#include #include #include #include "cn_assisted_ran_para.h" OpenAPI_cn_assisted_ran_para_t *OpenAPI_cn_assisted_ran_para_create( OpenAPI_stationary_indication_e stationary_indication, bool is_communication_duration_time, int communication_duration_time, bool is_periodic_time, int periodic_time, OpenAPI_scheduled_communication_time_t *scheduled_communication_time, OpenAPI_scheduled_communication_type_e scheduled_communication_type, OpenAPI_traffic_profile_e traffic_profile, OpenAPI_battery_indication_t *battery_indication ) { OpenAPI_cn_assisted_ran_para_t *cn_assisted_ran_para_local_var = ogs_malloc(sizeof(OpenAPI_cn_assisted_ran_para_t)); ogs_assert(cn_assisted_ran_para_local_var); cn_assisted_ran_para_local_var->stationary_indication = stationary_indication; cn_assisted_ran_para_local_var->is_communication_duration_time = is_communication_duration_time; cn_assisted_ran_para_local_var->communication_duration_time = communication_duration_time; cn_assisted_ran_para_local_var->is_periodic_time = is_periodic_time; cn_assisted_ran_para_local_var->periodic_time = periodic_time; cn_assisted_ran_para_local_var->scheduled_communication_time = scheduled_communication_time; cn_assisted_ran_para_local_var->scheduled_communication_type = scheduled_communication_type; cn_assisted_ran_para_local_var->traffic_profile = traffic_profile; cn_assisted_ran_para_local_var->battery_indication = battery_indication; return cn_assisted_ran_para_local_var; } void OpenAPI_cn_assisted_ran_para_free(OpenAPI_cn_assisted_ran_para_t *cn_assisted_ran_para) { OpenAPI_lnode_t *node = NULL; if (NULL == cn_assisted_ran_para) { return; } if (cn_assisted_ran_para->scheduled_communication_time) { OpenAPI_scheduled_communication_time_free(cn_assisted_ran_para->scheduled_communication_time); cn_assisted_ran_para->scheduled_communication_time = NULL; } if (cn_assisted_ran_para->battery_indication) { OpenAPI_battery_indication_free(cn_assisted_ran_para->battery_indication); cn_assisted_ran_para->battery_indication = NULL; } ogs_free(cn_assisted_ran_para); } cJSON *OpenAPI_cn_assisted_ran_para_convertToJSON(OpenAPI_cn_assisted_ran_para_t *cn_assisted_ran_para) { cJSON *item = NULL; OpenAPI_lnode_t *node = NULL; if (cn_assisted_ran_para == NULL) { ogs_error("OpenAPI_cn_assisted_ran_para_convertToJSON() failed [CnAssistedRanPara]"); return NULL; } item = cJSON_CreateObject(); if (cn_assisted_ran_para->stationary_indication != OpenAPI_stationary_indication_NULL) { if (cJSON_AddStringToObject(item, "stationaryIndication", OpenAPI_stationary_indication_ToString(cn_assisted_ran_para->stationary_indication)) == NULL) { ogs_error("OpenAPI_cn_assisted_ran_para_convertToJSON() failed [stationary_indication]"); goto end; } } if (cn_assisted_ran_para->is_communication_duration_time) { if (cJSON_AddNumberToObject(item, "communicationDurationTime", cn_assisted_ran_para->communication_duration_time) == NULL) { ogs_error("OpenAPI_cn_assisted_ran_para_convertToJSON() failed [communication_duration_time]"); goto end; } } if (cn_assisted_ran_para->is_periodic_time) { if (cJSON_AddNumberToObject(item, "periodicTime", cn_assisted_ran_para->periodic_time) == NULL) { ogs_error("OpenAPI_cn_assisted_ran_para_convertToJSON() failed [periodic_time]"); goto end; } } if (cn_assisted_ran_para->scheduled_communication_time) { cJSON *scheduled_communication_time_local_JSON = OpenAPI_scheduled_communication_time_convertToJSON(cn_assisted_ran_para->scheduled_communication_time); if (scheduled_communication_time_local_JSON == NULL) { ogs_error("OpenAPI_cn_assisted_ran_para_convertToJSON() failed [scheduled_communication_time]"); goto end; } cJSON_AddItemToObject(item, "scheduledCommunicationTime", scheduled_communication_time_local_JSON); if (item->child == NULL) { ogs_error("OpenAPI_cn_assisted_ran_para_convertToJSON() failed [scheduled_communication_time]"); goto end; } } if (cn_assisted_ran_para->scheduled_communication_type != OpenAPI_scheduled_communication_type_NULL) { if (cJSON_AddStringToObject(item, "scheduledCommunicationType", OpenAPI_scheduled_communication_type_ToString(cn_assisted_ran_para->scheduled_communication_type)) == NULL) { ogs_error("OpenAPI_cn_assisted_ran_para_convertToJSON() failed [scheduled_communication_type]"); goto end; } } if (cn_assisted_ran_para->traffic_profile != OpenAPI_traffic_profile_NULL) { if (cJSON_AddStringToObject(item, "trafficProfile", OpenAPI_traffic_profile_ToString(cn_assisted_ran_para->traffic_profile)) == NULL) { ogs_error("OpenAPI_cn_assisted_ran_para_convertToJSON() failed [traffic_profile]"); goto end; } } if (cn_assisted_ran_para->battery_indication) { cJSON *battery_indication_local_JSON = OpenAPI_battery_indication_convertToJSON(cn_assisted_ran_para->battery_indication); if (battery_indication_local_JSON == NULL) { ogs_error("OpenAPI_cn_assisted_ran_para_convertToJSON() failed [battery_indication]"); goto end; } cJSON_AddItemToObject(item, "batteryIndication", battery_indication_local_JSON); if (item->child == NULL) { ogs_error("OpenAPI_cn_assisted_ran_para_convertToJSON() failed [battery_indication]"); goto end; } } end: return item; } OpenAPI_cn_assisted_ran_para_t *OpenAPI_cn_assisted_ran_para_parseFromJSON(cJSON *cn_assisted_ran_paraJSON) { OpenAPI_cn_assisted_ran_para_t *cn_assisted_ran_para_local_var = NULL; OpenAPI_lnode_t *node = NULL; cJSON *stationary_indication = NULL; OpenAPI_stationary_indication_e stationary_indicationVariable = 0; cJSON *communication_duration_time = NULL; cJSON *periodic_time = NULL; cJSON *scheduled_communication_time = NULL; OpenAPI_scheduled_communication_time_t *scheduled_communication_time_local_nonprim = NULL; cJSON *scheduled_communication_type = NULL; OpenAPI_scheduled_communication_type_e scheduled_communication_typeVariable = 0; cJSON *traffic_profile = NULL; OpenAPI_traffic_profile_e traffic_profileVariable = 0; cJSON *battery_indication = NULL; OpenAPI_battery_indication_t *battery_indication_local_nonprim = NULL; stationary_indication = cJSON_GetObjectItemCaseSensitive(cn_assisted_ran_paraJSON, "stationaryIndication"); if (stationary_indication) { if (!cJSON_IsString(stationary_indication)) { ogs_error("OpenAPI_cn_assisted_ran_para_parseFromJSON() failed [stationary_indication]"); goto end; } stationary_indicationVariable = OpenAPI_stationary_indication_FromString(stationary_indication->valuestring); } communication_duration_time = cJSON_GetObjectItemCaseSensitive(cn_assisted_ran_paraJSON, "communicationDurationTime"); if (communication_duration_time) { if (!cJSON_IsNumber(communication_duration_time)) { ogs_error("OpenAPI_cn_assisted_ran_para_parseFromJSON() failed [communication_duration_time]"); goto end; } } periodic_time = cJSON_GetObjectItemCaseSensitive(cn_assisted_ran_paraJSON, "periodicTime"); if (periodic_time) { if (!cJSON_IsNumber(periodic_time)) { ogs_error("OpenAPI_cn_assisted_ran_para_parseFromJSON() failed [periodic_time]"); goto end; } } scheduled_communication_time = cJSON_GetObjectItemCaseSensitive(cn_assisted_ran_paraJSON, "scheduledCommunicationTime"); if (scheduled_communication_time) { scheduled_communication_time_local_nonprim = OpenAPI_scheduled_communication_time_parseFromJSON(scheduled_communication_time); if (!scheduled_communication_time_local_nonprim) { ogs_error("OpenAPI_scheduled_communication_time_parseFromJSON failed [scheduled_communication_time]"); goto end; } } scheduled_communication_type = cJSON_GetObjectItemCaseSensitive(cn_assisted_ran_paraJSON, "scheduledCommunicationType"); if (scheduled_communication_type) { if (!cJSON_IsString(scheduled_communication_type)) { ogs_error("OpenAPI_cn_assisted_ran_para_parseFromJSON() failed [scheduled_communication_type]"); goto end; } scheduled_communication_typeVariable = OpenAPI_scheduled_communication_type_FromString(scheduled_communication_type->valuestring); } traffic_profile = cJSON_GetObjectItemCaseSensitive(cn_assisted_ran_paraJSON, "trafficProfile"); if (traffic_profile) { if (!cJSON_IsString(traffic_profile)) { ogs_error("OpenAPI_cn_assisted_ran_para_parseFromJSON() failed [traffic_profile]"); goto end; } traffic_profileVariable = OpenAPI_traffic_profile_FromString(traffic_profile->valuestring); } battery_indication = cJSON_GetObjectItemCaseSensitive(cn_assisted_ran_paraJSON, "batteryIndication"); if (battery_indication) { battery_indication_local_nonprim = OpenAPI_battery_indication_parseFromJSON(battery_indication); if (!battery_indication_local_nonprim) { ogs_error("OpenAPI_battery_indication_parseFromJSON failed [battery_indication]"); goto end; } } cn_assisted_ran_para_local_var = OpenAPI_cn_assisted_ran_para_create ( stationary_indication ? stationary_indicationVariable : 0, communication_duration_time ? true : false, communication_duration_time ? communication_duration_time->valuedouble : 0, periodic_time ? true : false, periodic_time ? periodic_time->valuedouble : 0, scheduled_communication_time ? scheduled_communication_time_local_nonprim : NULL, scheduled_communication_type ? scheduled_communication_typeVariable : 0, traffic_profile ? traffic_profileVariable : 0, battery_indication ? battery_indication_local_nonprim : NULL ); return cn_assisted_ran_para_local_var; end: if (scheduled_communication_time_local_nonprim) { OpenAPI_scheduled_communication_time_free(scheduled_communication_time_local_nonprim); scheduled_communication_time_local_nonprim = NULL; } if (battery_indication_local_nonprim) { OpenAPI_battery_indication_free(battery_indication_local_nonprim); battery_indication_local_nonprim = NULL; } return NULL; } OpenAPI_cn_assisted_ran_para_t *OpenAPI_cn_assisted_ran_para_copy(OpenAPI_cn_assisted_ran_para_t *dst, OpenAPI_cn_assisted_ran_para_t *src) { cJSON *item = NULL; char *content = NULL; ogs_assert(src); item = OpenAPI_cn_assisted_ran_para_convertToJSON(src); if (!item) { ogs_error("OpenAPI_cn_assisted_ran_para_convertToJSON() failed"); return NULL; } content = cJSON_Print(item); cJSON_Delete(item); if (!content) { ogs_error("cJSON_Print() failed"); return NULL; } item = cJSON_Parse(content); ogs_free(content); if (!item) { ogs_error("cJSON_Parse() failed"); return NULL; } OpenAPI_cn_assisted_ran_para_free(dst); dst = OpenAPI_cn_assisted_ran_para_parseFromJSON(item); cJSON_Delete(item); return dst; }