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Commit 238c743b authored by Tien-Thinh Nguyen's avatar Tien-Thinh Nguyen
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Code cleanup/format for PFCP/UDP

parent 6937f31e
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src/pfcp/3gpp_29.244.cpp
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......@@ -3,9 +3,9 @@
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The OpenAirInterface Software Alliance licenses this file to You under
* the OAI Public License, Version 1.1 (the "License"); you may not use this file
* except in compliance with the License.
* You may obtain a copy of the License at
* the OAI Public License, Version 1.1 (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.openairinterface.org/?page_id=698
*
......@@ -26,7 +26,6 @@
\email: lionel.gauthier@eurecom.fr
*/
#include "3gpp_29.244.hpp"
#include <string>
......@@ -34,954 +33,908 @@
using namespace pfcp;
//------------------------------------------------------------------------------
pfcp_ie * pfcp_ie::new_pfcp_ie_from_stream(std::istream& is) {
pfcp_ie* pfcp_ie::new_pfcp_ie_from_stream(std::istream& is) {
pfcp_tlv tlv;
tlv.load_from(is);
if (tlv.length) {
switch (tlv.type) {
case PFCP_IE_CREATE_PDR: {
pfcp_create_pdr_ie *ie = new pfcp_create_pdr_ie(tlv);
pfcp_create_pdr_ie* ie = new pfcp_create_pdr_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_PDI: {
pfcp_pdi_ie *ie = new pfcp_pdi_ie(tlv);
pfcp_pdi_ie* ie = new pfcp_pdi_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_CREATE_FAR: {
pfcp_create_far_ie *ie = new pfcp_create_far_ie(tlv);
pfcp_create_far_ie* ie = new pfcp_create_far_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_FORWARDING_PARAMETERS: {
pfcp_forwarding_parameters_ie *ie = new pfcp_forwarding_parameters_ie(tlv);
pfcp_forwarding_parameters_ie* ie =
new pfcp_forwarding_parameters_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_DUPLICATING_PARAMETERS: {
pfcp_duplicating_parameters_ie *ie = new pfcp_duplicating_parameters_ie(tlv);
pfcp_duplicating_parameters_ie* ie =
new pfcp_duplicating_parameters_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_CREATE_URR: {
pfcp_create_urr_ie *ie = new pfcp_create_urr_ie(tlv);
pfcp_create_urr_ie* ie = new pfcp_create_urr_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_CREATE_QER: {
pfcp_create_qer_ie *ie = new pfcp_create_qer_ie(tlv);
pfcp_create_qer_ie* ie = new pfcp_create_qer_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_CREATED_PDR: {
pfcp_created_pdr_ie *ie = new pfcp_created_pdr_ie(tlv);
pfcp_created_pdr_ie* ie = new pfcp_created_pdr_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_UPDATE_PDR: {
pfcp_update_pdr_ie *ie = new pfcp_update_pdr_ie(tlv);
pfcp_update_pdr_ie* ie = new pfcp_update_pdr_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_UPDATE_FAR: {
pfcp_update_far_ie *ie = new pfcp_update_far_ie(tlv);
pfcp_update_far_ie* ie = new pfcp_update_far_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_UPDATE_FORWARDING_PARAMETERS: {
pfcp_update_forwarding_parameters_ie *ie = new pfcp_update_forwarding_parameters_ie(tlv);
pfcp_update_forwarding_parameters_ie* ie =
new pfcp_update_forwarding_parameters_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_UPDATE_BAR_WITHIN_PFCP_SESSION_REPORT_RESPONSE: {
pfcp_update_bar_within_pfcp_session_report_response_ie *ie = new pfcp_update_bar_within_pfcp_session_report_response_ie(tlv);
pfcp_update_bar_within_pfcp_session_report_response_ie* ie =
new pfcp_update_bar_within_pfcp_session_report_response_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_UPDATE_URR: {
pfcp_update_urr_ie *ie = new pfcp_update_urr_ie(tlv);
pfcp_update_urr_ie* ie = new pfcp_update_urr_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_UPDATE_QER: {
pfcp_update_qer_ie *ie = new pfcp_update_qer_ie(tlv);
pfcp_update_qer_ie* ie = new pfcp_update_qer_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_REMOVE_PDR: {
pfcp_remove_pdr_ie *ie = new pfcp_remove_pdr_ie(tlv);
pfcp_remove_pdr_ie* ie = new pfcp_remove_pdr_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_REMOVE_FAR: {
pfcp_remove_far_ie *ie = new pfcp_remove_far_ie(tlv);
pfcp_remove_far_ie* ie = new pfcp_remove_far_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_REMOVE_URR: {
pfcp_remove_urr_ie *ie = new pfcp_remove_urr_ie(tlv);
pfcp_remove_urr_ie* ie = new pfcp_remove_urr_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_REMOVE_QER: {
pfcp_remove_qer_ie *ie = new pfcp_remove_qer_ie(tlv);
pfcp_remove_qer_ie* ie = new pfcp_remove_qer_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_CAUSE: {
pfcp_cause_ie *ie = new pfcp_cause_ie(tlv);
pfcp_cause_ie* ie = new pfcp_cause_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_SOURCE_INTERFACE: {
pfcp_source_interface_ie *ie = new pfcp_source_interface_ie(tlv);
pfcp_source_interface_ie* ie = new pfcp_source_interface_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_F_TEID: {
pfcp_fteid_ie *ie = new pfcp_fteid_ie(tlv);
pfcp_fteid_ie* ie = new pfcp_fteid_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_NETWORK_INSTANCE: {
pfcp_network_instance_ie *ie = new pfcp_network_instance_ie(tlv);
pfcp_network_instance_ie* ie = new pfcp_network_instance_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_SDF_FILTER: {
pfcp_sdf_filter_ie *ie = new pfcp_sdf_filter_ie(tlv);
pfcp_sdf_filter_ie* ie = new pfcp_sdf_filter_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_APPLICATION_ID: {
pfcp_application_id_ie *ie = new pfcp_application_id_ie(tlv);
pfcp_application_id_ie* ie = new pfcp_application_id_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_GATE_STATUS: {
pfcp_gate_status_ie *ie = new pfcp_gate_status_ie(tlv);
pfcp_gate_status_ie* ie = new pfcp_gate_status_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_MBR: {
pfcp_mbr_ie *ie = new pfcp_mbr_ie(tlv);
pfcp_mbr_ie* ie = new pfcp_mbr_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_GBR: {
pfcp_gbr_ie *ie = new pfcp_gbr_ie(tlv);
pfcp_gbr_ie* ie = new pfcp_gbr_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_QER_CORRELATION_ID: {
pfcp_qer_correlation_id_ie *ie = new pfcp_qer_correlation_id_ie(tlv);
pfcp_qer_correlation_id_ie* ie = new pfcp_qer_correlation_id_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_PRECEDENCE: {
pfcp_precedence_ie *ie = new pfcp_precedence_ie(tlv);
pfcp_precedence_ie* ie = new pfcp_precedence_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_TRANSPORT_LEVEL_MARKING: {
pfcp_transport_level_marking_ie *ie = new pfcp_transport_level_marking_ie(tlv);
pfcp_transport_level_marking_ie* ie =
new pfcp_transport_level_marking_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_VOLUME_THRESHOLD: {
pfcp_volume_threshold_ie *ie = new pfcp_volume_threshold_ie(tlv);
pfcp_volume_threshold_ie* ie = new pfcp_volume_threshold_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_TIME_THRESHOLD: {
pfcp_time_threshold_ie *ie = new pfcp_time_threshold_ie(tlv);
pfcp_time_threshold_ie* ie = new pfcp_time_threshold_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_MONITORING_TIME: {
pfcp_monitoring_time_ie *ie = new pfcp_monitoring_time_ie(tlv);
pfcp_monitoring_time_ie* ie = new pfcp_monitoring_time_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_SUBSEQUENT_VOLUME_THRESHOLD: {
pfcp_subsequent_volume_threshold_ie *ie = new pfcp_subsequent_volume_threshold_ie(tlv);
pfcp_subsequent_volume_threshold_ie* ie =
new pfcp_subsequent_volume_threshold_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_SUBSEQUENT_TIME_THRESHOLD: {
pfcp_subsequent_time_threshold_ie *ie = new pfcp_subsequent_time_threshold_ie(tlv);
pfcp_subsequent_time_threshold_ie* ie =
new pfcp_subsequent_time_threshold_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_INACTIVITY_DETECTION_TIME: {
pfcp_inactivity_detection_time_ie *ie = new pfcp_inactivity_detection_time_ie(tlv);
pfcp_inactivity_detection_time_ie* ie =
new pfcp_inactivity_detection_time_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_REPORTING_TRIGGERS: {
pfcp_reporting_triggers_ie *ie = new pfcp_reporting_triggers_ie(tlv);
pfcp_reporting_triggers_ie* ie = new pfcp_reporting_triggers_ie(tlv);
ie->load_from(is);
return ie;
}
break;
// case PFCP_IE_REDIRECT_INFORMATION: {
// pfcp_redirect_information_ie *ie = new pfcp_redirect_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
} break;
// case PFCP_IE_REDIRECT_INFORMATION: {
// pfcp_redirect_information_ie *ie = new
// pfcp_redirect_information_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
case PFCP_IE_REPORT_TYPE: {
pfcp_report_type_ie *ie = new pfcp_report_type_ie(tlv);
pfcp_report_type_ie* ie = new pfcp_report_type_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_OFFENDING_IE: {
pfcp_offending_ie_ie *ie = new pfcp_offending_ie_ie(tlv);
pfcp_offending_ie_ie* ie = new pfcp_offending_ie_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_FORWARDING_POLICY: {
pfcp_forwarding_policy_ie *ie = new pfcp_forwarding_policy_ie(tlv);
pfcp_forwarding_policy_ie* ie = new pfcp_forwarding_policy_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_DESTINATION_INTERFACE: {
pfcp_destination_interface_ie *ie = new pfcp_destination_interface_ie(tlv);
pfcp_destination_interface_ie* ie =
new pfcp_destination_interface_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_UP_FUNCTION_FEATURES: {
pfcp_up_function_features_ie *ie = new pfcp_up_function_features_ie(tlv);
pfcp_up_function_features_ie* ie =
new pfcp_up_function_features_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_APPLY_ACTION: {
pfcp_apply_action_ie *ie = new pfcp_apply_action_ie(tlv);
ie->load_from(is);
return ie;
}
break;
// case PFCP_IE_DOWNLINK_DATA_SERVICE_INFORMATION: {
// pfcp_downlink_data_service_information_ie *ie = new pfcp_downlink_data_service_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_DOWNLINK_DATA_NOTIFICATION_DELAY: {
// pfcp_downlink_data_notification_delay_ie *ie = new pfcp_downlink_data_notification_delay_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_DL_BUFFERING_DURATION: {
// pfcp_dl_buffering_duration_ie *ie = new pfcp_dl_buffering_duration_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_DL_BUFFERING_SUGGESTED_PACKET_COUNT: {
// pfcp_dl_buffering_suggested_packet_count_ie *ie = new pfcp_dl_buffering_suggested_packet_count_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_PFCPSMREQ_FLAGS: {
// pfcp_pfcpsmreq_flags_ie *ie = new pfcp_pfcpsmreq_flags_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_PFCPSRRSP_FLAGS: {
// pfcp_pfcpsrrsp_flags_ie *ie = new pfcp_pfcpsrrsp_flags_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_LOAD_CONTROL_INFORMATION: {
// pfcp_load_control_information_ie *ie = new pfcp_load_control_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_SEQUENCE_NUMBER: {
// pfcp_sequence_number_ie *ie = new pfcp_sequence_number_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_METRIC: {
// pfcp_metric_ie *ie = new pfcp_metric_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_OVERLOAD_CONTROL_INFORMATION: {
// pfcp_overload_control_information_ie *ie = new pfcp_overload_control_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_TIMER: {
// pfcp_timer_ie *ie = new pfcp_timer_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
pfcp_apply_action_ie* ie = new pfcp_apply_action_ie(tlv);
ie->load_from(is);
return ie;
} break;
// case PFCP_IE_DOWNLINK_DATA_SERVICE_INFORMATION: {
// pfcp_downlink_data_service_information_ie *ie = new
// pfcp_downlink_data_service_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_DOWNLINK_DATA_NOTIFICATION_DELAY: {
// pfcp_downlink_data_notification_delay_ie *ie = new
// pfcp_downlink_data_notification_delay_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_DL_BUFFERING_DURATION: {
// pfcp_dl_buffering_duration_ie *ie = new
// pfcp_dl_buffering_duration_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
// case PFCP_IE_DL_BUFFERING_SUGGESTED_PACKET_COUNT: {
// pfcp_dl_buffering_suggested_packet_count_ie *ie = new
// pfcp_dl_buffering_suggested_packet_count_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_PFCPSMREQ_FLAGS: {
// pfcp_pfcpsmreq_flags_ie *ie = new
// pfcp_pfcpsmreq_flags_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_PFCPSRRSP_FLAGS: {
// pfcp_pfcpsrrsp_flags_ie *ie = new
// pfcp_pfcpsrrsp_flags_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_LOAD_CONTROL_INFORMATION: {
// pfcp_load_control_information_ie *ie = new
// pfcp_load_control_information_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_SEQUENCE_NUMBER: {
// pfcp_sequence_number_ie *ie = new
// pfcp_sequence_number_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_METRIC: {
// pfcp_metric_ie *ie = new pfcp_metric_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_OVERLOAD_CONTROL_INFORMATION: {
// pfcp_overload_control_information_ie *ie = new
// pfcp_overload_control_information_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_TIMER: {
// pfcp_timer_ie *ie = new pfcp_timer_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
case PFCP_IE_PACKET_DETECTION_RULE_ID: {
pfcp_pdr_id_ie *ie = new pfcp_pdr_id_ie(tlv);
pfcp_pdr_id_ie* ie = new pfcp_pdr_id_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_F_SEID: {
pfcp_f_seid_ie *ie = new pfcp_f_seid_ie(tlv);
ie->load_from(is);
return ie;
}
break;
// case PFCP_IE_APPLICATION_IDS_PFDS: {
// pfcp_application_ids_pfds_ie *ie = new pfcp_application_ids_pfds_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_PFD: {
// pfcp_pfd_ie *ie = new pfcp_pfd_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
pfcp_f_seid_ie* ie = new pfcp_f_seid_ie(tlv);
ie->load_from(is);
return ie;
} break;
// case PFCP_IE_APPLICATION_IDS_PFDS: {
// pfcp_application_ids_pfds_ie *ie = new
// pfcp_application_ids_pfds_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
// case PFCP_IE_PFD: {
// pfcp_pfd_ie *ie = new pfcp_pfd_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
case PFCP_IE_NODE_ID: {
pfcp_node_id_ie *ie = new pfcp_node_id_ie(tlv);
ie->load_from(is);
return ie;
}
break;
// case PFCP_IE_PFD_CONTENTS: {
// pfcp_pfd_contents_ie *ie = new pfcp_pfd_contents_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_MEASUREMENT_METHOD: {
// pfcp_measurement_method_ie *ie = new pfcp_measurement_method_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_USAGE_REPORT_TRIGGER: {
// pfcp_usage_report_trigger_ie *ie = new pfcp_usage_report_trigger_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_MEASUREMENT_PERIOD: {
// pfcp_measurement_period_ie *ie = new pfcp_measurement_period_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_FQ_CSID: {
// pfcp_fq_csid_ie *ie = new pfcp_fq_csid_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_VOLUME_MEASUREMENT: {
// pfcp_volume_measurement_ie *ie = new pfcp_volume_measurement_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_DURATION_MEASUREMENT: {
// pfcp_duration_measurement_ie *ie = new pfcp_duration_measurement_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_APPLICATION_DETECTION_INFORMATION: {
// pfcp_application_detection_information_ie *ie = new pfcp_application_detection_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_TIME_OF_FIRST_PACKET: {
// pfcp_time_of_first_packet_ie *ie = new pfcp_time_of_first_packet_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_TIME_OF_LAST_PACKET: {
// pfcp_time_of_last_packet_ie *ie = new pfcp_time_of_last_packet_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_QUOTA_HOLDING_TIME: {
// pfcp_quota_holding_time_ie *ie = new pfcp_quota_holding_time_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_DROPPED_DL_TRAFFIC_THRESHOLD: {
// pfcp_dropped_dl_traffic_threshold_ie *ie = new pfcp_dropped_dl_traffic_threshold_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_VOLUME_QUOTA: {
// pfcp_volume_quota_ie *ie = new pfcp_volume_quota_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_TIME_QUOTA: {
// pfcp_time_quota_ie *ie = new pfcp_time_quota_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_START_TIME: {
// pfcp_start_time_ie *ie = new pfcp_start_time_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_END_TIME: {
// pfcp_end_time_ie *ie = new pfcp_end_time_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_QUERY_URR: {
// pfcp_query_urr_ie *ie = new pfcp_query_urr_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_USAGE_REPORT_WITHIN_SESSION_MODIFICATION_RESPONSE: {
// pfcp_usage_report_within_session_modification_response_ie *ie = new pfcp_usage_report_within_session_modification_response_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_USAGE_REPORT_WITHIN_SESSION_DELETION_RESPONSE: {
// pfcp_usage_report_within_session_deletion_response_ie *ie = new pfcp_usage_report_within_session_deletion_response_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_USAGE_REPORT_WITHIN_SESSION_REPORT_REQUEST: {
// pfcp_usage_report_within_session_report_request_ie *ie = new pfcp_usage_report_within_session_report_request_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
pfcp_node_id_ie* ie = new pfcp_node_id_ie(tlv);
ie->load_from(is);
return ie;
} break;
// case PFCP_IE_PFD_CONTENTS: {
// pfcp_pfd_contents_ie *ie = new pfcp_pfd_contents_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_MEASUREMENT_METHOD: {
// pfcp_measurement_method_ie *ie = new
// pfcp_measurement_method_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_USAGE_REPORT_TRIGGER: {
// pfcp_usage_report_trigger_ie *ie = new
// pfcp_usage_report_trigger_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
// case PFCP_IE_MEASUREMENT_PERIOD: {
// pfcp_measurement_period_ie *ie = new
// pfcp_measurement_period_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_FQ_CSID: {
// pfcp_fq_csid_ie *ie = new pfcp_fq_csid_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_VOLUME_MEASUREMENT: {
// pfcp_volume_measurement_ie *ie = new
// pfcp_volume_measurement_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_DURATION_MEASUREMENT: {
// pfcp_duration_measurement_ie *ie = new
// pfcp_duration_measurement_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
// case PFCP_IE_APPLICATION_DETECTION_INFORMATION: {
// pfcp_application_detection_information_ie *ie = new
// pfcp_application_detection_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_TIME_OF_FIRST_PACKET: {
// pfcp_time_of_first_packet_ie *ie = new
// pfcp_time_of_first_packet_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
// case PFCP_IE_TIME_OF_LAST_PACKET: {
// pfcp_time_of_last_packet_ie *ie = new
// pfcp_time_of_last_packet_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
// case PFCP_IE_QUOTA_HOLDING_TIME: {
// pfcp_quota_holding_time_ie *ie = new
// pfcp_quota_holding_time_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_DROPPED_DL_TRAFFIC_THRESHOLD: {
// pfcp_dropped_dl_traffic_threshold_ie *ie = new
// pfcp_dropped_dl_traffic_threshold_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_VOLUME_QUOTA: {
// pfcp_volume_quota_ie *ie = new pfcp_volume_quota_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_TIME_QUOTA: {
// pfcp_time_quota_ie *ie = new pfcp_time_quota_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_START_TIME: {
// pfcp_start_time_ie *ie = new pfcp_start_time_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_END_TIME: {
// pfcp_end_time_ie *ie = new pfcp_end_time_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_QUERY_URR: {
// pfcp_query_urr_ie *ie = new pfcp_query_urr_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_USAGE_REPORT_WITHIN_SESSION_MODIFICATION_RESPONSE: {
// pfcp_usage_report_within_session_modification_response_ie *ie
// = new
// pfcp_usage_report_within_session_modification_response_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_USAGE_REPORT_WITHIN_SESSION_DELETION_RESPONSE: {
// pfcp_usage_report_within_session_deletion_response_ie *ie =
// new
// pfcp_usage_report_within_session_deletion_response_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_USAGE_REPORT_WITHIN_SESSION_REPORT_REQUEST: {
// pfcp_usage_report_within_session_report_request_ie *ie = new
// pfcp_usage_report_within_session_report_request_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
case PFCP_IE_URR_ID: {
pfcp_urr_id_ie *ie = new pfcp_urr_id_ie(tlv);
pfcp_urr_id_ie* ie = new pfcp_urr_id_ie(tlv);
ie->load_from(is);
return ie;
}
break;
// case PFCP_IE_LINKED_URR_ID: {
// pfcp_linked_urr_id_ie *ie = new pfcp_linked_urr_id_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
} break;
// case PFCP_IE_LINKED_URR_ID: {
// pfcp_linked_urr_id_ie *ie = new pfcp_linked_urr_id_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
case PFCP_IE_DOWNLINK_DATA_REPORT: {
pfcp_downlink_data_report_ie *ie = new pfcp_downlink_data_report_ie(tlv);
pfcp_downlink_data_report_ie* ie =
new pfcp_downlink_data_report_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_OUTER_HEADER_CREATION: {
pfcp_outer_header_creation_ie *ie = new pfcp_outer_header_creation_ie(tlv);
ie->load_from(is);
return ie;
}
break;
// case PFCP_IE_CREATE_BAR: {
// pfcp_create_bar_ie *ie = new pfcp_create_bar_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_UPDATE_BAR_WITHIN_PFCP_SESSION_MODIFICATION_REQUEST: {
// pfcp_update_bar_within_session_modification_request_ie *ie = new pfcp_update_bar_within_session_modification_request_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_REMOVE_BAR: {
// pfcp_remove_bar_ie *ie = new pfcp_remove_bar_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
pfcp_outer_header_creation_ie* ie =
new pfcp_outer_header_creation_ie(tlv);
ie->load_from(is);
return ie;
} break;
// case PFCP_IE_CREATE_BAR: {
// pfcp_create_bar_ie *ie = new pfcp_create_bar_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_UPDATE_BAR_WITHIN_PFCP_SESSION_MODIFICATION_REQUEST:
// {
// pfcp_update_bar_within_session_modification_request_ie *ie =
// new
// pfcp_update_bar_within_session_modification_request_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_REMOVE_BAR: {
// pfcp_remove_bar_ie *ie = new pfcp_remove_bar_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
case PFCP_IE_BAR_ID: {
pfcp_bar_id_ie *ie = new pfcp_bar_id_ie(tlv);
pfcp_bar_id_ie* ie = new pfcp_bar_id_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_CP_FUNCTION_FEATURES: {
pfcp_cp_function_features_ie *ie = new pfcp_cp_function_features_ie(tlv);
ie->load_from(is);
return ie;
}
break;
// case PFCP_IE_USAGE_INFORMATION: {
// pfcp_usage_information_ie *ie = new pfcp_usage_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_APPLICATION_INSTANCE_ID: {
// pfcp_application_instance_id_ie *ie = new pfcp_application_instance_id_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_FLOW_INFORMATION: {
// pfcp_flow_information_ie *ie = new pfcp_flow_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
pfcp_cp_function_features_ie* ie =
new pfcp_cp_function_features_ie(tlv);
ie->load_from(is);
return ie;
} break;
// case PFCP_IE_USAGE_INFORMATION: {
// pfcp_usage_information_ie *ie = new
// pfcp_usage_information_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_APPLICATION_INSTANCE_ID: {
// pfcp_application_instance_id_ie *ie = new
// pfcp_application_instance_id_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_FLOW_INFORMATION: {
// pfcp_flow_information_ie *ie = new
// pfcp_flow_information_ie(tlv); ie->load_from(is); return ie;
// }
// break;
case PFCP_IE_UE_IP_ADDRESS: {
pfcp_ue_ip_address_ie *ie = new pfcp_ue_ip_address_ie(tlv);
pfcp_ue_ip_address_ie* ie = new pfcp_ue_ip_address_ie(tlv);
ie->load_from(is);
return ie;
}
break;
// case PFCP_IE_PACKET_RATE: {
// pfcp_packet_rate_ie *ie = new pfcp_packet_rate_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
} break;
// case PFCP_IE_PACKET_RATE: {
// pfcp_packet_rate_ie *ie = new pfcp_packet_rate_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
case PFCP_IE_OUTER_HEADER_REMOVAL: {
pfcp_outer_header_removal_ie *ie = new pfcp_outer_header_removal_ie(tlv);
pfcp_outer_header_removal_ie* ie =
new pfcp_outer_header_removal_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_RECOVERY_TIME_STAMP: {
pfcp_recovery_time_stamp_ie *ie = new pfcp_recovery_time_stamp_ie(tlv);
ie->load_from(is);
return ie;
}
break;
// case PFCP_IE_DL_FLOW_LEVEL_MARKING: {
// pfcp_dl_flow_level_marking_ie *ie = new pfcp_dl_flow_level_marking_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_HEADER_ENRICHMENT: {
// pfcp_header_enrichment_ie *ie = new pfcp_header_enrichment_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_ERROR_INDICATION_REPORT: {
// pfcp_error_indication_report_ie *ie = new pfcp_error_indication_report_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_MEASUREMENT_INFORMATION: {
// pfcp_measurement_information_ie *ie = new pfcp_measurement_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_NODE_REPORT_TYPE: {
// pfcp_node_report_type_ie *ie = new pfcp_node_report_type_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_USER_PLANE_PATH_FAILURE_REPORT: {
// pfcp_user_plane_path_failure_report_ie *ie = new pfcp_user_plane_path_failure_report_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_REMOTE_GTP_U_PEER: {
// pfcp_remote_gtp_u_peer_ie *ie = new pfcp_remote_gtp_u_peer_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_UR_SEQN: {
// pfcp_ur_seqn_ie *ie = new pfcp_ur_seqn_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_UPDATE_DUPLICATING_PARAMETERS: {
// pfcp_update_duplicating_parameters_ie *ie = new pfcp_update_duplicating_parameters_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
pfcp_recovery_time_stamp_ie* ie = new pfcp_recovery_time_stamp_ie(tlv);
ie->load_from(is);
return ie;
} break;
// case PFCP_IE_DL_FLOW_LEVEL_MARKING: {
// pfcp_dl_flow_level_marking_ie *ie = new
// pfcp_dl_flow_level_marking_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
// case PFCP_IE_HEADER_ENRICHMENT: {
// pfcp_header_enrichment_ie *ie = new
// pfcp_header_enrichment_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_ERROR_INDICATION_REPORT: {
// pfcp_error_indication_report_ie *ie = new
// pfcp_error_indication_report_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_MEASUREMENT_INFORMATION: {
// pfcp_measurement_information_ie *ie = new
// pfcp_measurement_information_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_NODE_REPORT_TYPE: {
// pfcp_node_report_type_ie *ie = new
// pfcp_node_report_type_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_USER_PLANE_PATH_FAILURE_REPORT: {
// pfcp_user_plane_path_failure_report_ie *ie = new
// pfcp_user_plane_path_failure_report_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_REMOTE_GTP_U_PEER: {
// pfcp_remote_gtp_u_peer_ie *ie = new
// pfcp_remote_gtp_u_peer_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_UR_SEQN: {
// pfcp_ur_seqn_ie *ie = new pfcp_ur_seqn_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_UPDATE_DUPLICATING_PARAMETERS: {
// pfcp_update_duplicating_parameters_ie *ie = new
// pfcp_update_duplicating_parameters_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
case PFCP_IE_ACTIVATE_PREDEFINED_RULES: {
pfcp_activate_predefined_rules_ie *ie = new pfcp_activate_predefined_rules_ie(tlv);
pfcp_activate_predefined_rules_ie* ie =
new pfcp_activate_predefined_rules_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_DEACTIVATE_PREDEFINED_RULES: {
pfcp_deactivate_predefined_rules_ie *ie = new pfcp_deactivate_predefined_rules_ie(tlv);
pfcp_deactivate_predefined_rules_ie* ie =
new pfcp_deactivate_predefined_rules_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_FAR_ID: {
pfcp_far_id_ie *ie = new pfcp_far_id_ie(tlv);
pfcp_far_id_ie* ie = new pfcp_far_id_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_QER_ID: {
pfcp_qer_id_ie *ie = new pfcp_qer_id_ie(tlv);
ie->load_from(is);
return ie;
}
break;
// case PFCP_IE_OCI_FLAGS: {
// pfcp_oci_flags_ie *ie = new pfcp_oci_flags_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_PFCP_ASSOCIATION_RELEASE_REQUEST: {
// pfcp_pfcp_association_release_request_ie *ie = new pfcp_pfcp_association_release_request_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_GRACEFUL_RELEASE_PERIOD: {
// pfcp_graceful_release_period_ie *ie = new pfcp_graceful_release_period_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_PDN_TYPE: {
// pfcp_pdn_type_ie *ie = new pfcp_pdn_type_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
pfcp_qer_id_ie* ie = new pfcp_qer_id_ie(tlv);
ie->load_from(is);
return ie;
} break;
// case PFCP_IE_OCI_FLAGS: {
// pfcp_oci_flags_ie *ie = new pfcp_oci_flags_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_PFCP_ASSOCIATION_RELEASE_REQUEST: {
// pfcp_pfcp_association_release_request_ie *ie = new
// pfcp_pfcp_association_release_request_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_GRACEFUL_RELEASE_PERIOD: {
// pfcp_graceful_release_period_ie *ie = new
// pfcp_graceful_release_period_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_PDN_TYPE: {
// pfcp_pdn_type_ie *ie = new pfcp_pdn_type_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
case PFCP_IE_FAILED_RULE_ID: {
pfcp_failed_rule_id_ie *ie = new pfcp_failed_rule_id_ie(tlv);
pfcp_failed_rule_id_ie* ie = new pfcp_failed_rule_id_ie(tlv);
ie->load_from(is);
return ie;
}
break;
// case PFCP_IE_TIME_QUOTA_MECHANISM: {
// pfcp_time_quota_mechanism_ie *ie = new pfcp_time_quota_mechanism_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
} break;
// case PFCP_IE_TIME_QUOTA_MECHANISM: {
// pfcp_time_quota_mechanism_ie *ie = new
// pfcp_time_quota_mechanism_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
case PFCP_IE_USER_PLANE_IP_RESOURCE_INFORMATION: {
pfcp_user_plane_ip_resource_information_ie *ie = new pfcp_user_plane_ip_resource_information_ie(tlv);
pfcp_user_plane_ip_resource_information_ie* ie =
new pfcp_user_plane_ip_resource_information_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
case PFCP_IE_USER_PLANE_INACTIVITY_TIMER: {
pfcp_user_plane_inactivity_timer_ie *ie = new pfcp_user_plane_inactivity_timer_ie(tlv);
ie->load_from(is);
return ie;
}
break;
// case PFCP_IE_AGGREGATED_URRS: {
// pfcp_aggregated_urrs_ie *ie = new pfcp_aggregated_urrs_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_MULTIPLIER: {
// pfcp_multiplier_ie *ie = new pfcp_multiplier_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_AGGREGATED_URR_ID: {
// pfcp_aggregated_urr_id_ie *ie = new pfcp_aggregated_urr_id_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_SUBSEQUENT_VOLUME_QUOTA: {
// pfcp_subsequent_volume_quota_ie *ie = new pfcp_subsequent_volume_quota_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_SUBSEQUENT_TIME_QUOTA: {
// pfcp_subsequent_time_quota_ie *ie = new pfcp_subsequent_time_quota_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_RQI: {
// pfcp_rqi_ie *ie = new pfcp_rqi_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
pfcp_user_plane_inactivity_timer_ie* ie =
new pfcp_user_plane_inactivity_timer_ie(tlv);
ie->load_from(is);
return ie;
} break;
// case PFCP_IE_AGGREGATED_URRS: {
// pfcp_aggregated_urrs_ie *ie = new
// pfcp_aggregated_urrs_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_MULTIPLIER: {
// pfcp_multiplier_ie *ie = new pfcp_multiplier_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_AGGREGATED_URR_ID: {
// pfcp_aggregated_urr_id_ie *ie = new
// pfcp_aggregated_urr_id_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_SUBSEQUENT_VOLUME_QUOTA: {
// pfcp_subsequent_volume_quota_ie *ie = new
// pfcp_subsequent_volume_quota_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_SUBSEQUENT_TIME_QUOTA: {
// pfcp_subsequent_time_quota_ie *ie = new
// pfcp_subsequent_time_quota_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
// case PFCP_IE_RQI: {
// pfcp_rqi_ie *ie = new pfcp_rqi_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
case PFCP_IE_QFI: {
pfcp_qfi_ie *ie = new pfcp_qfi_ie(tlv);
ie->load_from(is);
return ie;
}
break;
// case PFCP_IE_QUERY_URR_REFERENCE: {
// pfcp_query_urr_reference_ie *ie = new pfcp_query_urr_reference_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_ADDITIONAL_USAGE_REPORTS_INFORMATION: {
// pfcp_additional_usage_reports_information_ie *ie = new pfcp_additional_usage_reports_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_CREATE_TRAFFIC_ENDPOINT: {
// pfcp_create_traffic_endpoint_ie *ie = new pfcp_create_traffic_endpoint_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_CREATED_TRAFFIC_ENDPOINT: {
// pfcp_created_traffic_endpoint_ie *ie = new pfcp_created_traffic_endpoint_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_UPDATE_TRAFFIC_ENDPOINT: {
// pfcp_update_traffic_endpoint_ie *ie = new pfcp_update_traffic_endpoint_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_REMOVE_TRAFFIC_ENDPOINT: {
// pfcp_remove_traffic_endpoint_ie *ie = new pfcp_remove_traffic_endpoint_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_TRAFFIC_ENDPOINT_ID: {
// pfcp_traffic_endpoint_id_ie *ie = new pfcp_traffic_endpoint_id_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_ETHERNET_PACKET_FILTER: {
// pfcp_ethernet_packet_filter_ie *ie = new pfcp_ethernet_packet_filter_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_MAC_ADDRESS: {
// pfcp_mac_address_ie *ie = new pfcp_mac_address_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_C_TAG: {
// pfcp_c_tag_ie *ie = new pfcp_c_tag_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_S_TAG: {
// pfcp_s_tag_ie *ie = new pfcp_s_tag_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_ETHERTYPE: {
// pfcp_ethertype_ie *ie = new pfcp_ethertype_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_PROXYING: {
// pfcp_proxying_ie *ie = new pfcp_proxying_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_ETHERNET_FILTER_ID: {
// pfcp_ethernet_filter_id_ie *ie = new pfcp_ethernet_filter_id_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_ETHERNET_FILTER_PROPERTIES: {
// pfcp_ethernet_filter_properties_ie *ie = new pfcp_ethernet_filter_properties_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_SUGGESTED_BUFFERING_PACKETS_COUNT: {
// pfcp_suggested_buffering_packets_count_ie *ie = new pfcp_suggested_buffering_packets_count_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
pfcp_qfi_ie* ie = new pfcp_qfi_ie(tlv);
ie->load_from(is);
return ie;
} break;
// case PFCP_IE_QUERY_URR_REFERENCE: {
// pfcp_query_urr_reference_ie *ie = new
// pfcp_query_urr_reference_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
// case PFCP_IE_ADDITIONAL_USAGE_REPORTS_INFORMATION: {
// pfcp_additional_usage_reports_information_ie *ie = new
// pfcp_additional_usage_reports_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_CREATE_TRAFFIC_ENDPOINT: {
// pfcp_create_traffic_endpoint_ie *ie = new
// pfcp_create_traffic_endpoint_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_CREATED_TRAFFIC_ENDPOINT: {
// pfcp_created_traffic_endpoint_ie *ie = new
// pfcp_created_traffic_endpoint_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_UPDATE_TRAFFIC_ENDPOINT: {
// pfcp_update_traffic_endpoint_ie *ie = new
// pfcp_update_traffic_endpoint_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_REMOVE_TRAFFIC_ENDPOINT: {
// pfcp_remove_traffic_endpoint_ie *ie = new
// pfcp_remove_traffic_endpoint_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_TRAFFIC_ENDPOINT_ID: {
// pfcp_traffic_endpoint_id_ie *ie = new
// pfcp_traffic_endpoint_id_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
// case PFCP_IE_ETHERNET_PACKET_FILTER: {
// pfcp_ethernet_packet_filter_ie *ie = new
// pfcp_ethernet_packet_filter_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
// case PFCP_IE_MAC_ADDRESS: {
// pfcp_mac_address_ie *ie = new pfcp_mac_address_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_C_TAG: {
// pfcp_c_tag_ie *ie = new pfcp_c_tag_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_S_TAG: {
// pfcp_s_tag_ie *ie = new pfcp_s_tag_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_ETHERTYPE: {
// pfcp_ethertype_ie *ie = new pfcp_ethertype_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_PROXYING: {
// pfcp_proxying_ie *ie = new pfcp_proxying_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_ETHERNET_FILTER_ID: {
// pfcp_ethernet_filter_id_ie *ie = new
// pfcp_ethernet_filter_id_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_ETHERNET_FILTER_PROPERTIES: {
// pfcp_ethernet_filter_properties_ie *ie = new
// pfcp_ethernet_filter_properties_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_SUGGESTED_BUFFERING_PACKETS_COUNT: {
// pfcp_suggested_buffering_packets_count_ie *ie = new
// pfcp_suggested_buffering_packets_count_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
case PFCP_IE_USER_ID: {
pfcp_user_id_ie *ie = new pfcp_user_id_ie(tlv);
ie->load_from(is);
return ie;
}
break;
// case PFCP_IE_ETHERNET_PDU_SESSION_INFORMATION: {
// pfcp_ethernet_pdu_session_information_ie *ie = new pfcp_ethernet_pdu_session_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_ETHERNET_TRAFFIC_INFORMATION: {
// pfcp_ethernet_traffic_information_ie *ie = new pfcp_ethernet_traffic_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_MAC_ADDRESSES_DETECTED: {
// pfcp_mac_addresses_detected_ie *ie = new pfcp_mac_addresses_detected_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_MAC_ADDRESSES_REMOVED: {
// pfcp_mac_addresses_removed_ie *ie = new pfcp_mac_addresses_removed_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_ETHERNET_INACTIVITY_TIMER: {
// pfcp_ethernet_inactivity_timer_ie *ie = new pfcp_ethernet_inactivity_timer_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_ADDITIONAL_MONITORING_TIME: {
// pfcp_additional_monitoring_time_ie *ie = new pfcp_additional_monitoring_time_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_EVENT_INFORMATION: {
// pfcp_event_information_ie *ie = new pfcp_event_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_EVENT_REPORTING: {
// pfcp_event_reporting_ie *ie = new pfcp_event_reporting_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_EVENT_ID: {
// pfcp_event_id_ie *ie = new pfcp_event_id_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_EVENT_THRESHOLD: {
// pfcp_event_threshold_ie *ie = new pfcp_event_threshold_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_TRACE_INFORMATION: {
// pfcp_trace_information_ie *ie = new pfcp_trace_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_FRAMED_ROUTE: {
// pfcp_framed_route_ie *ie = new pfcp_framed_route_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_FRAMED_ROUTING: {
// pfcp_framed_routing_ie *ie = new pfcp_framed_routing_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_FRAMED_IPV6_ROUTE: {
// pfcp_framed_ipv6_route_ie *ie = new pfcp_framed_ipv6_route_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
pfcp_user_id_ie* ie = new pfcp_user_id_ie(tlv);
ie->load_from(is);
return ie;
} break;
// case PFCP_IE_ETHERNET_PDU_SESSION_INFORMATION: {
// pfcp_ethernet_pdu_session_information_ie *ie = new
// pfcp_ethernet_pdu_session_information_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_ETHERNET_TRAFFIC_INFORMATION: {
// pfcp_ethernet_traffic_information_ie *ie = new
// pfcp_ethernet_traffic_information_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_MAC_ADDRESSES_DETECTED: {
// pfcp_mac_addresses_detected_ie *ie = new
// pfcp_mac_addresses_detected_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
// case PFCP_IE_MAC_ADDRESSES_REMOVED: {
// pfcp_mac_addresses_removed_ie *ie = new
// pfcp_mac_addresses_removed_ie(tlv); ie->load_from(is); return
// ie;
// }
// break;
// case PFCP_IE_ETHERNET_INACTIVITY_TIMER: {
// pfcp_ethernet_inactivity_timer_ie *ie = new
// pfcp_ethernet_inactivity_timer_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_ADDITIONAL_MONITORING_TIME: {
// pfcp_additional_monitoring_time_ie *ie = new
// pfcp_additional_monitoring_time_ie(tlv); ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_EVENT_INFORMATION: {
// pfcp_event_information_ie *ie = new
// pfcp_event_information_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_EVENT_REPORTING: {
// pfcp_event_reporting_ie *ie = new
// pfcp_event_reporting_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_EVENT_ID: {
// pfcp_event_id_ie *ie = new pfcp_event_id_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_EVENT_THRESHOLD: {
// pfcp_event_threshold_ie *ie = new
// pfcp_event_threshold_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_TRACE_INFORMATION: {
// pfcp_trace_information_ie *ie = new
// pfcp_trace_information_ie(tlv); ie->load_from(is); return ie;
// }
// break;
// case PFCP_IE_FRAMED_ROUTE: {
// pfcp_framed_route_ie *ie = new pfcp_framed_route_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_FRAMED_ROUTING: {
// pfcp_framed_routing_ie *ie = new pfcp_framed_routing_ie(tlv);
// ie->load_from(is);
// return ie;
// }
// break;
// case PFCP_IE_FRAMED_IPV6_ROUTE: {
// pfcp_framed_ipv6_route_ie *ie = new
// pfcp_framed_ipv6_route_ie(tlv); ie->load_from(is); return ie;
// }
// break;
case PFCP_IE_3GPP_INTERFACE_TYPE: {
pfcp_3gpp_interface_type_ie *ie = new pfcp_3gpp_interface_type_ie(tlv);
pfcp_3gpp_interface_type_ie* ie = new pfcp_3gpp_interface_type_ie(tlv);
ie->load_from(is);
return ie;
}
break;
} break;
default:
Logger::pfcp().error("Unknown PFCP IE type %d (length %d)", tlv.get_type(), tlv.get_length());
Logger::pfcp().error(
"Unknown PFCP IE type %d (length %d)", tlv.get_type(),
tlv.get_length());
return nullptr;
}
} else {
Logger::pfcp().error("PFCP IE type %d length %d", tlv.get_type(), tlv.get_length());
Logger::pfcp().error(
"PFCP IE type %d length %d", tlv.get_type(), tlv.get_length());
return nullptr;
}
}
......@@ -989,74 +942,162 @@ pfcp_ie * pfcp_ie::new_pfcp_ie_from_stream(std::istream& is) {
pfcp_msg::pfcp_msg(const pfcp_heartbeat_request& pfcp_ies) : pfcp_msg_header() {
ies = {};
set_message_type(PFCP_HEARTBEAT_REQUEST);
if (pfcp_ies.recovery_time_stamp.first) {std::shared_ptr<pfcp_recovery_time_stamp_ie> sie(new pfcp_recovery_time_stamp_ie(pfcp_ies.recovery_time_stamp.second)); add_ie(sie);}
if (pfcp_ies.recovery_time_stamp.first) {
std::shared_ptr<pfcp_recovery_time_stamp_ie> sie(
new pfcp_recovery_time_stamp_ie(pfcp_ies.recovery_time_stamp.second));
add_ie(sie);
}
}
//------------------------------------------------------------------------------
pfcp_msg::pfcp_msg(const pfcp_heartbeat_response& pfcp_ies) : pfcp_msg_header() {
pfcp_msg::pfcp_msg(const pfcp_heartbeat_response& pfcp_ies)
: pfcp_msg_header() {
ies = {};
set_message_type(PFCP_HEARTBEAT_RESPONSE);
if (pfcp_ies.recovery_time_stamp.first) {std::shared_ptr<pfcp_recovery_time_stamp_ie> sie(new pfcp_recovery_time_stamp_ie(pfcp_ies.recovery_time_stamp.second)); add_ie(sie);}
if (pfcp_ies.recovery_time_stamp.first) {
std::shared_ptr<pfcp_recovery_time_stamp_ie> sie(
new pfcp_recovery_time_stamp_ie(pfcp_ies.recovery_time_stamp.second));
add_ie(sie);
}
}
//------------------------------------------------------------------------------
pfcp_msg::pfcp_msg(const pfcp_association_setup_request& pfcp_ies) : pfcp_msg_header() {
pfcp_msg::pfcp_msg(const pfcp_association_setup_request& pfcp_ies)
: pfcp_msg_header() {
ies = {};
set_message_type(PFCP_ASSOCIATION_SETUP_REQUEST);
if (pfcp_ies.node_id.first) {std::shared_ptr<pfcp_node_id_ie> sie(new pfcp_node_id_ie(pfcp_ies.node_id.second)); add_ie(sie);}
if (pfcp_ies.recovery_time_stamp.first) {std::shared_ptr<pfcp_recovery_time_stamp_ie> sie(new pfcp_recovery_time_stamp_ie(pfcp_ies.recovery_time_stamp.second)); add_ie(sie);}
if (pfcp_ies.up_function_features.first) {std::shared_ptr<pfcp_up_function_features_ie> sie(new pfcp_up_function_features_ie(pfcp_ies.up_function_features.second)); add_ie(sie);}
if (pfcp_ies.cp_function_features.first) {std::shared_ptr<pfcp_cp_function_features_ie> sie(new pfcp_cp_function_features_ie(pfcp_ies.cp_function_features.second)); add_ie(sie);}
if (pfcp_ies.user_plane_ip_resource_information.first) {std::shared_ptr<pfcp_user_plane_ip_resource_information_ie> sie(new
pfcp_user_plane_ip_resource_information_ie(pfcp_ies.user_plane_ip_resource_information.second)); add_ie(sie);}
if (pfcp_ies.node_id.first) {
std::shared_ptr<pfcp_node_id_ie> sie(
new pfcp_node_id_ie(pfcp_ies.node_id.second));
add_ie(sie);
}
if (pfcp_ies.recovery_time_stamp.first) {
std::shared_ptr<pfcp_recovery_time_stamp_ie> sie(
new pfcp_recovery_time_stamp_ie(pfcp_ies.recovery_time_stamp.second));
add_ie(sie);
}
if (pfcp_ies.up_function_features.first) {
std::shared_ptr<pfcp_up_function_features_ie> sie(
new pfcp_up_function_features_ie(pfcp_ies.up_function_features.second));
add_ie(sie);
}
if (pfcp_ies.cp_function_features.first) {
std::shared_ptr<pfcp_cp_function_features_ie> sie(
new pfcp_cp_function_features_ie(pfcp_ies.cp_function_features.second));
add_ie(sie);
}
if (pfcp_ies.user_plane_ip_resource_information.first) {
std::shared_ptr<pfcp_user_plane_ip_resource_information_ie> sie(
new pfcp_user_plane_ip_resource_information_ie(
pfcp_ies.user_plane_ip_resource_information.second));
add_ie(sie);
}
}
//------------------------------------------------------------------------------
pfcp_msg::pfcp_msg(const pfcp_association_setup_response& pfcp_ies) : pfcp_msg_header() {
pfcp_msg::pfcp_msg(const pfcp_association_setup_response& pfcp_ies)
: pfcp_msg_header() {
ies = {};
set_message_type(PFCP_ASSOCIATION_SETUP_RESPONSE);
if (pfcp_ies.node_id.first) {std::shared_ptr<pfcp_node_id_ie> sie(new pfcp_node_id_ie(pfcp_ies.node_id.second)); add_ie(sie);}
if (pfcp_ies.cause.first) {std::shared_ptr<pfcp_cause_ie> sie(new pfcp_cause_ie(pfcp_ies.cause.second)); add_ie(sie);}
if (pfcp_ies.recovery_time_stamp.first) {std::shared_ptr<pfcp_recovery_time_stamp_ie> sie(new pfcp_recovery_time_stamp_ie(pfcp_ies.recovery_time_stamp.second)); add_ie(sie);}
if (pfcp_ies.up_function_features.first) {std::shared_ptr<pfcp_up_function_features_ie> sie(new pfcp_up_function_features_ie(pfcp_ies.up_function_features.second)); add_ie(sie);}
if (pfcp_ies.cp_function_features.first) {std::shared_ptr<pfcp_cp_function_features_ie> sie(new pfcp_cp_function_features_ie(pfcp_ies.cp_function_features.second)); add_ie(sie);}
if (pfcp_ies.user_plane_ip_resource_information.first) {std::shared_ptr<pfcp_user_plane_ip_resource_information_ie> sie(new
pfcp_user_plane_ip_resource_information_ie(pfcp_ies.user_plane_ip_resource_information.second)); add_ie(sie);}
if (pfcp_ies.node_id.first) {
std::shared_ptr<pfcp_node_id_ie> sie(
new pfcp_node_id_ie(pfcp_ies.node_id.second));
add_ie(sie);
}
if (pfcp_ies.cause.first) {
std::shared_ptr<pfcp_cause_ie> sie(
new pfcp_cause_ie(pfcp_ies.cause.second));
add_ie(sie);
}
if (pfcp_ies.recovery_time_stamp.first) {
std::shared_ptr<pfcp_recovery_time_stamp_ie> sie(
new pfcp_recovery_time_stamp_ie(pfcp_ies.recovery_time_stamp.second));
add_ie(sie);
}
if (pfcp_ies.up_function_features.first) {
std::shared_ptr<pfcp_up_function_features_ie> sie(
new pfcp_up_function_features_ie(pfcp_ies.up_function_features.second));
add_ie(sie);
}
if (pfcp_ies.cp_function_features.first) {
std::shared_ptr<pfcp_cp_function_features_ie> sie(
new pfcp_cp_function_features_ie(pfcp_ies.cp_function_features.second));
add_ie(sie);
}
if (pfcp_ies.user_plane_ip_resource_information.first) {
std::shared_ptr<pfcp_user_plane_ip_resource_information_ie> sie(
new pfcp_user_plane_ip_resource_information_ie(
pfcp_ies.user_plane_ip_resource_information.second));
add_ie(sie);
}
}
//------------------------------------------------------------------------------
pfcp_msg::pfcp_msg(const pfcp_association_release_request& pfcp_ies) : pfcp_msg_header() {
pfcp_msg::pfcp_msg(const pfcp_association_release_request& pfcp_ies)
: pfcp_msg_header() {
ies = {};
set_message_type(PFCP_ASSOCIATION_RELEASE_REQUEST);
if (pfcp_ies.node_id.first) {std::shared_ptr<pfcp_node_id_ie> sie(new pfcp_node_id_ie(pfcp_ies.node_id.second)); add_ie(sie);}
if (pfcp_ies.node_id.first) {
std::shared_ptr<pfcp_node_id_ie> sie(
new pfcp_node_id_ie(pfcp_ies.node_id.second));
add_ie(sie);
}
}
//------------------------------------------------------------------------------
pfcp_msg::pfcp_msg(const pfcp_association_release_response& pfcp_ies) : pfcp_msg_header() {
pfcp_msg::pfcp_msg(const pfcp_association_release_response& pfcp_ies)
: pfcp_msg_header() {
ies = {};
set_message_type(PFCP_ASSOCIATION_RELEASE_RESPONSE);
if (pfcp_ies.node_id.first) {std::shared_ptr<pfcp_node_id_ie> sie(new pfcp_node_id_ie(pfcp_ies.node_id.second)); add_ie(sie);}
if (pfcp_ies.cause.first) {std::shared_ptr<pfcp_cause_ie> sie(new pfcp_cause_ie(pfcp_ies.cause.second)); add_ie(sie);}
if (pfcp_ies.node_id.first) {
std::shared_ptr<pfcp_node_id_ie> sie(
new pfcp_node_id_ie(pfcp_ies.node_id.second));
add_ie(sie);
}
if (pfcp_ies.cause.first) {
std::shared_ptr<pfcp_cause_ie> sie(
new pfcp_cause_ie(pfcp_ies.cause.second));
add_ie(sie);
}
}
//------------------------------------------------------------------------------
pfcp_msg::pfcp_msg(const pfcp_node_report_request& pfcp_ies) : pfcp_msg_header() {
pfcp_msg::pfcp_msg(const pfcp_node_report_request& pfcp_ies)
: pfcp_msg_header() {
ies = {};
set_message_type(PFCP_NODE_REPORT_REQUEST);
std::pair<bool, pfcp::node_id_t> node_id;
std::pair<bool, pfcp::node_report_type_t> node_report_type;
// TODO LATER std::pair<bool, pfcp::user_plane_path_failure_report> user_plane_path_failure_report;
// TODO LATER std::pair<bool, pfcp::user_plane_path_failure_report>
// user_plane_path_failure_report;
if (pfcp_ies.node_id.first) {std::shared_ptr<pfcp_node_id_ie> sie(new pfcp_node_id_ie(pfcp_ies.node_id.second)); add_ie(sie);}
if (pfcp_ies.node_report_type.first) {std::shared_ptr<pfcp_node_report_type_ie> sie(new pfcp_node_report_type_ie(pfcp_ies.node_report_type.second)); add_ie(sie);}
if (pfcp_ies.node_id.first) {
std::shared_ptr<pfcp_node_id_ie> sie(
new pfcp_node_id_ie(pfcp_ies.node_id.second));
add_ie(sie);
}
if (pfcp_ies.node_report_type.first) {
std::shared_ptr<pfcp_node_report_type_ie> sie(
new pfcp_node_report_type_ie(pfcp_ies.node_report_type.second));
add_ie(sie);
}
// TODO LATER if (pfcp_ies.user_plane_path_failure_report.first) {
// std::shared_ptr<pfcp_user_plane_path_failure_report_ie>
// sie(new pfcp_user_plane_path_failure_report_ie(pfcp_ies.user_plane_path_failure_report.second));
// sie(new
// pfcp_user_plane_path_failure_report_ie(pfcp_ies.user_plane_path_failure_report.second));
// add_ie(sie);
//}
}
//------------------------------------------------------------------------------
pfcp_msg::pfcp_msg(const pfcp_session_establishment_request& pfcp_ies) : pfcp_msg_header() {
pfcp_msg::pfcp_msg(const pfcp_session_establishment_request& pfcp_ies)
: pfcp_msg_header() {
ies = {};
set_message_type(PFCP_SESSION_ESTABLISHMENT_REQUEST);
if (pfcp_ies.node_id.first) {std::shared_ptr<pfcp_node_id_ie> sie(new pfcp_node_id_ie(pfcp_ies.node_id.second)); add_ie(sie);}
if (pfcp_ies.cp_fseid.first) {std::shared_ptr<pfcp_f_seid_ie> sie(new pfcp_f_seid_ie(pfcp_ies.cp_fseid.second)); add_ie(sie);}
if (pfcp_ies.node_id.first) {
std::shared_ptr<pfcp_node_id_ie> sie(
new pfcp_node_id_ie(pfcp_ies.node_id.second));
add_ie(sie);
}
if (pfcp_ies.cp_fseid.first) {
std::shared_ptr<pfcp_f_seid_ie> sie(
new pfcp_f_seid_ie(pfcp_ies.cp_fseid.second));
add_ie(sie);
}
for (auto it : pfcp_ies.create_pdrs) {
std::shared_ptr<pfcp_create_pdr_ie> sie(new pfcp_create_pdr_ie(it));
add_ie(sie);
......@@ -1073,44 +1114,97 @@ pfcp_msg::pfcp_msg(const pfcp_session_establishment_request& pfcp_ies) : pfcp_ms
std::shared_ptr<pfcp_create_qer_ie> sie(new pfcp_create_qer_ie(it));
add_ie(sie);
}
// if (pfcp_ies.create_bar.first) {std::shared_ptr<pfcp_create_bar_ie> sie(new pfcp_create_bar_ie(pfcp_ies.create_bar.second)); add_ie(sie);}
if (pfcp_ies.create_traffic_endpoint.first) {std::shared_ptr<pfcp_create_traffic_endpoint_ie> sie(new pfcp_create_traffic_endpoint_ie(pfcp_ies.create_traffic_endpoint.second)); add_ie(sie);}
// if (pfcp_ies.pdn_type.first) {std::shared_ptr<pfcp_pdn_type_ie> sie(new pfcp_pdn_type_ie(pfcp_ies.pdn_type.second)); add_ie(sie);}
// if (pfcp_ies.sgw_c_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new pfcp_fq_csid_ie(pfcp_ies.sgw_c_fq_csid.second)); add_ie(sie);}
// if (pfcp_ies.mme_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new pfcp_fq_csid_ie(pfcp_ies.mme_fq_csid.second)); add_ie(sie);}
// if (pfcp_ies.pgw_c_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new pfcp_fq_csid_ie(pfcp_ies.pgw_c_fq_csid.second)); add_ie(sie);}
// if (pfcp_ies.epdg_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new pfcp_fq_csid_ie(pfcp_ies.epdg_fq_csid.second)); add_ie(sie);}
// if (pfcp_ies.twan_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new pfcp_fq_csid_ie(pfcp_ies.twan_fq_csid.second)); add_ie(sie);}
if (pfcp_ies.user_plane_inactivity_timer.first) {std::shared_ptr<pfcp_user_plane_inactivity_timer_ie> sie(new pfcp_user_plane_inactivity_timer_ie(pfcp_ies.user_plane_inactivity_timer.second)); add_ie(sie);}
if (pfcp_ies.user_id.first) {std::shared_ptr<pfcp_user_id_ie> sie(new pfcp_user_id_ie(pfcp_ies.user_id.second)); add_ie(sie);}
// if (pfcp_ies.trace_information.first) {std::shared_ptr<pfcp_trace_information_ie> sie(new pfcp_trace_information_ie(pfcp_ies.trace_information.second)); add_ie(sie);}
// if (pfcp_ies.create_bar.first) {std::shared_ptr<pfcp_create_bar_ie>
// sie(new pfcp_create_bar_ie(pfcp_ies.create_bar.second)); add_ie(sie);}
if (pfcp_ies.create_traffic_endpoint.first) {
std::shared_ptr<pfcp_create_traffic_endpoint_ie> sie(
new pfcp_create_traffic_endpoint_ie(
pfcp_ies.create_traffic_endpoint.second));
add_ie(sie);
}
// if (pfcp_ies.pdn_type.first) {std::shared_ptr<pfcp_pdn_type_ie> sie(new
// pfcp_pdn_type_ie(pfcp_ies.pdn_type.second)); add_ie(sie);} if
// (pfcp_ies.sgw_c_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new
// pfcp_fq_csid_ie(pfcp_ies.sgw_c_fq_csid.second)); add_ie(sie);} if
// (pfcp_ies.mme_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new
// pfcp_fq_csid_ie(pfcp_ies.mme_fq_csid.second)); add_ie(sie);} if
// (pfcp_ies.pgw_c_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new
// pfcp_fq_csid_ie(pfcp_ies.pgw_c_fq_csid.second)); add_ie(sie);} if
// (pfcp_ies.epdg_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new
// pfcp_fq_csid_ie(pfcp_ies.epdg_fq_csid.second)); add_ie(sie);} if
// (pfcp_ies.twan_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new
// pfcp_fq_csid_ie(pfcp_ies.twan_fq_csid.second)); add_ie(sie);}
if (pfcp_ies.user_plane_inactivity_timer.first) {
std::shared_ptr<pfcp_user_plane_inactivity_timer_ie> sie(
new pfcp_user_plane_inactivity_timer_ie(
pfcp_ies.user_plane_inactivity_timer.second));
add_ie(sie);
}
if (pfcp_ies.user_id.first) {
std::shared_ptr<pfcp_user_id_ie> sie(
new pfcp_user_id_ie(pfcp_ies.user_id.second));
add_ie(sie);
}
// if (pfcp_ies.trace_information.first)
// {std::shared_ptr<pfcp_trace_information_ie> sie(new
// pfcp_trace_information_ie(pfcp_ies.trace_information.second));
// add_ie(sie);}
}
//------------------------------------------------------------------------------
pfcp_msg::pfcp_msg(const pfcp_session_establishment_response& pfcp_ies) : pfcp_msg_header() {
pfcp_msg::pfcp_msg(const pfcp_session_establishment_response& pfcp_ies)
: pfcp_msg_header() {
ies = {};
set_message_type(PFCP_SESSION_ESTABLISHMENT_RESPONSE);
if (pfcp_ies.node_id.first) {std::shared_ptr<pfcp_node_id_ie> sie(new pfcp_node_id_ie(pfcp_ies.node_id.second)); add_ie(sie);}
if (pfcp_ies.cause.first) {std::shared_ptr<pfcp_cause_ie> sie(new pfcp_cause_ie(pfcp_ies.cause.second)); add_ie(sie);}
if (pfcp_ies.offending_ie.first) {std::shared_ptr<pfcp_offending_ie_ie> sie(new pfcp_offending_ie_ie(pfcp_ies.offending_ie.second)); add_ie(sie);}
if (pfcp_ies.up_fseid.first) {std::shared_ptr<pfcp_f_seid_ie> sie(new pfcp_f_seid_ie(pfcp_ies.up_fseid.second)); add_ie(sie);}
if (pfcp_ies.node_id.first) {
std::shared_ptr<pfcp_node_id_ie> sie(
new pfcp_node_id_ie(pfcp_ies.node_id.second));
add_ie(sie);
}
if (pfcp_ies.cause.first) {
std::shared_ptr<pfcp_cause_ie> sie(
new pfcp_cause_ie(pfcp_ies.cause.second));
add_ie(sie);
}
if (pfcp_ies.offending_ie.first) {
std::shared_ptr<pfcp_offending_ie_ie> sie(
new pfcp_offending_ie_ie(pfcp_ies.offending_ie.second));
add_ie(sie);
}
if (pfcp_ies.up_fseid.first) {
std::shared_ptr<pfcp_f_seid_ie> sie(
new pfcp_f_seid_ie(pfcp_ies.up_fseid.second));
add_ie(sie);
}
for (auto it : pfcp_ies.created_pdrs) {
std::shared_ptr<pfcp_created_pdr_ie> sie(new pfcp_created_pdr_ie(it));
add_ie(sie);
}
// std::pair<bool, pfcp::load_control_information> load_control_information;
// std::pair<bool, pfcp::overload_control_information> overload_control_information;
// if (pfcp_ies.sgw_u_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new pfcp_fq_csid_ie(pfcp_ies.sgw_u_fq_csid.second)); add_ie(sie);}
// if (pfcp_ies.pgw_u_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new pfcp_fq_csid_ie(pfcp_ies.pgw_u_fq_csid.second)); add_ie(sie);}
if (pfcp_ies.failed_rule_id.first) {std::shared_ptr<pfcp_failed_rule_id_ie> sie(new pfcp_failed_rule_id_ie(pfcp_ies.failed_rule_id.second)); add_ie(sie);}
// std::pair<bool, pfcp::overload_control_information>
// overload_control_information; if (pfcp_ies.sgw_u_fq_csid.first)
// {std::shared_ptr<pfcp_fq_csid_ie> sie(new
// pfcp_fq_csid_ie(pfcp_ies.sgw_u_fq_csid.second)); add_ie(sie);} if
// (pfcp_ies.pgw_u_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new
// pfcp_fq_csid_ie(pfcp_ies.pgw_u_fq_csid.second)); add_ie(sie);}
if (pfcp_ies.failed_rule_id.first) {
std::shared_ptr<pfcp_failed_rule_id_ie> sie(
new pfcp_failed_rule_id_ie(pfcp_ies.failed_rule_id.second));
add_ie(sie);
}
// std::pair<bool, pfcp::created_traffic_endpoint> created_traffic_endpoint;
}
//------------------------------------------------------------------------------
pfcp_msg::pfcp_msg(const pfcp_session_modification_request& pfcp_ies) : pfcp_msg_header() {
pfcp_msg::pfcp_msg(const pfcp_session_modification_request& pfcp_ies)
: pfcp_msg_header() {
ies = {};
set_message_type(PFCP_SESSION_MODIFICATION_REQUEST);
if (pfcp_ies.cp_fseid.first) {std::shared_ptr<pfcp_f_seid_ie> sie(new pfcp_f_seid_ie(pfcp_ies.cp_fseid.second)); add_ie(sie);}
if (pfcp_ies.cp_fseid.first) {
std::shared_ptr<pfcp_f_seid_ie> sie(
new pfcp_f_seid_ie(pfcp_ies.cp_fseid.second));
add_ie(sie);
}
for (auto it : pfcp_ies.remove_pdrs) {
std::shared_ptr<pfcp_remove_pdr_ie> sie(new pfcp_remove_pdr_ie(it));
add_ie(sie);
......@@ -1127,8 +1221,12 @@ pfcp_msg::pfcp_msg(const pfcp_session_modification_request& pfcp_ies) : pfcp_msg
std::shared_ptr<pfcp_remove_qer_ie> sie(new pfcp_remove_qer_ie(it));
add_ie(sie);
}
//if (pfcp_ies.remove_bar.first) {std::shared_ptr<pfcp_remove_bar_ie> sie(new pfcp_remove_bar_ie(pfcp_ies.remove_bar.second)); add_ie(sie);}
//if (pfcp_ies.remove_traffic_endpoint.first) {std::shared_ptr<pfcp_remove_traffic_endpoint_ie> sie(new pfcp_remove_traffic_endpoint_ie(pfcp_ies.remove_traffic_endpoint.second)); add_ie(sie);}
// if (pfcp_ies.remove_bar.first) {std::shared_ptr<pfcp_remove_bar_ie> sie(new
// pfcp_remove_bar_ie(pfcp_ies.remove_bar.second)); add_ie(sie);} if
// (pfcp_ies.remove_traffic_endpoint.first)
// {std::shared_ptr<pfcp_remove_traffic_endpoint_ie> sie(new
// pfcp_remove_traffic_endpoint_ie(pfcp_ies.remove_traffic_endpoint.second));
// add_ie(sie);}
for (auto it : pfcp_ies.create_pdrs) {
std::shared_ptr<pfcp_create_pdr_ie> sie(new pfcp_create_pdr_ie(it));
add_ie(sie);
......@@ -1145,8 +1243,14 @@ pfcp_msg::pfcp_msg(const pfcp_session_modification_request& pfcp_ies) : pfcp_msg
std::shared_ptr<pfcp_create_qer_ie> sie(new pfcp_create_qer_ie(it));
add_ie(sie);
}
//if (pfcp_ies.create_bar.first) {std::shared_ptr<pfcp_create_bar_ie> sie(new pfcp_create_bar_ie(pfcp_ies.create_bar.second)); add_ie(sie);}
if (pfcp_ies.create_traffic_endpoint.first) {std::shared_ptr<pfcp_create_traffic_endpoint_ie> sie(new pfcp_create_traffic_endpoint_ie(pfcp_ies.create_traffic_endpoint.second)); add_ie(sie);}
// if (pfcp_ies.create_bar.first) {std::shared_ptr<pfcp_create_bar_ie> sie(new
// pfcp_create_bar_ie(pfcp_ies.create_bar.second)); add_ie(sie);}
if (pfcp_ies.create_traffic_endpoint.first) {
std::shared_ptr<pfcp_create_traffic_endpoint_ie> sie(
new pfcp_create_traffic_endpoint_ie(
pfcp_ies.create_traffic_endpoint.second));
add_ie(sie);
}
for (auto it : pfcp_ies.update_pdrs) {
std::shared_ptr<pfcp_update_pdr_ie> sie(new pfcp_update_pdr_ie(it));
add_ie(sie);
......@@ -1163,76 +1267,170 @@ pfcp_msg::pfcp_msg(const pfcp_session_modification_request& pfcp_ies) : pfcp_msg
std::shared_ptr<pfcp_update_qer_ie> sie(new pfcp_update_qer_ie(it));
add_ie(sie);
}
// if (pfcp_ies.update_bar.first) {std::shared_ptr<pfcp_update_bar_ie> sie(new pfcp_update_bar_ie(pfcp_ies.update_bar.second)); add_ie(sie);}
// if (pfcp_ies.update_traffic_endpoint.first) {std::shared_ptr<pfcp_update_traffic_endpoint_ie> sie(new pfcp_update_traffic_endpoint_ie(pfcp_ies.update_traffic_endpoint.second)); add_ie(sie);}
// if (pfcp_ies.pfcpsmreq_flags.first) {std::shared_ptr<pfcp_pfcpsmreq_flags_ie> sie(new pfcp_pfcpsmreq_flags_ie(pfcp_ies.pfcp_pfcpsmreq_flags.second)); add_ie(sie);}
// if (pfcp_ies.query_urr.first) {std::shared_ptr<pfcp_query_urr_ie> sie(new pfcp_query_urr_ie(pfcp_ies.query_urr.second)); add_ie(sie);}
// if (pfcp_ies.pgw_c_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new pfcp_fq_csid_ie(pfcp_ies.pgw_c_fq_csid.second)); add_ie(sie);}
// if (pfcp_ies.sgw_c_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new pfcp_fq_csid_ie(pfcp_ies.sgw_c_fq_csid.second)); add_ie(sie);}
// if (pfcp_ies.mme_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new pfcp_fq_csid_ie(pfcp_ies.mme_fq_csid.second)); add_ie(sie);}
// if (pfcp_ies.epdg_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new pfcp_fq_csid_ie(pfcp_ies.epdg_fq_csid.second)); add_ie(sie);}
// if (pfcp_ies.twan_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new pfcp_fq_csid_ie(pfcp_ies.twan_fq_csid.second)); add_ie(sie);}
if (pfcp_ies.user_plane_inactivity_timer.first) {std::shared_ptr<pfcp_user_plane_inactivity_timer_ie> sie(new pfcp_user_plane_inactivity_timer_ie(pfcp_ies.user_plane_inactivity_timer.second)); add_ie(sie);}
// if (pfcp_ies.user_id.first) {std::shared_ptr<pfcp_user_id_ie> sie(new pfcp_user_id_ie(pfcp_ies.user_id.second)); add_ie(sie);}
// if (pfcp_ies.query_urr_reference.first) {std::shared_ptr<pfcp_query_urr_reference_ie> sie(new pfcp_query_urr_reference_ie(pfcp_ies.query_urr_reference.second)); add_ie(sie);}
// if (pfcp_ies.trace_information.first) {std::shared_ptr<pfcp_trace_information_ie> sie(new pfcp_trace_information_ie(pfcp_ies.trace_information.second)); add_ie(sie);}
// if (pfcp_ies.update_bar.first) {std::shared_ptr<pfcp_update_bar_ie>
// sie(new pfcp_update_bar_ie(pfcp_ies.update_bar.second)); add_ie(sie);} if
// (pfcp_ies.update_traffic_endpoint.first)
// {std::shared_ptr<pfcp_update_traffic_endpoint_ie> sie(new
// pfcp_update_traffic_endpoint_ie(pfcp_ies.update_traffic_endpoint.second));
// add_ie(sie);} if (pfcp_ies.pfcpsmreq_flags.first)
// {std::shared_ptr<pfcp_pfcpsmreq_flags_ie> sie(new
// pfcp_pfcpsmreq_flags_ie(pfcp_ies.pfcp_pfcpsmreq_flags.second));
// add_ie(sie);} if (pfcp_ies.query_urr.first)
// {std::shared_ptr<pfcp_query_urr_ie> sie(new
// pfcp_query_urr_ie(pfcp_ies.query_urr.second)); add_ie(sie);} if
// (pfcp_ies.pgw_c_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new
// pfcp_fq_csid_ie(pfcp_ies.pgw_c_fq_csid.second)); add_ie(sie);} if
// (pfcp_ies.sgw_c_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new
// pfcp_fq_csid_ie(pfcp_ies.sgw_c_fq_csid.second)); add_ie(sie);} if
// (pfcp_ies.mme_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new
// pfcp_fq_csid_ie(pfcp_ies.mme_fq_csid.second)); add_ie(sie);} if
// (pfcp_ies.epdg_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new
// pfcp_fq_csid_ie(pfcp_ies.epdg_fq_csid.second)); add_ie(sie);} if
// (pfcp_ies.twan_fq_csid.first) {std::shared_ptr<pfcp_fq_csid_ie> sie(new
// pfcp_fq_csid_ie(pfcp_ies.twan_fq_csid.second)); add_ie(sie);}
if (pfcp_ies.user_plane_inactivity_timer.first) {
std::shared_ptr<pfcp_user_plane_inactivity_timer_ie> sie(
new pfcp_user_plane_inactivity_timer_ie(
pfcp_ies.user_plane_inactivity_timer.second));
add_ie(sie);
}
// if (pfcp_ies.user_id.first) {std::shared_ptr<pfcp_user_id_ie> sie(new
// pfcp_user_id_ie(pfcp_ies.user_id.second)); add_ie(sie);} if
// (pfcp_ies.query_urr_reference.first)
// {std::shared_ptr<pfcp_query_urr_reference_ie> sie(new
// pfcp_query_urr_reference_ie(pfcp_ies.query_urr_reference.second));
// add_ie(sie);} if (pfcp_ies.trace_information.first)
// {std::shared_ptr<pfcp_trace_information_ie> sie(new
// pfcp_trace_information_ie(pfcp_ies.trace_information.second));
// add_ie(sie);}
}
//------------------------------------------------------------------------------
pfcp_msg::pfcp_msg(const pfcp_session_modification_response& pfcp_ies) : pfcp_msg_header() {
pfcp_msg::pfcp_msg(const pfcp_session_modification_response& pfcp_ies)
: pfcp_msg_header() {
ies = {};
set_message_type(PFCP_SESSION_MODIFICATION_RESPONSE);
if (pfcp_ies.cause.first) {std::shared_ptr<pfcp_cause_ie> sie(new pfcp_cause_ie(pfcp_ies.cause.second)); add_ie(sie);}
if (pfcp_ies.offending_ie.first) {std::shared_ptr<pfcp_offending_ie_ie> sie(new pfcp_offending_ie_ie(pfcp_ies.offending_ie.second)); add_ie(sie);}
if (pfcp_ies.cause.first) {
std::shared_ptr<pfcp_cause_ie> sie(
new pfcp_cause_ie(pfcp_ies.cause.second));
add_ie(sie);
}
if (pfcp_ies.offending_ie.first) {
std::shared_ptr<pfcp_offending_ie_ie> sie(
new pfcp_offending_ie_ie(pfcp_ies.offending_ie.second));
add_ie(sie);
}
for (auto it : pfcp_ies.created_pdrs) {
std::shared_ptr<pfcp_created_pdr_ie> sie(new pfcp_created_pdr_ie(it));
add_ie(sie);
}
//if (pfcp_ies.load_control_information.first) {std::shared_ptr<pfcp_load_control_information_ie> sie(new pfcp_load_control_information_ie(pfcp_ies.load_control_information.second)); add_ie(sie);}
//if (pfcp_ies.overload_control_information.first) {std::shared_ptr<pfcp_overload_control_information_ie> sie(new pfcp_overload_control_information_ie(pfcp_ies.overload_control_information.second)); add_ie(sie);}
//if (pfcp_ies.usage_report.first) {std::shared_ptr<pfcp_usage_report_within_pfcp_session_modification_response_ie> sie(new pfcp_usage_report_within_pfcp_session_modification_response_ie(pfcp_ies.usage_report.second)); add_ie(sie);}
if (pfcp_ies.failed_rule_id.first) {std::shared_ptr<pfcp_failed_rule_id_ie> sie(new pfcp_failed_rule_id_ie(pfcp_ies.failed_rule_id.second)); add_ie(sie);}
//if (pfcp_ies.additional_usage_reports_information.first) {std::shared_ptr<pfcp_additional_usage_reports_information_ie> sie(new pfcp_additional_usage_reports_information_ie(pfcp_ies.additional_usage_reports_information.second)); add_ie(sie);}
//if (pfcp_ies.created_traffic_endpoint.first) {std::shared_ptr<pfcp_created_traffic_endpoint_ie> sie(new pfcp_created_traffic_endpoint_ie(pfcp_ies.created_traffic_endpoint.second)); add_ie(sie);}
// if (pfcp_ies.load_control_information.first)
// {std::shared_ptr<pfcp_load_control_information_ie> sie(new
// pfcp_load_control_information_ie(pfcp_ies.load_control_information.second));
// add_ie(sie);} if (pfcp_ies.overload_control_information.first)
// {std::shared_ptr<pfcp_overload_control_information_ie> sie(new
// pfcp_overload_control_information_ie(pfcp_ies.overload_control_information.second));
// add_ie(sie);} if (pfcp_ies.usage_report.first)
// {std::shared_ptr<pfcp_usage_report_within_pfcp_session_modification_response_ie>
// sie(new
// pfcp_usage_report_within_pfcp_session_modification_response_ie(pfcp_ies.usage_report.second));
// add_ie(sie);}
if (pfcp_ies.failed_rule_id.first) {
std::shared_ptr<pfcp_failed_rule_id_ie> sie(
new pfcp_failed_rule_id_ie(pfcp_ies.failed_rule_id.second));
add_ie(sie);
}
// if (pfcp_ies.additional_usage_reports_information.first)
// {std::shared_ptr<pfcp_additional_usage_reports_information_ie> sie(new
// pfcp_additional_usage_reports_information_ie(pfcp_ies.additional_usage_reports_information.second));
// add_ie(sie);} if (pfcp_ies.created_traffic_endpoint.first)
// {std::shared_ptr<pfcp_created_traffic_endpoint_ie> sie(new
// pfcp_created_traffic_endpoint_ie(pfcp_ies.created_traffic_endpoint.second));
// add_ie(sie);}
}
//------------------------------------------------------------------------------
pfcp_msg::pfcp_msg(const pfcp_session_deletion_request& pfcp_ies) : pfcp_msg_header() {
pfcp_msg::pfcp_msg(const pfcp_session_deletion_request& pfcp_ies)
: pfcp_msg_header() {
ies = {};
remote_port = 0;
set_message_type(PFCP_SESSION_DELETION_REQUEST);
// NO IEs !
}
//------------------------------------------------------------------------------
pfcp_msg::pfcp_msg(const pfcp_session_deletion_response& pfcp_ies) : pfcp_msg_header() {
pfcp_msg::pfcp_msg(const pfcp_session_deletion_response& pfcp_ies)
: pfcp_msg_header() {
ies = {};
set_message_type(PFCP_SESSION_DELETION_RESPONSE);
if (pfcp_ies.cause.first) {std::shared_ptr<pfcp_cause_ie> sie(new pfcp_cause_ie(pfcp_ies.cause.second)); add_ie(sie);}
if (pfcp_ies.offending_ie.first) {std::shared_ptr<pfcp_offending_ie_ie> sie(new pfcp_offending_ie_ie(pfcp_ies.offending_ie.second)); add_ie(sie);}
//if (pfcp_ies.load_control_information.first) {std::shared_ptr<pfcp_load_control_information_ie> sie(new pfcp_load_control_information_ie(pfcp_ies.load_control_information.second)); add_ie(sie);}
//if (pfcp_ies.overload_control_information.first) {std::shared_ptr<pfcp_overload_control_information_ie> sie(new pfcp_overload_control_information_ie(pfcp_ies.overload_control_information.second)); add_ie(sie);}
//if (pfcp_ies.usage_report_information.first) {std::shared_ptr<pfcp_usage_report_within_session_deletion_response_ie> sie(new pfcp_usage_report_within_session_deletion_response_ie(pfcp_ies.additional_usage_reports_information.second)); add_ie(sie);}
if (pfcp_ies.cause.first) {
std::shared_ptr<pfcp_cause_ie> sie(
new pfcp_cause_ie(pfcp_ies.cause.second));
add_ie(sie);
}
if (pfcp_ies.offending_ie.first) {
std::shared_ptr<pfcp_offending_ie_ie> sie(
new pfcp_offending_ie_ie(pfcp_ies.offending_ie.second));
add_ie(sie);
}
// if (pfcp_ies.load_control_information.first)
// {std::shared_ptr<pfcp_load_control_information_ie> sie(new
// pfcp_load_control_information_ie(pfcp_ies.load_control_information.second));
// add_ie(sie);} if (pfcp_ies.overload_control_information.first)
// {std::shared_ptr<pfcp_overload_control_information_ie> sie(new
// pfcp_overload_control_information_ie(pfcp_ies.overload_control_information.second));
// add_ie(sie);} if (pfcp_ies.usage_report_information.first)
// {std::shared_ptr<pfcp_usage_report_within_session_deletion_response_ie>
// sie(new
// pfcp_usage_report_within_session_deletion_response_ie(pfcp_ies.additional_usage_reports_information.second));
// add_ie(sie);}
}
//------------------------------------------------------------------------------
pfcp_msg::pfcp_msg(const pfcp_session_report_request& pfcp_ies) : pfcp_msg_header() {
pfcp_msg::pfcp_msg(const pfcp_session_report_request& pfcp_ies)
: pfcp_msg_header() {
ies = {};
set_message_type(PFCP_SESSION_REPORT_REQUEST);
if (pfcp_ies.report_type.first) {std::shared_ptr<pfcp_report_type_ie> sie(new pfcp_report_type_ie(pfcp_ies.report_type.second)); add_ie(sie);}
if (pfcp_ies.downlink_data_report.first) {std::shared_ptr<pfcp_downlink_data_report_ie> sie(new pfcp_downlink_data_report_ie(pfcp_ies.downlink_data_report.second)); add_ie(sie);}
//TODO std::pair<bool, pfcp::usage_report_within_pfcp_session_report_request> usage_report;
//TODO std::pair<bool, pfcp::error_indication_report> error_indication_report;
//TODO std::pair<bool, pfcp::load_control_information> load_control_information;
//TODO std::pair<bool, pfcp::overload_control_information> overload_control_information;
//TODO std::pair<bool, pfcp::additional_usage_reports_information_t> additional_usage_reports_information;
if (pfcp_ies.report_type.first) {
std::shared_ptr<pfcp_report_type_ie> sie(
new pfcp_report_type_ie(pfcp_ies.report_type.second));
add_ie(sie);
}
if (pfcp_ies.downlink_data_report.first) {
std::shared_ptr<pfcp_downlink_data_report_ie> sie(
new pfcp_downlink_data_report_ie(pfcp_ies.downlink_data_report.second));
add_ie(sie);
}
// TODO std::pair<bool, pfcp::usage_report_within_pfcp_session_report_request>
// usage_report;
// TODO std::pair<bool, pfcp::error_indication_report>
// error_indication_report;
// TODO std::pair<bool, pfcp::load_control_information>
// load_control_information;
// TODO std::pair<bool, pfcp::overload_control_information>
// overload_control_information;
// TODO std::pair<bool, pfcp::additional_usage_reports_information_t>
// additional_usage_reports_information;
}
//------------------------------------------------------------------------------
pfcp_msg::pfcp_msg(const pfcp_session_report_response& pfcp_ies) : pfcp_msg_header() {
pfcp_msg::pfcp_msg(const pfcp_session_report_response& pfcp_ies)
: pfcp_msg_header() {
ies = {};
set_message_type(PFCP_SESSION_REPORT_RESPONSE);
if (pfcp_ies.cause.first) {std::shared_ptr<pfcp_cause_ie> sie(new pfcp_cause_ie(pfcp_ies.cause.second)); add_ie(sie);}
if (pfcp_ies.offending_ie.first) {std::shared_ptr<pfcp_offending_ie_ie> sie(new pfcp_offending_ie_ie(pfcp_ies.offending_ie.second)); add_ie(sie);}
// TODO if (pfcp_ies.update_bar.first) {std::shared_ptr<pfcp_update_bar_within_pfcp_session_report_response_ie> sie(new pfcp_update_bar_within_pfcp_session_report_response_ie(pfcp_ies.update_bar.second)); add_ie(sie);}
if (pfcp_ies.cause.first) {
std::shared_ptr<pfcp_cause_ie> sie(
new pfcp_cause_ie(pfcp_ies.cause.second));
add_ie(sie);
}
if (pfcp_ies.offending_ie.first) {
std::shared_ptr<pfcp_offending_ie_ie> sie(
new pfcp_offending_ie_ie(pfcp_ies.offending_ie.second));
add_ie(sie);
}
// TODO if (pfcp_ies.update_bar.first)
// {std::shared_ptr<pfcp_update_bar_within_pfcp_session_report_response_ie>
// sie(new
// pfcp_update_bar_within_pfcp_session_report_response_ie(pfcp_ies.update_bar.second));
// add_ie(sie);}
// TODO SPEC std::pair<bool, pfcp::sxsrrsp_flags_t> sxsrrsp_flags;
}
src/pfcp/3gpp_29.244.hpp
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src/pfcp/msg_pfcp.hpp
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src/pfcp/pfcp.cpp
View file @ 238c743b
......@@ -3,9 +3,9 @@
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The OpenAirInterface Software Alliance licenses this file to You under
* the OAI Public License, Version 1.1 (the "License"); you may not use this file
* except in compliance with the License.
* You may obtain a copy of the License at
* the OAI Public License, Version 1.1 (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.openairinterface.org/?page_id=698
*
......@@ -33,13 +33,16 @@
using namespace pfcp;
using namespace std;
extern itti_mw *itti_inst;
extern itti_mw* itti_inst;
//------------------------------------------------------------------------------
pfcp_l4_stack::pfcp_l4_stack(const string& ip_address, const unsigned short port_num, const util::thread_sched_params& sched_params) :
udp_s_8805(ip_address.c_str(), port_num),
udp_s_allocated(ip_address.c_str(), 0){
Logger::pfcp().info( "pfcp_l4_stack created listening to %s:%d", ip_address.c_str(), port_num);
pfcp_l4_stack::pfcp_l4_stack(
const string& ip_address, const unsigned short port_num,
const util::thread_sched_params& sched_params)
: udp_s_8805(ip_address.c_str(), port_num),
udp_s_allocated(ip_address.c_str(), 0) {
Logger::pfcp().info(
"pfcp_l4_stack created listening to %s:%d", ip_address.c_str(), port_num);
trxn_id2seq_num = {};
proc_cleanup_timers = {};
msg_out_retry_timers = {};
......@@ -63,13 +66,13 @@ uint32_t pfcp_l4_stack::get_next_seq_num() {
return seq_num;
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::handle_receive(char* recv_buffer, const std::size_t bytes_transferred, endpoint& remote_endpoint)
{
Logger::pfcp().error( "TODO implement in derived class");
void pfcp_l4_stack::handle_receive(
char* recv_buffer, const std::size_t bytes_transferred,
endpoint& remote_endpoint) {
Logger::pfcp().error("TODO implement in derived class");
}
//------------------------------------------------------------------------------
bool pfcp_l4_stack::check_request_type(const uint8_t initial)
{
bool pfcp_l4_stack::check_request_type(const uint8_t initial) {
switch (initial) {
case PFCP_HEARTBEAT_REQUEST:
case PFCP_PFCP_PFD_MANAGEMENT_REQUEST:
......@@ -90,9 +93,10 @@ bool pfcp_l4_stack::check_request_type(const uint8_t initial)
}
}
//------------------------------------------------------------------------------
bool pfcp_l4_stack::check_response_type(const uint8_t initial, const uint8_t triggered)
{
//Logger::pfcp().info( "check_response_type PFCP msg type %d/%d", (int)initial, (int)triggered);
bool pfcp_l4_stack::check_response_type(
const uint8_t initial, const uint8_t triggered) {
// Logger::pfcp().info( "check_response_type PFCP msg type %d/%d",
// (int)initial, (int)triggered);
switch (initial) {
case PFCP_HEARTBEAT_REQUEST:
case PFCP_PFCP_PFD_MANAGEMENT_REQUEST:
......@@ -104,93 +108,112 @@ bool pfcp_l4_stack::check_response_type(const uint8_t initial, const uint8_t tri
case PFCP_SESSION_MODIFICATION_REQUEST:
case PFCP_SESSION_DELETION_REQUEST:
case PFCP_SESSION_REPORT_REQUEST:
if (triggered == (initial+1)) return true;
if (triggered == (initial + 1)) return true;
break;
default:
if (triggered == PFCP_VERSION_NOT_SUPPORTED_RESPONSE) return true;
}
return false;
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::start_msg_retry_timer(pfcp_procedure& p, uint32_t time_out_milli_seconds, const task_id_t& task_id, const uint32_t& seq_num)
{
p.retry_timer_id = itti_inst->timer_setup (time_out_milli_seconds/1000, time_out_milli_seconds%1000, task_id);
msg_out_retry_timers.insert(std::pair<timer_id_t, uint32_t>(p.retry_timer_id, seq_num));
//Logger::pfcp().trace( "Started Msg retry timer %d, proc %" PRId64", seq %d",p.retry_timer_id, p.trxn_id, seq_num);
void pfcp_l4_stack::start_msg_retry_timer(
pfcp_procedure& p, uint32_t time_out_milli_seconds,
const task_id_t& task_id, const uint32_t& seq_num) {
p.retry_timer_id = itti_inst->timer_setup(
time_out_milli_seconds / 1000, time_out_milli_seconds % 1000, task_id);
msg_out_retry_timers.insert(
std::pair<timer_id_t, uint32_t>(p.retry_timer_id, seq_num));
// Logger::pfcp().trace( "Started Msg retry timer %d, proc %" PRId64", seq
// %d",p.retry_timer_id, p.trxn_id, seq_num);
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::stop_msg_retry_timer(pfcp_procedure& p)
{
void pfcp_l4_stack::stop_msg_retry_timer(pfcp_procedure& p) {
if (p.retry_timer_id) {
itti_inst->timer_remove(p.retry_timer_id);
msg_out_retry_timers.erase(p.retry_timer_id);
//Logger::pfcp().trace( "Stopped Msg retry timer %d, proc %" PRId64", seq %d",p.retry_timer_id, p.trxn_id, p.retry_msg->get_sequence_number());
// Logger::pfcp().trace( "Stopped Msg retry timer %d, proc %" PRId64", seq
// %d",p.retry_timer_id, p.trxn_id, p.retry_msg->get_sequence_number());
p.retry_timer_id = 0;
}
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::stop_msg_retry_timer(timer_id_t& t)
{
void pfcp_l4_stack::stop_msg_retry_timer(timer_id_t& t) {
itti_inst->timer_remove(t);
msg_out_retry_timers.erase(t);
//Logger::pfcp().trace( "Stopped Msg retry timer %d",t);
// Logger::pfcp().trace( "Stopped Msg retry timer %d",t);
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::start_proc_cleanup_timer(pfcp_procedure& p, uint32_t time_out_milli_seconds, const task_id_t& task_id, const uint32_t& seq_num)
{
p.proc_cleanup_timer_id = itti_inst->timer_setup (time_out_milli_seconds/1000, time_out_milli_seconds%1000, task_id);
proc_cleanup_timers.insert(std::pair<timer_id_t, uint32_t>(p.proc_cleanup_timer_id, seq_num));
//Logger::pfcp().trace( "Started proc cleanup timer %d, proc %" PRId64" t-out %" PRIu32" ms",p.proc_cleanup_timer_id,p.trxn_id, time_out_milli_seconds);
void pfcp_l4_stack::start_proc_cleanup_timer(
pfcp_procedure& p, uint32_t time_out_milli_seconds,
const task_id_t& task_id, const uint32_t& seq_num) {
p.proc_cleanup_timer_id = itti_inst->timer_setup(
time_out_milli_seconds / 1000, time_out_milli_seconds % 1000, task_id);
proc_cleanup_timers.insert(
std::pair<timer_id_t, uint32_t>(p.proc_cleanup_timer_id, seq_num));
// Logger::pfcp().trace( "Started proc cleanup timer %d, proc %" PRId64" t-out
// %" PRIu32" ms",p.proc_cleanup_timer_id,p.trxn_id, time_out_milli_seconds);
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::stop_proc_cleanup_timer(pfcp_procedure& p)
{
void pfcp_l4_stack::stop_proc_cleanup_timer(pfcp_procedure& p) {
itti_inst->timer_remove(p.proc_cleanup_timer_id);
//Logger::pfcp().trace( "Stopped proc cleanup timer %d, proc %" PRId64"",p.proc_cleanup_timer_id, p.trxn_id);
// Logger::pfcp().trace( "Stopped proc cleanup timer %d, proc %"
// PRId64"",p.proc_cleanup_timer_id, p.trxn_id);
msg_out_retry_timers.erase(p.proc_cleanup_timer_id);
p.proc_cleanup_timer_id = 0;
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::handle_receive_message_cb(const pfcp_msg& msg, const endpoint& remote_endpoint, const task_id_t& task_id, bool &error, uint64_t& trxn_id)
{
void pfcp_l4_stack::handle_receive_message_cb(
const pfcp_msg& msg, const endpoint& remote_endpoint,
const task_id_t& task_id, bool& error, uint64_t& trxn_id) {
trxn_id = 0;
error = true;
std::map<uint32_t , pfcp_procedure>::iterator it;
std::map<uint32_t, pfcp_procedure>::iterator it;
it = pending_procedures.find(msg.get_sequence_number());
if (it == pending_procedures.end()) {
if (pfcp_l4_stack::check_request_type(msg.get_message_type())) {
pfcp_procedure proc = {};
proc.trxn_id = generate_trxn_id();
proc.initial_msg_type = msg.get_message_type();
// TODO later 13.3 Detection and handling of requests which have timed out at the originating entity
// if (msg_has_timestamp()) {
// start_proc_cleanup_timer(proc, (N3+1) x T3, task_id, msg.get_sequence_number());
// } else
start_proc_cleanup_timer(proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
// TODO later 13.3 Detection and handling of requests which have timed out
// at the originating entity if (msg_has_timestamp()) {
// start_proc_cleanup_timer(proc, (N3+1) x T3, task_id,
// msg.get_sequence_number()); } else
start_proc_cleanup_timer(
proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(
std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(
proc.trxn_id, msg.get_sequence_number()));
error = false;
trxn_id = proc.trxn_id;
//Logger::pfcp().info( "Received Initial PFCP msg type %d, seq %d, proc %" PRId64"", msg.get_message_type(), msg.get_sequence_number(), proc.trxn_id);
// Logger::pfcp().info( "Received Initial PFCP msg type %d, seq %d, proc
// %" PRId64"", msg.get_message_type(), msg.get_sequence_number(),
// proc.trxn_id);
} else {
Logger::pfcp().info( "Failed to check Initial message type, Silently discarding PFCP msg type %d, seq %d", msg.get_message_type(), msg.get_sequence_number());
Logger::pfcp().info(
"Failed to check Initial message type, Silently discarding PFCP msg "
"type %d, seq %d",
msg.get_message_type(), msg.get_sequence_number());
error = true;
}
return;
} else {
// Logger::pfcp().info( "pfcp_procedure retry_timer_id %d", it->second.retry_timer_id);
// Logger::pfcp().info( "pfcp_procedure proc_cleanup_timer_id %d", it->second.proc_cleanup_timer_id);
// Logger::pfcp().info( "pfcp_procedure trxn_id %ld", it->second.trxn_id);
// Logger::pfcp().info( "pfcp_procedure initial_msg_type %d", it->second.initial_msg_type);
// Logger::pfcp().info( "pfcp_procedure triggered_msg_type %d", it->second.triggered_msg_type);
// Logger::pfcp().info( "pfcp_procedure retry_count %d", it->second.retry_count);
// Logger::pfcp().info( "pfcp_procedure retry_timer_id %d",
// it->second.retry_timer_id); Logger::pfcp().info( "pfcp_procedure
// proc_cleanup_timer_id %d", it->second.proc_cleanup_timer_id);
// Logger::pfcp().info( "pfcp_procedure trxn_id %ld",
// it->second.trxn_id); Logger::pfcp().info( "pfcp_procedure
// initial_msg_type %d", it->second.initial_msg_type);
// Logger::pfcp().info( "pfcp_procedure triggered_msg_type %d",
// it->second.triggered_msg_type); Logger::pfcp().info( "pfcp_procedure
// retry_count %d", it->second.retry_count);
uint8_t check_initial_msg_type = it->second.triggered_msg_type;
if (!it->second.triggered_msg_type) {
check_initial_msg_type = it->second.initial_msg_type;
}
if (pfcp_l4_stack::check_response_type(check_initial_msg_type, msg.get_message_type())) {
if (pfcp_l4_stack::check_response_type(
check_initial_msg_type, msg.get_message_type())) {
if (!it->second.triggered_msg_type) {
it->second.triggered_msg_type = msg.get_message_type();
}
......@@ -199,99 +222,134 @@ void pfcp_l4_stack::handle_receive_message_cb(const pfcp_msg& msg, const endpoin
if (it->second.retry_timer_id) {
stop_msg_retry_timer(it->second);
}
//Logger::pfcp().info( "Received Triggered PFCP msg type %d, seq %d, proc %" PRId64"", msg.get_message_type(), msg.get_sequence_number(), trxn_id);
// Logger::pfcp().info( "Received Triggered PFCP msg type %d, seq %d, proc
// %" PRId64"", msg.get_message_type(), msg.get_sequence_number(),
// trxn_id);
} else {
Logger::pfcp().info( "Failed to check Triggered message type, Silently discarding PFCP msg type %d, seq %d", msg.get_message_type(), msg.get_sequence_number());
Logger::pfcp().info(
"Failed to check Triggered message type, Silently discarding PFCP "
"msg type %d, seq %d",
msg.get_message_type(), msg.get_sequence_number());
error = true;
}
}
}
//------------------------------------------------------------------------------
uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const pfcp_heartbeat_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id)
{
uint32_t pfcp_l4_stack::send_request(
const endpoint& dest, const pfcp_heartbeat_request& pfcp_ies,
const task_id_t& task_id, const uint64_t trxn_id) {
std::ostringstream oss(std::ostringstream::binary);
pfcp_msg msg(pfcp_ies);
msg.set_sequence_number(get_next_seq_num());
msg.dump_to(oss);
//std::cout << string_to_hex(oss.str()) << std::endl;
//std::cout << std::hex << "msg length 0x" << msg.get_message_length() << "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
// std::cout << string_to_hex(oss.str()) << std::endl;
// std::cout << std::hex << "msg length 0x" << msg.get_message_length() <<
// "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d", pfcp_ies.get_msg_name(), msg.get_sequence_number());
Logger::pfcp().trace(
"Sending %s, seq %d", pfcp_ies.get_msg_name(), msg.get_sequence_number());
pfcp_procedure proc = {};
proc.initial_msg_type = msg.get_message_type();
proc.trxn_id = trxn_id;
proc.retry_msg = std::make_shared<pfcp_msg>(msg);
proc.remote_endpoint = dest;
start_msg_retry_timer(proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
//TTN: temporary fix to be able to work with UPF from dsTester (should be removed later)
//udp_s_allocated.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
start_msg_retry_timer(
proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(
proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(
std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(
std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
// TTN: temporary fix to be able to work with UPF from dsTester (should be
// removed later) udp_s_allocated.async_send_to(reinterpret_cast<const
// char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
return msg.get_sequence_number();
}
//------------------------------------------------------------------------------
uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const pfcp_association_setup_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id)
{
uint32_t pfcp_l4_stack::send_request(
const endpoint& dest, const pfcp_association_setup_request& pfcp_ies,
const task_id_t& task_id, const uint64_t trxn_id) {
std::ostringstream oss(std::ostringstream::binary);
pfcp_msg msg(pfcp_ies);
msg.set_sequence_number(get_next_seq_num());
msg.dump_to(oss);
//std::cout << string_to_hex(oss.str()) << std::endl;
//std::cout << std::hex << "msg length 0x" << msg.get_message_length() << "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
// std::cout << string_to_hex(oss.str()) << std::endl;
// std::cout << std::hex << "msg length 0x" << msg.get_message_length() <<
// "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d", pfcp_ies.get_msg_name(), msg.get_sequence_number());
Logger::pfcp().trace(
"Sending %s, seq %d", pfcp_ies.get_msg_name(), msg.get_sequence_number());
pfcp_procedure proc = {};
proc.initial_msg_type = msg.get_message_type();
proc.trxn_id = trxn_id;
proc.retry_msg = std::make_shared<pfcp_msg>(msg);
proc.remote_endpoint = dest;
start_msg_retry_timer(proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
//TTN: temporary fix to be able to work with UPF from dsTester (should be removed later)
//udp_s_allocated.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
start_msg_retry_timer(
proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(
proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(
std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(
std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
// TTN: temporary fix to be able to work with UPF from dsTester (should be
// removed later)
// udp_s_allocated.async_send_to(reinterpret_cast<const
// char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
return msg.get_sequence_number();
}
//------------------------------------------------------------------------------
uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const pfcp_association_release_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id)
{
uint32_t pfcp_l4_stack::send_request(
const endpoint& dest, const pfcp_association_release_request& pfcp_ies,
const task_id_t& task_id, const uint64_t trxn_id) {
std::ostringstream oss(std::ostringstream::binary);
pfcp_msg msg(pfcp_ies);
msg.set_sequence_number(get_next_seq_num());
msg.dump_to(oss);
//std::cout << string_to_hex(oss.str()) << std::endl;
//std::cout << std::hex << "msg length 0x" << msg.get_message_length() << "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
// std::cout << string_to_hex(oss.str()) << std::endl;
// std::cout << std::hex << "msg length 0x" << msg.get_message_length() <<
// "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d", pfcp_ies.get_msg_name(), msg.get_sequence_number());
Logger::pfcp().trace(
"Sending %s, seq %d", pfcp_ies.get_msg_name(), msg.get_sequence_number());
pfcp_procedure proc = {};
proc.initial_msg_type = msg.get_message_type();
proc.trxn_id = trxn_id;
proc.retry_msg = std::make_shared<pfcp_msg>(msg);
proc.remote_endpoint = dest;
start_msg_retry_timer(proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
//TTN: temporary fix to be able to work with UPF from dsTester (should be removed later)
//udp_s_allocated.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
start_msg_retry_timer(
proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(
proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(
std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(
std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
// TTN: temporary fix to be able to work with UPF from dsTester (should be
// removed later) udp_s_allocated.async_send_to(reinterpret_cast<const
// char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
return msg.get_sequence_number();
}
////------------------------------------------------------------------------------
//uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const uint64_t seid, const pfcp_association_update_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id)
// uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const uint64_t
// seid, const pfcp_association_update_request& pfcp_ies, const task_id_t&
// task_id, const uint64_t trxn_id)
//{
// std::ostringstream oss(std::ostringstream::binary);
// pfcp_msg msg(pfcp_ies);
......@@ -299,25 +357,29 @@ uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const pfcp_associatio
// msg.set_sequence_number(get_next_seq_num());
// msg.dump_to(oss);
// //std::cout << string_to_hex(oss.str()) << std::endl;
// //std::cout << std::hex << "msg length 0x" << msg.get_message_length() << "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
// std::string bstream = oss.str();
// //std::cout << std::hex << "msg length 0x" << msg.get_message_length() <<
// "msg seqnum 0x" << msg.get_sequence_number() << std::endl; std::string
// bstream = oss.str();
//
// Logger::pfcp().trace( "Sending %s, seq %d", pfcp_ies.get_msg_name(), msg.get_sequence_number());
// pfcp_procedure proc = {};
// proc.initial_msg_type = msg.get_message_type();
// proc.trxn_id = trxn_id;
// proc.retry_msg = std::make_shared<pfcp_msg>(msg);
// proc.remote_endpoint = dest;
// start_msg_retry_timer(proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
// start_proc_cleanup_timer(proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
// pending_procedures.insert(std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
// trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
// Logger::pfcp().trace( "Sending %s, seq %d", pfcp_ies.get_msg_name(),
// msg.get_sequence_number()); pfcp_procedure proc = {}; proc.initial_msg_type
// = msg.get_message_type(); proc.trxn_id = trxn_id; proc.retry_msg =
// std::make_shared<pfcp_msg>(msg); proc.remote_endpoint = dest;
// start_msg_retry_timer(proc, PFCP_T1_RESPONSE_MS, task_id,
// msg.get_sequence_number()); start_proc_cleanup_timer(proc,
// PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
// pending_procedures.insert(std::pair<uint32_t,
// pfcp_procedure>(msg.get_sequence_number(), proc));
// trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id,
// msg.get_sequence_number()));
//
// udp_s.async_send_to(sm, dest);
// return msg.get_sequence_number();
//}
////------------------------------------------------------------------------------
//uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const uint64_t seid, const pfcp_association_release_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id)
// uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const uint64_t
// seid, const pfcp_association_release_request& pfcp_ies, const task_id_t&
// task_id, const uint64_t trxn_id)
//{
// std::ostringstream oss(std::ostringstream::binary);
// pfcp_msg msg(pfcp_ies);
......@@ -325,108 +387,144 @@ uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const pfcp_associatio
// msg.set_sequence_number(get_next_seq_num());
// msg.dump_to(oss);
// //std::cout << string_to_hex(oss.str()) << std::endl;
// //std::cout << std::hex << "msg length 0x" << msg.get_message_length() << "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
// std::string bstream = oss.str();
// //std::cout << std::hex << "msg length 0x" << msg.get_message_length() <<
// "msg seqnum 0x" << msg.get_sequence_number() << std::endl; std::string
// bstream = oss.str();
//
// Logger::pfcp().trace( "Sending %s, seq %d", pfcp_ies.get_msg_name(), msg.get_sequence_number());
// pfcp_procedure proc = {};
// proc.initial_msg_type = msg.get_message_type();
// proc.trxn_id = trxn_id;
// proc.retry_msg = std::make_shared<pfcp_msg>(msg);
// proc.remote_endpoint = dest;
// start_msg_retry_timer(proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
// start_proc_cleanup_timer(proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
// pending_procedures.insert(std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
// trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
// Logger::pfcp().trace( "Sending %s, seq %d", pfcp_ies.get_msg_name(),
// msg.get_sequence_number()); pfcp_procedure proc = {}; proc.initial_msg_type
// = msg.get_message_type(); proc.trxn_id = trxn_id; proc.retry_msg =
// std::make_shared<pfcp_msg>(msg); proc.remote_endpoint = dest;
// start_msg_retry_timer(proc, PFCP_T1_RESPONSE_MS, task_id,
// msg.get_sequence_number()); start_proc_cleanup_timer(proc,
// PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
// pending_procedures.insert(std::pair<uint32_t,
// pfcp_procedure>(msg.get_sequence_number(), proc));
// trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id,
// msg.get_sequence_number()));
//
// udp_s.async_send_to(sm, dest);
// return msg.get_sequence_number();
//}
//------------------------------------------------------------------------------
uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const uint64_t seid, const pfcp_node_report_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id)
{
uint32_t pfcp_l4_stack::send_request(
const endpoint& dest, const uint64_t seid,
const pfcp_node_report_request& pfcp_ies, const task_id_t& task_id,
const uint64_t trxn_id) {
std::ostringstream oss(std::ostringstream::binary);
pfcp_msg msg(pfcp_ies);
msg.set_sequence_number(get_next_seq_num());
msg.dump_to(oss);
//std::cout << string_to_hex(oss.str()) << std::endl;
//std::cout << std::hex << "msg length 0x" << msg.get_message_length() << "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
// std::cout << string_to_hex(oss.str()) << std::endl;
// std::cout << std::hex << "msg length 0x" << msg.get_message_length() <<
// "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d", pfcp_ies.get_msg_name(), msg.get_sequence_number());
Logger::pfcp().trace(
"Sending %s, seq %d", pfcp_ies.get_msg_name(), msg.get_sequence_number());
pfcp_procedure proc = {};
proc.initial_msg_type = msg.get_message_type();
proc.trxn_id = trxn_id;
proc.retry_msg = std::make_shared<pfcp_msg>(msg);
proc.remote_endpoint = dest;
start_msg_retry_timer(proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
//TTN: temporary fix to be able to work with UPF from dsTester (should be removed later)
//udp_s_allocated.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
start_msg_retry_timer(
proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(
proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(
std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(
std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
// TTN: temporary fix to be able to work with UPF from dsTester (should be
// removed later) udp_s_allocated.async_send_to(reinterpret_cast<const
// char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
return msg.get_sequence_number();
}
//------------------------------------------------------------------------------
uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const uint64_t seid, const pfcp_session_establishment_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id)
{
uint32_t pfcp_l4_stack::send_request(
const endpoint& dest, const uint64_t seid,
const pfcp_session_establishment_request& pfcp_ies,
const task_id_t& task_id, const uint64_t trxn_id) {
std::ostringstream oss(std::ostringstream::binary);
pfcp_msg msg(pfcp_ies);
msg.set_seid(seid);
msg.set_sequence_number(get_next_seq_num());
msg.dump_to(oss);
//std::cout << string_to_hex(oss.str()) << std::endl;
//std::cout << std::hex << "msg length 0x" << msg.get_message_length() << "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
// std::cout << string_to_hex(oss.str()) << std::endl;
// std::cout << std::hex << "msg length 0x" << msg.get_message_length() <<
// "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d seid " SEID_FMT " ", pfcp_ies.get_msg_name(), msg.get_sequence_number(), seid);
Logger::pfcp().trace(
"Sending %s, seq %d seid " SEID_FMT " ", pfcp_ies.get_msg_name(),
msg.get_sequence_number(), seid);
pfcp_procedure proc = {};
proc.initial_msg_type = msg.get_message_type();
proc.trxn_id = trxn_id;
proc.retry_msg = std::make_shared<pfcp_msg>(msg);
proc.remote_endpoint = dest;
start_msg_retry_timer(proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
//TTN: temporary fix to be able to work with UPF from dsTester (should be removed later)
//udp_s_allocated.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
start_msg_retry_timer(
proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(
proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(
std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(
std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
// TTN: temporary fix to be able to work with UPF from dsTester (should be
// removed later) udp_s_allocated.async_send_to(reinterpret_cast<const
// char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
return msg.get_sequence_number();
}
//------------------------------------------------------------------------------
uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const uint64_t seid, const pfcp_session_modification_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id)
{
uint32_t pfcp_l4_stack::send_request(
const endpoint& dest, const uint64_t seid,
const pfcp_session_modification_request& pfcp_ies, const task_id_t& task_id,
const uint64_t trxn_id) {
std::ostringstream oss(std::ostringstream::binary);
pfcp_msg msg(pfcp_ies);
msg.set_seid(seid);
msg.set_sequence_number(get_next_seq_num());
msg.dump_to(oss);
//std::cout << string_to_hex(oss.str()) << std::endl;
//std::cout << std::hex << "msg length 0x" << msg.get_message_length() << "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
// std::cout << string_to_hex(oss.str()) << std::endl;
// std::cout << std::hex << "msg length 0x" << msg.get_message_length() <<
// "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d seid " SEID_FMT " ", pfcp_ies.get_msg_name(), msg.get_sequence_number(), seid);
Logger::pfcp().trace(
"Sending %s, seq %d seid " SEID_FMT " ", pfcp_ies.get_msg_name(),
msg.get_sequence_number(), seid);
pfcp_procedure proc = {};
proc.initial_msg_type = msg.get_message_type();
proc.trxn_id = trxn_id;
proc.retry_msg = std::make_shared<pfcp_msg>(msg);
proc.remote_endpoint = dest;
start_msg_retry_timer(proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
//TTN: temporary fix to be able to work with UPF from dsTester (should be removed later)
//udp_s_allocated.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
start_msg_retry_timer(
proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(
proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(
std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(
std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
// TTN: temporary fix to be able to work with UPF from dsTester (should be
// removed later) udp_s_allocated.async_send_to(reinterpret_cast<const
// char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
return msg.get_sequence_number();
}
////------------------------------------------------------------------------------
//uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const uint64_t seid, const pfcp_session_modification_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id)
// uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const uint64_t
// seid, const pfcp_session_modification_request& pfcp_ies, const task_id_t&
// task_id, const uint64_t trxn_id)
//{
// std::ostringstream oss(std::ostringstream::binary);
// pfcp_msg msg(pfcp_ies);
......@@ -434,83 +532,108 @@ uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const uint64_t seid,
// msg.set_sequence_number(get_next_seq_num());
// msg.dump_to(oss);
// //std::cout << string_to_hex(oss.str()) << std::endl;
// //std::cout << std::hex << "msg length 0x" << msg.get_message_length() << "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
// std::string bstream = oss.str();
// //std::cout << std::hex << "msg length 0x" << msg.get_message_length() <<
// "msg seqnum 0x" << msg.get_sequence_number() << std::endl; std::string
// bstream = oss.str();
//
// Logger::pfcp().trace( "Sending %s, seq %d", pfcp_ies.get_msg_name(), msg.get_sequence_number());
// pfcp_procedure proc = {};
// proc.initial_msg_type = msg.get_message_type();
// proc.trxn_id = trxn_id;
// proc.retry_msg = std::make_shared<pfcp_msg>(msg);
// proc.remote_endpoint = dest;
// start_msg_retry_timer(proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
// start_proc_cleanup_timer(proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
// pending_procedures.insert(std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
// trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
// Logger::pfcp().trace( "Sending %s, seq %d", pfcp_ies.get_msg_name(),
// msg.get_sequence_number()); pfcp_procedure proc = {}; proc.initial_msg_type
// = msg.get_message_type(); proc.trxn_id = trxn_id; proc.retry_msg =
// std::make_shared<pfcp_msg>(msg); proc.remote_endpoint = dest;
// start_msg_retry_timer(proc, PFCP_T1_RESPONSE_MS, task_id,
// msg.get_sequence_number()); start_proc_cleanup_timer(proc,
// PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
// pending_procedures.insert(std::pair<uint32_t,
// pfcp_procedure>(msg.get_sequence_number(), proc));
// trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id,
// msg.get_sequence_number()));
//
// udp_s.async_send_to(sm, dest);
// return msg.get_sequence_number();
//}
//------------------------------------------------------------------------------
uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const uint64_t seid, const pfcp_session_deletion_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id)
{
uint32_t pfcp_l4_stack::send_request(
const endpoint& dest, const uint64_t seid,
const pfcp_session_deletion_request& pfcp_ies, const task_id_t& task_id,
const uint64_t trxn_id) {
std::ostringstream oss(std::ostringstream::binary);
pfcp_msg msg(pfcp_ies);
msg.set_seid(seid);
msg.set_sequence_number(get_next_seq_num());
msg.dump_to(oss);
//std::cout << string_to_hex(oss.str()) << std::endl;
//std::cout << std::hex << "msg length 0x" << msg.get_message_length() << "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
// std::cout << string_to_hex(oss.str()) << std::endl;
// std::cout << std::hex << "msg length 0x" << msg.get_message_length() <<
// "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d seid " SEID_FMT " ", pfcp_ies.get_msg_name(), msg.get_sequence_number(), seid);
Logger::pfcp().trace(
"Sending %s, seq %d seid " SEID_FMT " ", pfcp_ies.get_msg_name(),
msg.get_sequence_number(), seid);
pfcp_procedure proc = {};
proc.initial_msg_type = msg.get_message_type();
proc.trxn_id = trxn_id;
proc.retry_msg = std::make_shared<pfcp_msg>(msg);
proc.remote_endpoint = dest;
start_msg_retry_timer(proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
//TTN: temporary fix to be able to work with UPF from dsTester (should be removed later)
//udp_s_allocated.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
start_msg_retry_timer(
proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(
proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(
std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(
std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
// TTN: temporary fix to be able to work with UPF from dsTester (should be
// removed later) udp_s_allocated.async_send_to(reinterpret_cast<const
// char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
return msg.get_sequence_number();
}
//------------------------------------------------------------------------------
uint32_t pfcp_l4_stack::send_request(const endpoint& dest, const uint64_t seid, const pfcp_session_report_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id)
{
uint32_t pfcp_l4_stack::send_request(
const endpoint& dest, const uint64_t seid,
const pfcp_session_report_request& pfcp_ies, const task_id_t& task_id,
const uint64_t trxn_id) {
std::ostringstream oss(std::ostringstream::binary);
pfcp_msg msg(pfcp_ies);
msg.set_seid(seid);
msg.set_sequence_number(get_next_seq_num());
msg.dump_to(oss);
//std::cout << string_to_hex(oss.str()) << std::endl;
//std::cout << std::hex << "msg length 0x" << msg.get_message_length() << "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
// std::cout << string_to_hex(oss.str()) << std::endl;
// std::cout << std::hex << "msg length 0x" << msg.get_message_length() <<
// "msg seqnum 0x" << msg.get_sequence_number() << std::endl;
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d seid " SEID_FMT " ", pfcp_ies.get_msg_name(), msg.get_sequence_number(), seid);
Logger::pfcp().trace(
"Sending %s, seq %d seid " SEID_FMT " ", pfcp_ies.get_msg_name(),
msg.get_sequence_number(), seid);
pfcp_procedure proc = {};
proc.initial_msg_type = msg.get_message_type();
proc.trxn_id = trxn_id;
proc.retry_msg = std::make_shared<pfcp_msg>(msg);
proc.remote_endpoint = dest;
start_msg_retry_timer(proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
//TTN: temporary fix to be able to work with UPF from dsTester (should be removed later)
//udp_s_allocated.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
start_msg_retry_timer(
proc, PFCP_T1_RESPONSE_MS, task_id, msg.get_sequence_number());
start_proc_cleanup_timer(
proc, PFCP_PROC_TIME_OUT_MS, task_id, msg.get_sequence_number());
pending_procedures.insert(
std::pair<uint32_t, pfcp_procedure>(msg.get_sequence_number(), proc));
trxn_id2seq_num.insert(
std::pair<uint64_t, uint32_t>(proc.trxn_id, msg.get_sequence_number()));
// TTN: temporary fix to be able to work with UPF from dsTester (should be
// removed later) udp_s_allocated.async_send_to(reinterpret_cast<const
// char*>(bstream.c_str()), bstream.length(), dest);
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
return msg.get_sequence_number();
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::send_response(const endpoint& dest, const pfcp_heartbeat_response& pfcp_ies, const uint64_t trxn_id, const pfcp_transaction_action& a)
{
std::map<uint64_t , uint32_t>::iterator it;
void pfcp_l4_stack::send_response(
const endpoint& dest, const pfcp_heartbeat_response& pfcp_ies,
const uint64_t trxn_id, const pfcp_transaction_action& a) {
std::map<uint64_t, uint32_t>::iterator it;
it = trxn_id2seq_num.find(trxn_id);
if (it != trxn_id2seq_num.end()) {
std::ostringstream oss(std::ostringstream::binary);
......@@ -518,11 +641,15 @@ void pfcp_l4_stack::send_response(const endpoint& dest, const pfcp_heartbeat_res
msg.set_sequence_number(it->second);
msg.dump_to(oss);
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d", pfcp_ies.get_msg_name(), msg.get_sequence_number());
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
Logger::pfcp().trace(
"Sending %s, seq %d", pfcp_ies.get_msg_name(),
msg.get_sequence_number());
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
if (a == DELETE_TX) {
std::map<uint32_t , pfcp_procedure>::iterator it_proc = pending_procedures.find(it->second);
std::map<uint32_t, pfcp_procedure>::iterator it_proc =
pending_procedures.find(it->second);
if (it_proc != pending_procedures.end()) {
stop_proc_cleanup_timer(it_proc->second);
pending_procedures.erase(it_proc);
......@@ -530,13 +657,16 @@ void pfcp_l4_stack::send_response(const endpoint& dest, const pfcp_heartbeat_res
trxn_id2seq_num.erase(it);
}
} else {
Logger::pfcp().error( "Sending %s, trxn_id %ld proc not found, discarded!", pfcp_ies.get_msg_name(), trxn_id);
Logger::pfcp().error(
"Sending %s, trxn_id %ld proc not found, discarded!",
pfcp_ies.get_msg_name(), trxn_id);
}
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::send_response(const endpoint& dest, const pfcp_association_setup_response& pfcp_ies, const uint64_t trxn_id, const pfcp_transaction_action& a)
{
std::map<uint64_t , uint32_t>::iterator it;
void pfcp_l4_stack::send_response(
const endpoint& dest, const pfcp_association_setup_response& pfcp_ies,
const uint64_t trxn_id, const pfcp_transaction_action& a) {
std::map<uint64_t, uint32_t>::iterator it;
it = trxn_id2seq_num.find(trxn_id);
if (it != trxn_id2seq_num.end()) {
std::ostringstream oss(std::ostringstream::binary);
......@@ -544,11 +674,15 @@ void pfcp_l4_stack::send_response(const endpoint& dest, const pfcp_association_s
msg.set_sequence_number(it->second);
msg.dump_to(oss);
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d", pfcp_ies.get_msg_name(), msg.get_sequence_number());
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
Logger::pfcp().trace(
"Sending %s, seq %d", pfcp_ies.get_msg_name(),
msg.get_sequence_number());
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
if (a == DELETE_TX) {
std::map<uint32_t , pfcp_procedure>::iterator it_proc = pending_procedures.find(it->second);
std::map<uint32_t, pfcp_procedure>::iterator it_proc =
pending_procedures.find(it->second);
if (it_proc != pending_procedures.end()) {
stop_proc_cleanup_timer(it_proc->second);
pending_procedures.erase(it_proc);
......@@ -556,14 +690,17 @@ void pfcp_l4_stack::send_response(const endpoint& dest, const pfcp_association_s
trxn_id2seq_num.erase(it);
}
} else {
Logger::pfcp().error( "Sending %s, trxn_id %ld proc not found, discarded!", pfcp_ies.get_msg_name(), trxn_id);
Logger::pfcp().error(
"Sending %s, trxn_id %ld proc not found, discarded!",
pfcp_ies.get_msg_name(), trxn_id);
}
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::send_response(const endpoint& dest, const pfcp_association_release_response& pfcp_ies, const uint64_t trxn_id, const pfcp_transaction_action& a)
{
std::map<uint64_t , uint32_t>::iterator it;
void pfcp_l4_stack::send_response(
const endpoint& dest, const pfcp_association_release_response& pfcp_ies,
const uint64_t trxn_id, const pfcp_transaction_action& a) {
std::map<uint64_t, uint32_t>::iterator it;
it = trxn_id2seq_num.find(trxn_id);
if (it != trxn_id2seq_num.end()) {
std::ostringstream oss(std::ostringstream::binary);
......@@ -571,11 +708,15 @@ void pfcp_l4_stack::send_response(const endpoint& dest, const pfcp_association_r
msg.set_sequence_number(it->second);
msg.dump_to(oss);
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d", pfcp_ies.get_msg_name(), msg.get_sequence_number());
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
Logger::pfcp().trace(
"Sending %s, seq %d", pfcp_ies.get_msg_name(),
msg.get_sequence_number());
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
if (a == DELETE_TX) {
std::map<uint32_t , pfcp_procedure>::iterator it_proc = pending_procedures.find(it->second);
std::map<uint32_t, pfcp_procedure>::iterator it_proc =
pending_procedures.find(it->second);
if (it_proc != pending_procedures.end()) {
stop_proc_cleanup_timer(it_proc->second);
pending_procedures.erase(it_proc);
......@@ -583,14 +724,18 @@ void pfcp_l4_stack::send_response(const endpoint& dest, const pfcp_association_r
trxn_id2seq_num.erase(it);
}
} else {
Logger::pfcp().error( "Sending %s, trxn_id %ld proc not found, discarded!", pfcp_ies.get_msg_name(), trxn_id);
Logger::pfcp().error(
"Sending %s, trxn_id %ld proc not found, discarded!",
pfcp_ies.get_msg_name(), trxn_id);
}
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::send_response(const endpoint& dest, const uint64_t seid, const pfcp_session_establishment_response& pfcp_ies, const uint64_t trxn_id, const pfcp_transaction_action& a)
{
std::map<uint64_t , uint32_t>::iterator it;
void pfcp_l4_stack::send_response(
const endpoint& dest, const uint64_t seid,
const pfcp_session_establishment_response& pfcp_ies, const uint64_t trxn_id,
const pfcp_transaction_action& a) {
std::map<uint64_t, uint32_t>::iterator it;
it = trxn_id2seq_num.find(trxn_id);
if (it != trxn_id2seq_num.end()) {
std::ostringstream oss(std::ostringstream::binary);
......@@ -599,11 +744,15 @@ void pfcp_l4_stack::send_response(const endpoint& dest, const uint64_t seid, con
msg.set_sequence_number(it->second);
msg.dump_to(oss);
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d seid " SEID_FMT " ", pfcp_ies.get_msg_name(), msg.get_sequence_number(), seid);
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
Logger::pfcp().trace(
"Sending %s, seq %d seid " SEID_FMT " ", pfcp_ies.get_msg_name(),
msg.get_sequence_number(), seid);
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
if (a == DELETE_TX) {
std::map<uint32_t , pfcp_procedure>::iterator it_proc = pending_procedures.find(it->second);
std::map<uint32_t, pfcp_procedure>::iterator it_proc =
pending_procedures.find(it->second);
if (it_proc != pending_procedures.end()) {
stop_proc_cleanup_timer(it_proc->second);
pending_procedures.erase(it_proc);
......@@ -611,13 +760,17 @@ void pfcp_l4_stack::send_response(const endpoint& dest, const uint64_t seid, con
trxn_id2seq_num.erase(it);
}
} else {
Logger::pfcp().error( "Sending %s, trxn_id %ld proc not found, discarded!", pfcp_ies.get_msg_name(), trxn_id);
Logger::pfcp().error(
"Sending %s, trxn_id %ld proc not found, discarded!",
pfcp_ies.get_msg_name(), trxn_id);
}
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::send_response(const endpoint& dest, const uint64_t seid, const pfcp_session_modification_response& pfcp_ies, const uint64_t trxn_id, const pfcp_transaction_action& a)
{
std::map<uint64_t , uint32_t>::iterator it;
void pfcp_l4_stack::send_response(
const endpoint& dest, const uint64_t seid,
const pfcp_session_modification_response& pfcp_ies, const uint64_t trxn_id,
const pfcp_transaction_action& a) {
std::map<uint64_t, uint32_t>::iterator it;
it = trxn_id2seq_num.find(trxn_id);
if (it != trxn_id2seq_num.end()) {
std::ostringstream oss(std::ostringstream::binary);
......@@ -626,11 +779,15 @@ void pfcp_l4_stack::send_response(const endpoint& dest, const uint64_t seid, con
msg.set_sequence_number(it->second);
msg.dump_to(oss);
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d seid " SEID_FMT " ", pfcp_ies.get_msg_name(), msg.get_sequence_number(), seid);
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
Logger::pfcp().trace(
"Sending %s, seq %d seid " SEID_FMT " ", pfcp_ies.get_msg_name(),
msg.get_sequence_number(), seid);
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
if (a == DELETE_TX) {
std::map<uint32_t , pfcp_procedure>::iterator it_proc = pending_procedures.find(it->second);
std::map<uint32_t, pfcp_procedure>::iterator it_proc =
pending_procedures.find(it->second);
if (it_proc != pending_procedures.end()) {
stop_proc_cleanup_timer(it_proc->second);
pending_procedures.erase(it_proc);
......@@ -638,13 +795,17 @@ void pfcp_l4_stack::send_response(const endpoint& dest, const uint64_t seid, con
trxn_id2seq_num.erase(it);
}
} else {
Logger::pfcp().error( "Sending %s, trxn_id %ld proc not found, discarded!", pfcp_ies.get_msg_name(), trxn_id);
Logger::pfcp().error(
"Sending %s, trxn_id %ld proc not found, discarded!",
pfcp_ies.get_msg_name(), trxn_id);
}
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::send_response(const endpoint& dest, const uint64_t seid, const pfcp_session_deletion_response& pfcp_ies, const uint64_t trxn_id, const pfcp_transaction_action& a)
{
std::map<uint64_t , uint32_t>::iterator it;
void pfcp_l4_stack::send_response(
const endpoint& dest, const uint64_t seid,
const pfcp_session_deletion_response& pfcp_ies, const uint64_t trxn_id,
const pfcp_transaction_action& a) {
std::map<uint64_t, uint32_t>::iterator it;
it = trxn_id2seq_num.find(trxn_id);
if (it != trxn_id2seq_num.end()) {
std::ostringstream oss(std::ostringstream::binary);
......@@ -653,11 +814,15 @@ void pfcp_l4_stack::send_response(const endpoint& dest, const uint64_t seid, con
msg.set_sequence_number(it->second);
msg.dump_to(oss);
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d seid " SEID_FMT " ", pfcp_ies.get_msg_name(), msg.get_sequence_number(), seid);
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
Logger::pfcp().trace(
"Sending %s, seq %d seid " SEID_FMT " ", pfcp_ies.get_msg_name(),
msg.get_sequence_number(), seid);
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
if (a == DELETE_TX) {
std::map<uint32_t , pfcp_procedure>::iterator it_proc = pending_procedures.find(it->second);
std::map<uint32_t, pfcp_procedure>::iterator it_proc =
pending_procedures.find(it->second);
if (it_proc != pending_procedures.end()) {
stop_proc_cleanup_timer(it_proc->second);
pending_procedures.erase(it_proc);
......@@ -665,13 +830,17 @@ void pfcp_l4_stack::send_response(const endpoint& dest, const uint64_t seid, con
trxn_id2seq_num.erase(it);
}
} else {
Logger::pfcp().error( "Sending %s, trxn_id %ld proc not found, discarded!", pfcp_ies.get_msg_name(), trxn_id);
Logger::pfcp().error(
"Sending %s, trxn_id %ld proc not found, discarded!",
pfcp_ies.get_msg_name(), trxn_id);
}
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::send_response(const endpoint& dest, const uint64_t seid, const pfcp_session_report_response& pfcp_ies, const uint64_t trxn_id, const pfcp_transaction_action& a)
{
std::map<uint64_t , uint32_t>::iterator it;
void pfcp_l4_stack::send_response(
const endpoint& dest, const uint64_t seid,
const pfcp_session_report_response& pfcp_ies, const uint64_t trxn_id,
const pfcp_transaction_action& a) {
std::map<uint64_t, uint32_t>::iterator it;
it = trxn_id2seq_num.find(trxn_id);
if (it != trxn_id2seq_num.end()) {
std::ostringstream oss(std::ostringstream::binary);
......@@ -680,11 +849,15 @@ void pfcp_l4_stack::send_response(const endpoint& dest, const uint64_t seid, con
msg.set_sequence_number(it->second);
msg.dump_to(oss);
std::string bstream = oss.str();
Logger::pfcp().trace( "Sending %s, seq %d seid " SEID_FMT " to %s", pfcp_ies.get_msg_name(), msg.get_sequence_number(), seid, dest.toString().c_str());
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
Logger::pfcp().trace(
"Sending %s, seq %d seid " SEID_FMT " to %s", pfcp_ies.get_msg_name(),
msg.get_sequence_number(), seid, dest.toString().c_str());
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), dest);
if (a == DELETE_TX) {
std::map<uint32_t , pfcp_procedure>::iterator it_proc = pending_procedures.find(it->second);
std::map<uint32_t, pfcp_procedure>::iterator it_proc =
pending_procedures.find(it->second);
if (it_proc != pending_procedures.end()) {
stop_proc_cleanup_timer(it_proc->second);
pending_procedures.erase(it_proc);
......@@ -692,53 +865,67 @@ void pfcp_l4_stack::send_response(const endpoint& dest, const uint64_t seid, con
trxn_id2seq_num.erase(it);
}
} else {
Logger::pfcp().error( "Sending %s, trxn_id %ld proc not found, discarded!", pfcp_ies.get_msg_name(), trxn_id);
Logger::pfcp().error(
"Sending %s, trxn_id %ld proc not found, discarded!",
pfcp_ies.get_msg_name(), trxn_id);
}
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::notify_ul_error(const pfcp_procedure& p, const ::cause_value_e cause)
{
Logger::pfcp().trace( "notify_ul_error proc %" PRId64" cause %d", p.trxn_id, cause);
void pfcp_l4_stack::notify_ul_error(
const pfcp_procedure& p, const ::cause_value_e cause) {
Logger::pfcp().trace(
"notify_ul_error proc %" PRId64 " cause %d", p.trxn_id, cause);
}
//------------------------------------------------------------------------------
void pfcp_l4_stack::time_out_event(const uint32_t timer_id, const task_id_t& task_id, bool &handled)
{
void pfcp_l4_stack::time_out_event(
const uint32_t timer_id, const task_id_t& task_id, bool& handled) {
handled = false;
std::map<timer_id_t, uint32_t>::iterator it = msg_out_retry_timers.find(timer_id);
std::map<timer_id_t, uint32_t>::iterator it =
msg_out_retry_timers.find(timer_id);
if (it != msg_out_retry_timers.end()) {
std::map<uint32_t , pfcp_procedure>::iterator it_proc = pending_procedures.find(it->second);
std::map<uint32_t, pfcp_procedure>::iterator it_proc =
pending_procedures.find(it->second);
msg_out_retry_timers.erase(it);
handled = true;
if (it_proc != pending_procedures.end()) {
if (it_proc->second.retry_count < PFCP_N1_REQUESTS) {
it_proc->second.retry_count++;
start_msg_retry_timer(it_proc->second, PFCP_T1_RESPONSE_MS, task_id, it_proc->second.retry_msg->get_sequence_number());
start_msg_retry_timer(
it_proc->second, PFCP_T1_RESPONSE_MS, task_id,
it_proc->second.retry_msg->get_sequence_number());
// send again message
Logger::pfcp().trace( "Retry %d Sending msg type %d, seq %d",
it_proc->second.retry_count, it_proc->second.retry_msg->get_message_type(), it_proc->second.retry_msg->get_sequence_number());
Logger::pfcp().trace(
"Retry %d Sending msg type %d, seq %d", it_proc->second.retry_count,
it_proc->second.retry_msg->get_message_type(),
it_proc->second.retry_msg->get_sequence_number());
std::ostringstream oss(std::ostringstream::binary);
it_proc->second.retry_msg->dump_to(oss);
std::string bstream = oss.str();
udp_s_8805.async_send_to(reinterpret_cast<const char*>(bstream.c_str()), bstream.length(), it_proc->second.remote_endpoint);
udp_s_8805.async_send_to(
reinterpret_cast<const char*>(bstream.c_str()), bstream.length(),
it_proc->second.remote_endpoint);
} else {
// abort procedure
notify_ul_error(it_proc->second, ::cause_value_e::REMOTE_PEER_NOT_RESPONDING);
notify_ul_error(
it_proc->second, ::cause_value_e::REMOTE_PEER_NOT_RESPONDING);
}
}
} else {
it = proc_cleanup_timers.find(timer_id);
if (it != proc_cleanup_timers.end()) {
std::map<uint32_t , pfcp_procedure>::iterator it_proc = pending_procedures.find(it->second);
std::map<uint32_t, pfcp_procedure>::iterator it_proc =
pending_procedures.find(it->second);
proc_cleanup_timers.erase(it);
handled = true;
if (it_proc != pending_procedures.end()) {
it_proc->second.proc_cleanup_timer_id = 0;
Logger::pfcp().trace( "Delete proc %" PRId64" Retry %d seq %d timer id %u",
it_proc->second.trxn_id, it_proc->second.retry_count, it_proc->first, timer_id);
Logger::pfcp().trace(
"Delete proc %" PRId64 " Retry %d seq %d timer id %u",
it_proc->second.trxn_id, it_proc->second.retry_count,
it_proc->first, timer_id);
pending_procedures.erase(it_proc);
}
}
}
}
src/pfcp/pfcp.hpp
View file @ 238c743b
......@@ -3,9 +3,9 @@
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The OpenAirInterface Software Alliance licenses this file to You under
* the OAI Public License, Version 1.1 (the "License"); you may not use this file
* except in compliance with the License.
* You may obtain a copy of the License at
* the OAI Public License, Version 1.1 (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.openairinterface.org/?page_id=698
*
......@@ -47,7 +47,7 @@ namespace pfcp {
static const uint16_t default_port = 8805;
class pfcp_procedure {
public:
public:
std::shared_ptr<pfcp_msg> retry_msg;
endpoint remote_endpoint;
timer_id_t retry_timer_id;
......@@ -57,7 +57,8 @@ public:
uint8_t triggered_msg_type; // sent or received
uint8_t retry_count;
pfcp_procedure() : retry_msg(),
pfcp_procedure()
: retry_msg(),
remote_endpoint(),
retry_timer_id(0),
proc_cleanup_timer_id(0),
......@@ -66,7 +67,8 @@ public:
triggered_msg_type(0),
retry_count(0) {}
pfcp_procedure(const pfcp_procedure& p) : retry_msg(p.retry_msg),
pfcp_procedure(const pfcp_procedure& p)
: retry_msg(p.retry_msg),
remote_endpoint(p.remote_endpoint),
retry_timer_id(p.retry_timer_id),
proc_cleanup_timer_id(p.proc_cleanup_timer_id),
......@@ -76,18 +78,15 @@ public:
retry_count(p.retry_count) {}
};
enum pfcp_transaction_action {
DELETE_TX = 0,
CONTINUE_TX
};
enum pfcp_transaction_action { DELETE_TX = 0, CONTINUE_TX };
class pfcp_l4_stack : public udp_application {
#define PFCP_T1_RESPONSE_MS 1000
#define PFCP_N1_REQUESTS 3
#define PFCP_PROC_TIME_OUT_MS ((PFCP_T1_RESPONSE_MS) * (PFCP_N1_REQUESTS + 1 + 1))
#define PFCP_PROC_TIME_OUT_MS \
((PFCP_T1_RESPONSE_MS) * (PFCP_N1_REQUESTS + 1 + 1))
protected:
protected:
uint32_t id;
udp_server udp_s_8805;
udp_server udp_s_allocated;
......@@ -99,7 +98,7 @@ protected:
std::map<uint64_t, uint32_t> trxn_id2seq_num;
std::map<timer_id_t, uint32_t> proc_cleanup_timers;
std::map<timer_id_t, uint32_t> msg_out_retry_timers;
std::map<uint32_t , pfcp_procedure> pending_procedures;
std::map<uint32_t, pfcp_procedure> pending_procedures;
static const char* msg_type2cstr[256];
......@@ -110,46 +109,101 @@ protected:
}
static bool check_request_type(const uint8_t initial);
static bool check_response_type(const uint8_t initial, const uint8_t triggered);
void start_proc_cleanup_timer(pfcp_procedure& p, uint32_t time_out_milli_seconds, const task_id_t& task_id, const uint32_t& seq_num);
void start_msg_retry_timer(pfcp_procedure& p, uint32_t time_out_milli_seconds, const task_id_t& task_id, const uint32_t& seq_num);
static bool check_response_type(
const uint8_t initial, const uint8_t triggered);
void start_proc_cleanup_timer(
pfcp_procedure& p, uint32_t time_out_milli_seconds,
const task_id_t& task_id, const uint32_t& seq_num);
void start_msg_retry_timer(
pfcp_procedure& p, uint32_t time_out_milli_seconds,
const task_id_t& task_id, const uint32_t& seq_num);
void stop_msg_retry_timer(pfcp_procedure& p);
void stop_msg_retry_timer(timer_id_t& t);
void stop_proc_cleanup_timer(pfcp_procedure& p);
void notify_ul_error(const pfcp_procedure& p, const ::cause_value_e cause);
public:
public:
static const uint8_t version = 2;
pfcp_l4_stack(const std::string& ip_address, const unsigned short port_num, const util::thread_sched_params& sched_params);
virtual void handle_receive(char* recv_buffer, const std::size_t bytes_transferred, endpoint& remote_endpoint);
void handle_receive_message_cb(const pfcp_msg& msg, const endpoint& remote_endpoint, const task_id_t& task_id, bool& error, uint64_t& trxn_id);
pfcp_l4_stack(
const std::string& ip_address, const unsigned short port_num,
const util::thread_sched_params& sched_params);
virtual void handle_receive(
char* recv_buffer, const std::size_t bytes_transferred,
endpoint& remote_endpoint);
void handle_receive_message_cb(
const pfcp_msg& msg, const endpoint& remote_endpoint,
const task_id_t& task_id, bool& error, uint64_t& trxn_id);
// Node related messages
// virtual uint32_t send_request(const endpoint& dest, const uint64_t seid, const pfcp_pfd_management_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id);
virtual uint32_t send_request(const endpoint& dest, const pfcp_heartbeat_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id);
virtual uint32_t send_request(const endpoint& dest, const pfcp_association_setup_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id);
// virtual uint32_t send_request(const endpoint& dest, const uint64_t seid, const pfcp_association_update_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id);
virtual uint32_t send_request(const endpoint& dest, const pfcp_association_release_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id);
virtual uint32_t send_request(const endpoint& dest, const uint64_t seid, const pfcp_node_report_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id);
// virtual uint32_t send_request(const endpoint& dest, const uint64_t seid,
// const pfcp_pfd_management_request& pfcp_ies, const task_id_t& task_id,
// const uint64_t trxn_id);
virtual uint32_t send_request(
const endpoint& dest, const pfcp_heartbeat_request& pfcp_ies,
const task_id_t& task_id, const uint64_t trxn_id);
virtual uint32_t send_request(
const endpoint& dest, const pfcp_association_setup_request& pfcp_ies,
const task_id_t& task_id, const uint64_t trxn_id);
// virtual uint32_t send_request(const endpoint& dest, const uint64_t seid,
// const pfcp_association_update_request& pfcp_ies, const task_id_t& task_id,
// const uint64_t trxn_id);
virtual uint32_t send_request(
const endpoint& dest, const pfcp_association_release_request& pfcp_ies,
const task_id_t& task_id, const uint64_t trxn_id);
virtual uint32_t send_request(
const endpoint& dest, const uint64_t seid,
const pfcp_node_report_request& pfcp_ies, const task_id_t& task_id,
const uint64_t trxn_id);
// session related messages
virtual uint32_t send_request(const endpoint& dest, const uint64_t seid, const pfcp_session_establishment_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id);
virtual uint32_t send_request(const endpoint& dest, const uint64_t seid, const pfcp_session_modification_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id);
virtual uint32_t send_request(const endpoint& dest, const uint64_t seid, const pfcp_session_deletion_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id);
virtual uint32_t send_request(const endpoint& dest, const uint64_t seid, const pfcp_session_report_request& pfcp_ies, const task_id_t& task_id, const uint64_t trxn_id);
virtual uint32_t send_request(
const endpoint& dest, const uint64_t seid,
const pfcp_session_establishment_request& pfcp_ies,
const task_id_t& task_id, const uint64_t trxn_id);
virtual uint32_t send_request(
const endpoint& dest, const uint64_t seid,
const pfcp_session_modification_request& pfcp_ies,
const task_id_t& task_id, const uint64_t trxn_id);
virtual uint32_t send_request(
const endpoint& dest, const uint64_t seid,
const pfcp_session_deletion_request& pfcp_ies, const task_id_t& task_id,
const uint64_t trxn_id);
virtual uint32_t send_request(
const endpoint& dest, const uint64_t seid,
const pfcp_session_report_request& pfcp_ies, const task_id_t& task_id,
const uint64_t trxn_id);
// Node related messages
virtual void send_response(const endpoint& dest, const pfcp_heartbeat_response& pfcp_ies, const uint64_t trxn_id, const pfcp_transaction_action& a = DELETE_TX);
virtual void send_response(const endpoint& dest, const pfcp_association_setup_response& pfcp_ies, const uint64_t trxn_id, const pfcp_transaction_action& a = DELETE_TX);
virtual void send_response(const endpoint& dest, const pfcp_association_release_response& pfcp_ies, const uint64_t trxn_id, const pfcp_transaction_action& a = DELETE_TX);
virtual void send_response(
const endpoint& dest, const pfcp_heartbeat_response& pfcp_ies,
const uint64_t trxn_id, const pfcp_transaction_action& a = DELETE_TX);
virtual void send_response(
const endpoint& dest, const pfcp_association_setup_response& pfcp_ies,
const uint64_t trxn_id, const pfcp_transaction_action& a = DELETE_TX);
virtual void send_response(
const endpoint& dest, const pfcp_association_release_response& pfcp_ies,
const uint64_t trxn_id, const pfcp_transaction_action& a = DELETE_TX);
// session related messages
virtual void send_response(const endpoint& dest, const uint64_t seid, const pfcp_session_establishment_response& pfcp_ies, const uint64_t trxn_id, const pfcp_transaction_action& a = DELETE_TX);
virtual void send_response(const endpoint& dest, const uint64_t seid, const pfcp_session_modification_response& pfcp_ies, const uint64_t trxn_id, const pfcp_transaction_action& a = DELETE_TX);
virtual void send_response(const endpoint& dest, const uint64_t seid, const pfcp_session_deletion_response& pfcp_ies, const uint64_t trxn_id, const pfcp_transaction_action& a = DELETE_TX);
virtual void send_response(const endpoint& dest, const uint64_t seid, const pfcp_session_report_response& pfcp_ies, const uint64_t trxn_id, const pfcp_transaction_action& a = DELETE_TX);
void time_out_event(const uint32_t timer_id, const task_id_t& task_id, bool &error);
virtual void send_response(
const endpoint& dest, const uint64_t seid,
const pfcp_session_establishment_response& pfcp_ies,
const uint64_t trxn_id, const pfcp_transaction_action& a = DELETE_TX);
virtual void send_response(
const endpoint& dest, const uint64_t seid,
const pfcp_session_modification_response& pfcp_ies,
const uint64_t trxn_id, const pfcp_transaction_action& a = DELETE_TX);
virtual void send_response(
const endpoint& dest, const uint64_t seid,
const pfcp_session_deletion_response& pfcp_ies, const uint64_t trxn_id,
const pfcp_transaction_action& a = DELETE_TX);
virtual void send_response(
const endpoint& dest, const uint64_t seid,
const pfcp_session_report_response& pfcp_ies, const uint64_t trxn_id,
const pfcp_transaction_action& a = DELETE_TX);
void time_out_event(
const uint32_t timer_id, const task_id_t& task_id, bool& error);
};
} // namespace pfcp
......
src/udp/udp.cpp
View file @ 238c743b
......@@ -3,9 +3,9 @@
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The OpenAirInterface Software Alliance licenses this file to You under
* the OAI Public License, Version 1.1 (the "License"); you may not use this file
* except in compliance with the License.
* You may obtain a copy of the License at
* the OAI Public License, Version 1.1 (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.openairinterface.org/?page_id=698
*
......@@ -31,27 +31,26 @@
#include <cstdlib>
//------------------------------------------------------------------------------
void udp_application::handle_receive(char* recv_buffer, const std::size_t bytes_transferred, const endpoint& r_endpoint)
{
Logger::udp().warn( "Missing implementation of interface udp_application\n");
void udp_application::handle_receive(
char* recv_buffer, const std::size_t bytes_transferred,
const endpoint& r_endpoint) {
Logger::udp().warn("Missing implementation of interface udp_application\n");
}
//------------------------------------------------------------------------------
void udp_application::start_receive(udp_application * gtp_stack, const util::thread_sched_params& sched_params)
{
Logger::udp().warn( "Missing implementation of interface udp_application\n");
void udp_application::start_receive(
udp_application* gtp_stack, const util::thread_sched_params& sched_params) {
Logger::udp().warn("Missing implementation of interface udp_application\n");
}
//------------------------------------------------------------------------------
static std::string string_to_hex(const std::string& input)
{
static std::string string_to_hex(const std::string& input) {
static const char* const lut = "0123456789ABCDEF";
size_t len = input.length();
std::string output;
output.reserve(2 * len);
for (size_t i = 0; i < len; ++i)
{
for (size_t i = 0; i < len; ++i) {
const unsigned char c = input[i];
output.push_back(lut[c >> 4]);
output.push_back(lut[c & 15]);
......@@ -59,8 +58,7 @@ static std::string string_to_hex(const std::string& input)
return output;
}
//------------------------------------------------------------------------------
void udp_server::udp_read_loop(const util::thread_sched_params& sched_params)
{
void udp_server::udp_read_loop(const util::thread_sched_params& sched_params) {
endpoint r_endpoint = {};
size_t bytes_received = 0;
......@@ -68,106 +66,117 @@ void udp_server::udp_read_loop(const util::thread_sched_params& sched_params)
while (1) {
r_endpoint.addr_storage_len = sizeof(struct sockaddr_storage);
if ((bytes_received = recvfrom (socket_, recv_buffer_, UDP_RECV_BUFFER_SIZE, 0, (struct sockaddr *)&r_endpoint.addr_storage, &r_endpoint.addr_storage_len)) > 0) {
if ((bytes_received = recvfrom(
socket_, recv_buffer_, UDP_RECV_BUFFER_SIZE, 0,
(struct sockaddr*) &r_endpoint.addr_storage,
&r_endpoint.addr_storage_len)) > 0) {
app_->handle_receive(recv_buffer_, bytes_received, r_endpoint);
} else {
Logger::udp().error( "Recvfrom failed %s\n", strerror (errno));
Logger::udp().error("Recvfrom failed %s\n", strerror(errno));
}
}
}
//------------------------------------------------------------------------------
int udp_server::create_socket (const struct in_addr &address, const uint16_t port)
{
int udp_server::create_socket(
const struct in_addr& address, const uint16_t port) {
struct sockaddr_in addr = {};
int sd = 0;
/*
* Create UDP socket
*/
if ((sd = socket (AF_INET, SOCK_DGRAM, IPPROTO_UDP)) < 0) {
if ((sd = socket(AF_INET, SOCK_DGRAM, IPPROTO_UDP)) < 0) {
/*
* Socket creation has failed...
*/
Logger::udp().error( "Socket creation failed (%s)\n", strerror (errno));
Logger::udp().error("Socket creation failed (%s)\n", strerror(errno));
return errno;
}
addr.sin_family = AF_INET;
addr.sin_port = htons (port);
addr.sin_port = htons(port);
addr.sin_addr.s_addr = address.s_addr;
std::string ipv4 = conv::toString(address);
Logger::udp().debug("Creating new listen socket on address %s and port %" PRIu16 " ", ipv4.c_str(), port);
Logger::udp().debug(
"Creating new listen socket on address %s and port %" PRIu16 " ",
ipv4.c_str(), port);
if (bind (sd, (struct sockaddr *)&addr, sizeof (struct sockaddr_in)) < 0) {
if (bind(sd, (struct sockaddr*) &addr, sizeof(struct sockaddr_in)) < 0) {
/*
* Bind failed
*/
Logger::udp().error("Socket bind failed (%s) for address %s and port %" PRIu16 " ", strerror (errno), ipv4.c_str(), port);
close (sd);
Logger::udp().error(
"Socket bind failed (%s) for address %s and port %" PRIu16 " ",
strerror(errno), ipv4.c_str(), port);
close(sd);
return errno;
}
sa_family = AF_INET;
return sd;
}
//------------------------------------------------------------------------------
int udp_server::create_socket (const struct in6_addr &address, const uint16_t port)
{
int udp_server::create_socket(
const struct in6_addr& address, const uint16_t port) {
struct sockaddr_in6 addr = {};
int sd = 0;
/*
* Create UDP socket
*/
if ((sd = socket (AF_INET6, SOCK_DGRAM, IPPROTO_UDP)) < 0) {
if ((sd = socket(AF_INET6, SOCK_DGRAM, IPPROTO_UDP)) < 0) {
/*
* Socket creation has failed...
*/
Logger::udp().error( "Socket creation failed (%s)\n", strerror (errno));
Logger::udp().error("Socket creation failed (%s)\n", strerror(errno));
return errno;
}
addr.sin6_family = AF_INET6;
addr.sin6_port = htons (port);
addr.sin6_port = htons(port);
addr.sin6_addr = address;
std::string ipv6 = conv::toString(address);
Logger::udp().debug("Creating new listen socket on address %s and port %" PRIu16 "\n", ipv6.c_str(), port);
Logger::udp().debug(
"Creating new listen socket on address %s and port %" PRIu16 "\n",
ipv6.c_str(), port);
if (bind (sd, (struct sockaddr *)&addr, sizeof (struct sockaddr_in6)) < 0) {
if (bind(sd, (struct sockaddr*) &addr, sizeof(struct sockaddr_in6)) < 0) {
/*
* Bind failed
*/
Logger::udp().error("Socket bind failed (%s) for address %s and port %" PRIu16 "\n", strerror (errno), ipv6.c_str(), port);
close (sd);
Logger::udp().error(
"Socket bind failed (%s) for address %s and port %" PRIu16 "\n",
strerror(errno), ipv6.c_str(), port);
close(sd);
return errno;
}
sa_family = AF_INET6;
return sd;
}
//------------------------------------------------------------------------------
int udp_server::create_socket (const char * address, const uint16_t port_num)
{
int udp_server::create_socket(const char* address, const uint16_t port_num) {
unsigned char buf_in_addr[sizeof(struct in6_addr)];
if (inet_pton (AF_INET, address, buf_in_addr) == 1) {
if (inet_pton(AF_INET, address, buf_in_addr) == 1) {
struct in_addr addr4 = {};
memcpy (&addr4, buf_in_addr, sizeof (struct in_addr));
memcpy(&addr4, buf_in_addr, sizeof(struct in_addr));
return create_socket(addr4, port_num);
} else if (inet_pton (AF_INET6, address, buf_in_addr) == 1) {
} else if (inet_pton(AF_INET6, address, buf_in_addr) == 1) {
struct in6_addr addr6 = {};
memcpy (&addr6, buf_in_addr, sizeof (struct in6_addr));
memcpy(&addr6, buf_in_addr, sizeof(struct in6_addr));
return create_socket(addr6, port_num);
} else {
Logger::udp().error( "udp_server::create_socket(%s:%d)", address, port_num);
Logger::udp().error("udp_server::create_socket(%s:%d)", address, port_num);
std::this_thread::sleep_for(std::chrono::milliseconds(500));
throw std::system_error(socket_, std::generic_category(), "UDP socket creation failed!");
throw std::system_error(
socket_, std::generic_category(), "UDP socket creation failed!");
}
}
//------------------------------------------------------------------------------
void udp_server::start_receive(udp_application * app, const util::thread_sched_params& sched_params)
{
void udp_server::start_receive(
udp_application* app, const util::thread_sched_params& sched_params) {
app_ = app;
Logger::udp().trace( "udp_server::start_receive");
thread_ = std::thread(&udp_server::udp_read_loop,this, sched_params);
Logger::udp().trace("udp_server::start_receive");
thread_ = std::thread(&udp_server::udp_read_loop, this, sched_params);
thread_.detach();
}
src/udp/udp.hpp
View file @ 238c743b
......@@ -3,9 +3,9 @@
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The OpenAirInterface Software Alliance licenses this file to You under
* the OAI Public License, Version 1.1 (the "License"); you may not use this file
* except in compliance with the License.
* You may obtain a copy of the License at
* the OAI Public License, Version 1.1 (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.openairinterface.org/?page_id=698
*
......@@ -47,111 +47,125 @@
#include <utility>
#include <vector>
class udp_application
{
public:
virtual void handle_receive(char* recv_buffer, const std::size_t bytes_transferred, const endpoint& r_endpoint);
virtual void start_receive(udp_application * gtp_stack, const util::thread_sched_params& sched_params);
class udp_application {
public:
virtual void handle_receive(
char* recv_buffer, const std::size_t bytes_transferred,
const endpoint& r_endpoint);
virtual void start_receive(
udp_application* gtp_stack,
const util::thread_sched_params& sched_params);
};
class udp_server
{
public:
class udp_server {
public:
udp_server(const struct in_addr& address, const uint16_t port_num)
: app_(nullptr), port_(port_num)
{
: app_(nullptr), port_(port_num) {
recv_buffer_[0] = 0;
socket_ = create_socket (address, port_);
socket_ = create_socket(address, port_);
if (socket_ > 0) {
Logger::udp().debug( "udp_server::udp_server(%s:%d)", conv::toString(address).c_str(), port_);
Logger::udp().debug(
"udp_server::udp_server(%s:%d)", conv::toString(address).c_str(),
port_);
sa_family = AF_INET;
} else {
Logger::udp().error( "udp_server::udp_server(%s:%d)", conv::toString(address).c_str(), port_);
Logger::udp().error(
"udp_server::udp_server(%s:%d)", conv::toString(address).c_str(),
port_);
std::this_thread::sleep_for(std::chrono::milliseconds(500));
throw std::system_error(socket_, std::generic_category(), "GTPV1-U socket creation failed!");
throw std::system_error(
socket_, std::generic_category(), "GTPV1-U socket creation failed!");
}
}
//------------------------------------------------------------------------------
udp_server(const struct in6_addr& address, const uint16_t port_num)
: app_(nullptr), port_(port_num)
{
: app_(nullptr), port_(port_num) {
recv_buffer_[0] = 0;
socket_ = create_socket (address, port_);
socket_ = create_socket(address, port_);
if (socket_ > 0) {
Logger::udp().debug( "udp_server::udp_server(%s:%d)", conv::toString(address).c_str(), port_);
Logger::udp().debug(
"udp_server::udp_server(%s:%d)", conv::toString(address).c_str(),
port_);
sa_family = AF_INET6;
} else {
Logger::udp().error( "udp_server::udp_server(%s:%d)", conv::toString(address).c_str(), port_);
Logger::udp().error(
"udp_server::udp_server(%s:%d)", conv::toString(address).c_str(),
port_);
std::this_thread::sleep_for(std::chrono::milliseconds(500));
throw std::system_error(socket_, std::generic_category(), "GTPV1-U socket creation failed!");
throw std::system_error(
socket_, std::generic_category(), "GTPV1-U socket creation failed!");
}
}
//------------------------------------------------------------------------------
udp_server(const char * address, const uint16_t port_num)
: app_(nullptr), port_(port_num)
{
udp_server(const char* address, const uint16_t port_num)
: app_(nullptr), port_(port_num) {
recv_buffer_[0] = 0;
socket_ = create_socket (address, port_);
socket_ = create_socket(address, port_);
if (socket_ > 0) {
Logger::udp().debug( "udp_server::udp_server(%s:%d)", address, port_);
Logger::udp().debug("udp_server::udp_server(%s:%d)", address, port_);
} else {
Logger::udp().error( "udp_server::udp_server(%s:%d)", address, port_);
Logger::udp().error("udp_server::udp_server(%s:%d)", address, port_);
std::this_thread::sleep_for(std::chrono::milliseconds(500));
throw std::system_error(socket_, std::generic_category(), "GTPV1-U socket creation failed!");
throw std::system_error(
socket_, std::generic_category(), "GTPV1-U socket creation failed!");
}
}
~udp_server()
{
close(socket_);
}
~udp_server() { close(socket_); }
void udp_read_loop(const util::thread_sched_params& thread_sched_params);
//------------------------------------------------------------------------------
void async_send_to(const char* send_buffer, const ssize_t num_bytes, const endpoint& r_endpoint)
{
ssize_t bytes_written = sendto (socket_, send_buffer, num_bytes, 0, (struct sockaddr *)&r_endpoint.addr_storage, r_endpoint.addr_storage_len);
void async_send_to(
const char* send_buffer, const ssize_t num_bytes,
const endpoint& r_endpoint) {
ssize_t bytes_written = sendto(
socket_, send_buffer, num_bytes, 0,
(struct sockaddr*) &r_endpoint.addr_storage,
r_endpoint.addr_storage_len);
if (bytes_written != num_bytes) {
Logger::udp().error( "sendto failed(%d:%s)\n", errno, strerror (errno));
Logger::udp().error("sendto failed(%d:%s)\n", errno, strerror(errno));
}
}
//------------------------------------------------------------------------------
void async_send_to(const char* send_buffer, const ssize_t num_bytes, const struct sockaddr_in& r_endpoint)
{
ssize_t bytes_written = sendto (socket_, send_buffer, num_bytes, 0, (struct sockaddr *)&r_endpoint, sizeof(struct sockaddr_in));
void async_send_to(
const char* send_buffer, const ssize_t num_bytes,
const struct sockaddr_in& r_endpoint) {
ssize_t bytes_written = sendto(
socket_, send_buffer, num_bytes, 0, (struct sockaddr*) &r_endpoint,
sizeof(struct sockaddr_in));
if (bytes_written != num_bytes) {
Logger::udp().error( "sendto failed(%d:%s)\n", errno, strerror (errno));
Logger::udp().error("sendto failed(%d:%s)\n", errno, strerror(errno));
}
}
//------------------------------------------------------------------------------
void async_send_to(const char* send_buffer, const ssize_t num_bytes, const struct sockaddr_in6& r_endpoint)
{
ssize_t bytes_written = sendto (socket_, send_buffer, num_bytes, 0, (struct sockaddr *)&r_endpoint, sizeof(struct sockaddr_in6));
void async_send_to(
const char* send_buffer, const ssize_t num_bytes,
const struct sockaddr_in6& r_endpoint) {
ssize_t bytes_written = sendto(
socket_, send_buffer, num_bytes, 0, (struct sockaddr*) &r_endpoint,
sizeof(struct sockaddr_in6));
if (bytes_written != num_bytes) {
Logger::udp().error( "sendto failed(%d:%s)\n", errno, strerror (errno));
Logger::udp().error("sendto failed(%d:%s)\n", errno, strerror(errno));
}
}
void start_receive(udp_application * gtp_stack, const util::thread_sched_params& sched_params);
void start_receive(
udp_application* gtp_stack,
const util::thread_sched_params& sched_params);
protected:
int create_socket (const struct in_addr& address, const uint16_t port);
int create_socket (const struct in6_addr& address, const uint16_t port);
int create_socket (const char * address, const uint16_t port_num);
protected:
int create_socket(const struct in_addr& address, const uint16_t port);
int create_socket(const struct in6_addr& address, const uint16_t port);
int create_socket(const char* address, const uint16_t port_num);
static void handle_send(const char *, /*buffer*/
const int& /*error*/,
std::size_t /*bytes_transferred*/)
{
}
static void handle_send(
const char*, /*buffer*/
const int& /*error*/, std::size_t /*bytes_transferred*/) {}
udp_application* app_;
std::thread thread_;
......@@ -162,5 +176,4 @@ protected:
char recv_buffer_[UDP_RECV_BUFFER_SIZE];
};
#endif /* FILE_UDP_HPP_SEEN */
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