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@ -298,12 +298,35 @@ void e2sm_kpm::receive_e2_metrics_callback(const enb_metrics_t& m)
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for (auto& it : registered_actions_data) {
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for (auto& it : registered_actions_data) {
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e2sm_kpm_report_service* report_service = it.second;
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e2sm_kpm_report_service* report_service = it.second;
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report_service->collect_data(m);
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report_service->collect_meas_data();
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}
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}
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}
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}
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bool e2sm_kpm::_collect_integer_type_meas_value(E2SM_KPM_meas_value_t& meas_value)
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{
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// here we implement logic of measurement data collection, currently we only read from enb_metrics
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uint32_t value;
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if (_extract_integer_type_meas_value(meas_value, last_enb_metrics, value)) {
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meas_value.integer_value = value;
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return true;
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}
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return false;
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}
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bool e2sm_kpm::_collect_real_type_meas_value(E2SM_KPM_meas_value_t& meas_value)
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{
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// here we implement logic of measurement data collection, currently we only read from enb_metrics
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float value;
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if (_extract_real_type_meas_value(meas_value, last_enb_metrics, value)) {
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meas_value.real_value = value;
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return true;
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}
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return false;
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}
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bool e2sm_kpm::_extract_integer_type_meas_value(E2SM_KPM_meas_value_t& meas_value,
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bool e2sm_kpm::_extract_integer_type_meas_value(E2SM_KPM_meas_value_t& meas_value,
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const enb_metrics_t& enb_metrics)
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const enb_metrics_t& enb_metrics,
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uint32_t& value)
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{
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{
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// TODO: maybe add ID to metric types in e2sm_kpm_metrics definitions, so we do not have to compare strings?
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// TODO: maybe add ID to metric types in e2sm_kpm_metrics definitions, so we do not have to compare strings?
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// TODO: make string comparison case insensitive
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// TODO: make string comparison case insensitive
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@ -312,8 +335,8 @@ bool e2sm_kpm::_extract_integer_type_meas_value(E2SM_KPM_meas_value_t& meas_valu
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if (meas_value.name.c_str() == std::string("test")) {
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if (meas_value.name.c_str() == std::string("test")) {
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switch (meas_value.label) {
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switch (meas_value.label) {
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case NO_LABEL:
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case NO_LABEL:
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meas_value.integer_value = (int32_t)enb_metrics.sys.cpu_load[0];
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value = (int32_t)enb_metrics.sys.cpu_load[0];
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printf("extract last \"test\" value as int, (filled with CPU0_load) value %i \n", meas_value.integer_value);
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printf("extract last \"test\" value as int, (filled with CPU0_load) value %i \n", value);
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return true;
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return true;
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default:
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default:
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return false;
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return false;
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@ -324,8 +347,8 @@ bool e2sm_kpm::_extract_integer_type_meas_value(E2SM_KPM_meas_value_t& meas_valu
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if (meas_value.name.c_str() == std::string("random_int")) {
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if (meas_value.name.c_str() == std::string("random_int")) {
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switch (meas_value.label) {
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switch (meas_value.label) {
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case NO_LABEL:
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case NO_LABEL:
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meas_value.integer_value = srsran_random_uniform_int_dist(random_gen, 0, 100);
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value = srsran_random_uniform_int_dist(random_gen, 0, 100);
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printf("extract last \"random_int\" value as int, random value %i \n", meas_value.integer_value);
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printf("extract last \"random_int\" value as int, random value %i \n", value);
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return true;
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return true;
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default:
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default:
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return false;
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return false;
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@ -335,14 +358,16 @@ bool e2sm_kpm::_extract_integer_type_meas_value(E2SM_KPM_meas_value_t& meas_valu
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return false;
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return false;
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}
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}
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bool e2sm_kpm::_extract_real_type_meas_value(E2SM_KPM_meas_value_t& meas_value, const enb_metrics_t& enb_metrics)
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bool e2sm_kpm::_extract_real_type_meas_value(E2SM_KPM_meas_value_t& meas_value,
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const enb_metrics_t& enb_metrics,
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float& value)
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{
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{
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// all real type measurements
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// all real type measurements
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// cpu0_load: no_label
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// cpu0_load: no_label
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if (meas_value.name.c_str() == std::string("cpu0_load")) {
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if (meas_value.name.c_str() == std::string("cpu0_load")) {
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switch (meas_value.label) {
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switch (meas_value.label) {
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case NO_LABEL:
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case NO_LABEL:
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meas_value.real_value = enb_metrics.sys.cpu_load[0];
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value = enb_metrics.sys.cpu_load[0];
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return true;
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return true;
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default:
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default:
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return false;
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return false;
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@ -354,15 +379,14 @@ bool e2sm_kpm::_extract_real_type_meas_value(E2SM_KPM_meas_value_t& meas_value,
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uint32_t size;
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uint32_t size;
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switch (meas_value.label) {
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switch (meas_value.label) {
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case MIN_LABEL:
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case MIN_LABEL:
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meas_value.real_value = *std::min_element(enb_metrics.sys.cpu_load.begin(), enb_metrics.sys.cpu_load.end());
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value = *std::min_element(enb_metrics.sys.cpu_load.begin(), enb_metrics.sys.cpu_load.end());
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return true;
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return true;
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case MAX_LABEL:
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case MAX_LABEL:
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meas_value.real_value = *std::max_element(enb_metrics.sys.cpu_load.begin(), enb_metrics.sys.cpu_load.end());
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value = *std::max_element(enb_metrics.sys.cpu_load.begin(), enb_metrics.sys.cpu_load.end());
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return true;
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return true;
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case AVG_LABEL:
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case AVG_LABEL:
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size = enb_metrics.sys.cpu_load.size();
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size = enb_metrics.sys.cpu_load.size();
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meas_value.real_value =
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value = std::accumulate(enb_metrics.sys.cpu_load.begin(), enb_metrics.sys.cpu_load.end(), 0.0 / size);
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std::accumulate(enb_metrics.sys.cpu_load.begin(), enb_metrics.sys.cpu_load.end(), 0.0 / size);
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return true;
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return true;
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default:
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default:
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return false;
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return false;
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