, pszElementName, &hMlUsrc);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_handle", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline));
+ CHECK_HANDLE_CLEANUP(hMlUsrc, "ml_pipeline_element_get_handle", ml_pipeline_destroy (hMlPipeline));
+
+ nRet = ml_pipeline_element_set_property_uint64(hMlUsrc, pszPropertyName, nSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_uint64", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlUsrc));
+
+ nRet = ml_pipeline_element_get_property_uint64 (hMlUsrc, pszPropertyName, &nGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_uint64", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlUsrc));
+ PRINT_RESULT_CLEANUP(nSetProperty, nGetProperty, "ml_pipeline_element_get_property_uint64", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlUsrc));
+
+ nSetProperty = 987654321ULL;
+ nRet = ml_pipeline_element_set_property_uint64(hMlUsrc, pszPropertyName, nSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_uint64", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlUsrc));
+
+ nRet = ml_pipeline_element_get_property_uint64 (hMlUsrc, pszPropertyName, &nGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_uint64", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlUsrc));
+ PRINT_RESULT_CLEANUP(nSetProperty, nGetProperty, "ml_pipeline_element_get_property_uint64", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlUsrc));
+
+ nRet = ml_pipeline_element_release_handle (hMlUsrc);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_element_release_handle", NnStreamerGetError(nRet));
+
+ nRet = ml_pipeline_destroy (hMlPipeline);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_destroy", NnStreamerGetError(nRet));
+
+ return 0;
+}
+
+/**
+* @testcase ITc_nnstreamer_ml_pipeline_element_set_get_property_double_p
+* @since_tizen 6.0
+* @author SRID(priya.kohli)
+* @reviewer SRID(shobhit.v)
+* @type auto
+* @description Sets and Gets the floating point value of element's property in NNStreamer pipelines.
+* @scenario Sets the floating point value of element's property in NNStreamer pipelines, get it and compare the values.
+* @apicovered ml_pipeline_element_set_property_double, ml_pipeline_element_get_property_double
+* @passcase When ml_pipeline_element_set_property_double, ml_pipeline_element_get_property_double is successful.
+* @failcase If target API fails or any precondition API fails
+* @precondition None
+* @postcondition None
+*/
+//& purpose: API to Check for Set and Get floating point value of element's property in NNStreamer pipelines.
+//& type: auto
+int ITc_nnstreamer_ml_pipeline_element_set_get_property_double_p(void)
+{
+ START_TEST;
+ int nRet = -1;
+ char *pszPipeLine = "videotestsrc name=vsrc is-live=true ! videoconvert ! videoscale name=vscale ! " \
+ "video/x-raw,format=RGBx,width=224,height=224,framerate=60/1 ! tensor_converter ! " \
+ "valve name=valvex ! input-selector name=is01 ! tensor_sink name=sinkx";
+ ml_pipeline_h hMlPipeline = NULL;
+ ml_pipeline_element_h hMlVscale = NULL;
+ double nSetProperty = 0.72;
+ double nGetProperty;
+ const char *pszElementName = "vscale";
+ const char *pszPropertyName = "sharpness";
+
+ nRet = ml_pipeline_construct (pszPipeLine, NULL, NULL, &hMlPipeline);
+ PRINT_RESULT(ML_ERROR_NONE, nRet, "ml_pipeline_construct", NnStreamerGetError(nRet));
+ CHECK_HANDLE(hMlPipeline, "ml_pipeline_construct");
+
+ nRet = ml_pipeline_element_get_handle (hMlPipeline, pszElementName, &hMlVscale);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_handle", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline));
+ CHECK_HANDLE_CLEANUP(hMlVscale, "ml_pipeline_element_get_handle", ml_pipeline_destroy (hMlPipeline));
+
+ nRet = ml_pipeline_element_set_property_double(hMlVscale, pszPropertyName, nSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_double", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVscale));
+
+ nRet = ml_pipeline_element_get_property_double (hMlVscale, pszPropertyName, &nGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_double", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVscale));
+ PRINT_RESULT_CLEANUP(nSetProperty, nGetProperty, "ml_pipeline_element_get_property_double", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVscale));
+
+ nSetProperty = 1.43;
+ nRet = ml_pipeline_element_set_property_double(hMlVscale, pszPropertyName, nSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_double", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVscale));
+
+ nRet = ml_pipeline_element_get_property_double (hMlVscale, pszPropertyName, &nGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_double", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVscale));
+ PRINT_RESULT_CLEANUP(nSetProperty, nGetProperty, "ml_pipeline_element_get_property_double", NnStreamerGetError(nRet), ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVscale));
+
+ nRet = ml_pipeline_element_release_handle (hMlVscale);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_element_release_handle", NnStreamerGetError(nRet));
+
+ nRet = ml_pipeline_destroy (hMlPipeline);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_destroy", NnStreamerGetError(nRet));
+
+ return 0;
+}
+
+/**
+* @testcase ITc_nnstreamer_ml_pipeline_element_set_get_property_enum_p
+* @since_tizen 6.0
+* @author SRID(priya.kohli)
+* @reviewer SRID(shobhit.v)
+* @type auto
+* @description Sets and Gets the enumeration value of element's property in NNStreamer pipelines.
+* @scenario Sets the enumeration value of element's property in NNStreamer pipelines, get it and compare the values.
+* @apicovered ml_pipeline_element_set_property_enum, ml_pipeline_element_get_property_enum
+* @passcase When ml_pipeline_element_set_property_enum, ml_pipeline_element_get_property_enum is successful.
+* @failcase If target API fails or any precondition API fails
+* @precondition None
+* @postcondition None
+*/
+//& purpose: API to Check for Set and Get enumeration value of element's property in NNStreamer pipelines.
+//& type: auto
+int ITc_nnstreamer_ml_pipeline_element_set_get_property_enum_p(void)
+{
+ START_TEST;
+ int nRet = -1;
+ char *pszPipeLine = "videotestsrc name=vsrc is-live=true ! videoconvert ! videoscale name=vscale ! " \
+ "video/x-raw,format=RGBx,width=224,height=224,framerate=60/1 ! tensor_converter ! " \
+ "valve name=valvex ! input-selector name=is01 ! tensor_sink name=sinkx";
+ ml_pipeline_h hMlPipeline = NULL;
+ ml_pipeline_element_h hMlVscale = NULL;
+ uint32_t nSetProperty = 3U;
+ uint32_t nGetProperty;
+ const char *pszElementName = "vscale";
+ const char *pszPropertyName = "method";
+
+ nRet = ml_pipeline_construct (pszPipeLine, NULL, NULL, &hMlPipeline);
+ PRINT_RESULT(ML_ERROR_NONE, nRet, "ml_pipeline_construct", NnStreamerGetError(nRet));
+ CHECK_HANDLE(hMlPipeline, "ml_pipeline_construct");
+
+ nRet = ml_pipeline_element_get_handle (hMlPipeline, pszElementName, &hMlVscale);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_handle", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline));
+ CHECK_HANDLE_CLEANUP(hMlVscale, "ml_pipeline_element_get_handle", ml_pipeline_destroy (hMlPipeline));
+
+ nRet = ml_pipeline_element_set_property_enum(hMlVscale, pszPropertyName, nSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_enum", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVscale));
+
+ nRet = ml_pipeline_element_get_property_enum (hMlVscale, pszPropertyName, &nGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_enum", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVscale));
+ PRINT_RESULT_CLEANUP(nSetProperty, nGetProperty, "ml_pipeline_element_get_property_enum", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVscale));
+
+ nSetProperty = 5U;
+ nRet = ml_pipeline_element_set_property_enum(hMlVscale, pszPropertyName, nSetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_set_property_enum", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVscale));
+
+ nRet = ml_pipeline_element_get_property_enum (hMlVscale, pszPropertyName, &nGetProperty);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_element_get_property_enum", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVscale));
+ PRINT_RESULT_CLEANUP(nSetProperty, nGetProperty, "ml_pipeline_element_get_property_enum", NnStreamerGetError(nRet),ml_pipeline_destroy (hMlPipeline); ml_pipeline_element_release_handle (hMlVscale));
+
+ nRet = ml_pipeline_element_release_handle (hMlVscale);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_element_release_handle", NnStreamerGetError(nRet));
+
+ nRet = ml_pipeline_destroy (hMlPipeline);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_destroy", NnStreamerGetError(nRet));
+
+ return 0;
+}
+
+/**
+* @testcase ITc_nnstreamer_ml_pipeline_custom_easy_filter_register_unregister_p
+* @since_tizen 6.0
+* @author SRID(priya.kohli)
+* @reviewer SRID(shobhit.v)
+* @type auto
+* @description Registers a custom filter and unregisters it.
+* @scenario Registers and unregisters a custom filter.
+* @apicovered ml_pipeline_custom_easy_filter_register, ml_pipeline_custom_easy_filter_unregister
+* @passcase When ml_pipeline_custom_easy_filter_register, ml_pipeline_custom_easy_filter_unregister is successful.
+* @failcase If target API fails or any precondition API fails
+* @precondition None
+* @postcondition None
+*/
+//& purpose: API to register and unregister a custom filter
+//& type: auto
+int ITc_nnstreamer_ml_pipeline_custom_easy_filter_register_unregister_p(void)
+{
+ START_TEST;
+ int nRet = -1;
+ int nTimeoutId = 0;
+ const char pszTestCustomFilter[] = "test-custom-filter";
+ char *pszPipeLine = g_strdup_printf
+ ("appsrc name=srcx ! other/tensor,dimension=(string)2:1:1:1,type=(string)int8,framerate=(fraction)0/1 ! " \
+ "tensor_filter framework=custom-easy model=%s ! tensor_sink name=sinkx",
+ pszTestCustomFilter);
+
+ ml_pipeline_h hMlPipeline = NULL;
+ ml_custom_easy_filter_h hCustom;
+ ml_pipeline_src_h hPipeSrcHandle;
+ ml_tensors_data_h hTensorsDataHandle;
+ ml_tensor_dimension inputTensorDimension = { 2, 1, 1, 1 };
+ size_t *filter_data_size = (size_t *) g_malloc0 (sizeof (size_t));
+
+ guint nSt = 0, nEnd = 5;
+ gulong nTime = 50000;
+
+ ml_tensors_info_h hTensorinfoInHandle = NULL;
+ nRet = ml_tensors_info_create (&hTensorinfoInHandle);
+ PRINT_RESULT(ML_ERROR_NONE, nRet, "ml_tensors_info_create", NnStreamerGetError(nRet));
+ CHECK_HANDLE(hTensorinfoInHandle, "ml_tensors_info_create");
+
+ nRet = ml_tensors_info_set_count (hTensorinfoInHandle, 1);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_tensors_info_set_count", NnStreamerGetError(nRet), ml_tensors_info_destroy (hTensorinfoInHandle));
+
+ nRet = ml_tensors_info_set_tensor_type (hTensorinfoInHandle, 0, ML_TENSOR_TYPE_INT8);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_tensors_info_set_tensor_type", NnStreamerGetError(nRet), ml_tensors_info_destroy (hTensorinfoInHandle));
+
+ nRet = ml_tensors_info_set_tensor_dimension (hTensorinfoInHandle, 0, inputTensorDimension);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_tensors_info_set_tensor_dimension", NnStreamerGetError(nRet), ml_tensors_info_destroy (hTensorinfoInHandle));
+
+ ml_tensors_info_h hTensorinfoOutHandle = NULL;
+ nRet = ml_tensors_info_create (&hTensorinfoOutHandle);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_tensors_info_create", NnStreamerGetError(nRet), ml_tensors_info_destroy (hTensorinfoInHandle));
+ CHECK_HANDLE_CLEANUP(hTensorinfoOutHandle, "ml_tensors_info_create", ml_tensors_info_destroy (hTensorinfoInHandle));
+
+ nRet = ml_tensors_info_set_count (hTensorinfoOutHandle, 1);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_tensors_info_set_count", NnStreamerGetError(nRet), ml_tensors_info_destroy (hTensorinfoInHandle); ml_tensors_info_destroy (hTensorinfoOutHandle));
+
+ nRet = ml_tensors_info_set_tensor_type (hTensorinfoOutHandle, 0, ML_TENSOR_TYPE_FLOAT32);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_tensors_info_set_tensor_type", NnStreamerGetError(nRet), ml_tensors_info_destroy (hTensorinfoInHandle); ml_tensors_info_destroy (hTensorinfoOutHandle));
+
+ nRet = ml_tensors_info_set_tensor_dimension (hTensorinfoOutHandle, 0, inputTensorDimension);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_tensors_info_set_tensor_dimension", NnStreamerGetError(nRet), ml_tensors_info_destroy (hTensorinfoInHandle); ml_tensors_info_destroy (hTensorinfoOutHandle));
+
+ g_bCallbackHit = false;
+ nRet = ml_pipeline_custom_easy_filter_register (pszTestCustomFilter, hTensorinfoInHandle, hTensorinfoOutHandle, MlCustomEasyInvokeCallback, filter_data_size, &hCustom);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_custom_easy_filter_register", NnStreamerGetError(nRet), ml_tensors_info_destroy (hTensorinfoInHandle); ml_tensors_info_destroy (hTensorinfoOutHandle));
+
+ nRet = ml_pipeline_construct (pszPipeLine, NULL, NULL, &hMlPipeline);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_construct", NnStreamerGetError(nRet), ml_tensors_info_destroy (hTensorinfoInHandle); ml_tensors_info_destroy (hTensorinfoOutHandle));
+ CHECK_HANDLE_CLEANUP(hMlPipeline, "ml_pipeline_construct", ml_tensors_info_destroy (hTensorinfoInHandle); ml_tensors_info_destroy (hTensorinfoOutHandle));
+
+ nRet = ml_pipeline_src_get_handle (hMlPipeline, "srcx", &hPipeSrcHandle);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_src_get_handle", NnStreamerGetError(nRet), ml_tensors_info_destroy (hTensorinfoOutHandle); ml_pipeline_destroy (hMlPipeline));
+ CHECK_HANDLE_CLEANUP(hPipeSrcHandle, "ml_pipeline_src_get_handle", ml_tensors_info_destroy (hTensorinfoInHandle); ml_tensors_info_destroy (hTensorinfoOutHandle); ml_pipeline_destroy (hMlPipeline));
+
+ for (nSt = 0; nSt < nEnd; nSt++) {
+ nRet = ml_tensors_data_create (hTensorinfoInHandle, &hTensorsDataHandle);
+ PRINT_RESULT(ML_ERROR_NONE, nRet, "ml_tensors_data_create", NnStreamerGetError(nRet));
+ CHECK_HANDLE_CLEANUP(hTensorsDataHandle, "ML_ERROR_NONE", ml_tensors_info_destroy (hTensorinfoInHandle); ml_tensors_info_destroy (hTensorinfoOutHandle); ml_pipeline_destroy (hMlPipeline); ml_pipeline_src_release_handle (hPipeSrcHandle));
+
+ nRet = ml_pipeline_src_input_data (hPipeSrcHandle, hTensorsDataHandle, ML_PIPELINE_BUF_POLICY_AUTO_FREE);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_src_input_data", NnStreamerGetError(nRet), ml_tensors_info_destroy (hTensorinfoInHandle); ml_tensors_info_destroy (hTensorinfoOutHandle); ml_pipeline_destroy (hMlPipeline); ml_pipeline_src_release_handle (hPipeSrcHandle); ml_tensors_data_destroy(hTensorsDataHandle) );
+
+ g_usleep (nTime);
+ }
+ PRINT_RESULT_CLEANUP(true, g_bCallbackHit, "ml_pipeline_custom_easy_filter_register", NnStreamerGetError(nRet), ml_tensors_info_destroy (hTensorinfoInHandle); ml_tensors_info_destroy (hTensorinfoOutHandle); ml_pipeline_destroy (hMlPipeline); ml_pipeline_src_release_handle (hPipeSrcHandle); ml_tensors_data_destroy(hTensorsDataHandle));
+
+ nRet = ml_pipeline_custom_easy_filter_unregister (hCustom);
+ PRINT_RESULT_CLEANUP(ML_ERROR_NONE, nRet, "ml_pipeline_custom_easy_filter_unregister", NnStreamerGetError(nRet), ml_tensors_info_destroy (hTensorinfoInHandle); ml_tensors_info_destroy (hTensorinfoOutHandle); ml_pipeline_destroy (hMlPipeline); ml_pipeline_src_release_handle (hPipeSrcHandle); ml_tensors_data_destroy(hTensorsDataHandle));
+
+ nRet = ml_tensors_info_destroy (hTensorinfoInHandle);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_tensors_info_destroy", NnStreamerGetError(nRet));
+
+ nRet = ml_tensors_info_destroy (hTensorinfoOutHandle);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_tensors_info_destroy", NnStreamerGetError(nRet));
+
+ nRet = ml_pipeline_src_release_handle (hPipeSrcHandle);
+ PRINT_RESULT_NORETURN(ML_ERROR_NONE, nRet, "ml_pipeline_src_release_handle", NnStreamerGetError(nRet));
+
+ g_free (filter_data_size);
+
+ return 0;
+}
+
+/** @} */
+/** @} */
projects / test / tct / native / api.git / commitdiff