#
#  o Set OGS_LOG_INFO to all domain level
#   - If `level` is omitted, the default level is OGS_LOG_INFO)
#   - If `domain` is omitted, the all domain level is set from 'level'
#    (Default values are used, so no configuration is required)
#
#  o Set OGS_LOG_ERROR to all domain level
#   - `level` can be set with none, fatal, error, warn, info, debug, trace
#  logger:
#    level: error
#
#  o Set OGS_LOG_DEBUG to mme/emm domain level
#  logger:
#    level: debug
#    domain: mme,emm
#
#  o Set OGS_LOG_TRACE to all domain level
#  logger:
#    level: trace
#    domain: core,sbi,ausf,event,tlv,mem,sock
#
logger:
    level: info
#
#  o TLS enable/disable
#  sbi:
#    server|client:
#      no_tls: false|true
#    - false: (Default) Use TLS
#    - true:  TLS disabled
#
#  o Verification enable/disable
#  sbi:
#    server|client:
#      no_verify: false|true
#    - false: (Default) Verify the PEER
#    - true:  Skip the verification step
#
#  o Server-side does not use TLS
#  sbi:
#    server:
#      no_tls: true
#
#  o Client-side skips the verification step
#  sbi:
#    client:
#      no_verify: true
#      key: /etc/open5gs/tls/amf.key
#      cert: /etc/open5gs/tls/amf.crt
#
#  o Use the specified certificate while verifying the client
#  sbi:
#    server
#      cacert: /etc/open5gs/tls/ca.crt
#
#  o Use the specified certificate while verifying the server
#  sbi:
#    client
#      cacert: /etc/open5gs/tls/ca.crt
#
sbi:
    server:
      no_tls: true
      cacert: /etc/open5gs/tls/ca.crt
      key: /etc/open5gs/tls/smf.key
      cert: /etc/open5gs/tls/smf.crt
    client:
      no_tls: true
      cacert: /etc/open5gs/tls/ca.crt
      key: /etc/open5gs/tls/smf.key
      cert: /etc/open5gs/tls/smf.crt

#
#  <SBI Server>
#
#  o SBI Server(http://<all address available>:80)
#  sbi:
#    server:
#      no_tls: true
#  smf:
#    sbi:
#
#  o SBI Server(http://<any address>:7777)
#  sbi:
#    server:
#      no_tls: true
#  smf:
#    sbi:
#      - addr:
#          - 0.0.0.0
#          - ::0
#        port: 7777
#
#  o SBI Server(https://<all address available>:443)
#  sbi:
#    server:
#      key: /etc/open5gs/tls/smf.key
#      cert: /etc/open5gs/tls/smf.crt
#  smf:
#    sbi:
#
#  o SBI Server(https://127.0.0.4:443, https://[::1]:443) without verification
#  sbi:
#    server:
#      no_verify: true
#      key: /etc/open5gs/tls/smf.key
#      cert: /etc/open5gs/tls/smf.crt
#  smf:
#    sbi:
#      - addr: 127.0.0.4
#      - addr: ::1
#
#  o SBI Server(https://smf.open5gs.org:443)
#    Use the specified certificate while verifying the client
#
#  sbi:
#    server:
#      cacert: /etc/open5gs/tls/ca.crt
#      key: /etc/open5gs/tls/smf.key
#      cert: /etc/open5gs/tls/smf.crt
#  smf:
#    sbi:
#      - name: smf.open5gs.org
#
#  o SBI Server(http://127.0.0.4:7777)
#  sbi:
#    server:
#      no_tls: true
#  smf:
#    sbi:
#      - addr: 127.0.0.4
#        port: 7777
#
#  o SBI Server(http://<eth0 IP address>:80)
#  sbi:
#    server:
#      no_tls: true
#  smf:
#    sbi:
#      - dev: eth0
#
#  o Provide custom SBI address to be advertised to NRF
#  sbi:
#    server:
#      no_tls: true
#  smf:
#    sbi:
#      - dev: eth0
#        advertise: open5gs-smf.svc.local
#
#  o Another example of advertising on NRF
#  sbi:
#    server:
#      no_tls: true
#  smf:
#    sbi:
#      - addr: localhost
#        advertise:
#          - 127.0.0.99
#          - ::1
#
#  o SBI Option (Default)
#    - tcp_nodelay : true
#    - so_linger.l_onoff : false
#
#  sbi:
#    server:
#      no_tls: true
#  smf:
#    sbi:
#      addr: 127.0.0.4
#      option:
#        tcp_nodelay: false
#        so_linger:
#          l_onoff: true
#          l_linger: 10
#
#
#  <NF Service>
#
#  o NF Service Name(Default : all NF services available)
#  smf:
#    service_name:
#
#  o NF Service Name(Only some NF services are available)
#  smf:
#    service_name:
#      - nsmf-pdusession
#
#  <NF Discovery Query Parameter>
#
#  o (Default) If you do not set Query Parameter as shown below,
#
#  sbi:
#    server:
#      no_tls: true
#  smf:
#    sbi:
#      - addr: 127.0.0.4
#        port: 7777
#
#    - 'service-names' is included.
#
#  o Service-Names are not included
#  sbi:
#    server:
#      no_tls: true
#  smf:
#    sbi:
#      - addr: 127.0.0.4
#        port: 7777
#    discovery:
#      option:
#        no_service_names: false
#
#  o To remove 'service-names' from URI query parameters in NS Discovery
#         no_service_names: true
#
#    * For Indirect Communication with Delegated Discovery,
#      'service-names' is always included in the URI query parameter.
#    * That is, 'no_service_names' has no effect.
#
#  <For Indirect Communication with Delegated Discovery>
#
#  o (Default) If you do not set Delegated Discovery as shown below,
#
#  sbi:
#    server:
#      no_tls: true
#  smf:
#    sbi:
#      - addr: 127.0.0.4
#        port: 7777
#
#    - Use SCP if SCP avaiable. Otherwise NRF is used.
#      => App fails if both NRF and SCP are unavailable.
#
#  sbi:
#    server:
#      no_tls: true
#  smf:
#    sbi:
#      - addr: 127.0.0.4
#        port: 7777
#    discovery:
#      delegated: auto
#
#  o To use SCP always => App fails if no SCP available.
#      delegated: yes
#
#  o Don't use SCP server => App fails if no NRF available.
#      delegated: no
#
#  <PFCP Server>
#
#  o PFCP Server(127.0.0.4:8805, ::1:8805)
#  smf:
#    pfcp:
#      - addr: 127.0.0.4
#      - addr: ::1
#
#  o PFCP-U Server(127.0.0.1:2152, [::1]:2152)
#  smf:
#    pfcp:
#      name: localhost
#
#  o PFCP Option (Default)
#    - so_bindtodevice : NULL
#
#  smf:
#    pfcp:
#      addr: 127.0.0.4
#      option:
#        so_bindtodevice: vrf-blue
#
#  <GTP-C Server>
#
#  o GTP-C Server(127.0.0.4:2123, [fd69:f21d:873c:fa::3]:2123)
#  smf:
#    gtpc:
#      addr:
#        - 127.0.0.4
#        - fd69:f21d:873c:fa::3
#
#  o On SMF, Same configuration
#    (127.0.0.4:2123, [fd69:f21d:873c:fa::3]:2123).
#  smf:
#    gtpc:
#      - addr: 127.0.0.4
#      - addr: fd69:f21d:873c:fa::3
#
#  o GTP-C Option (Default)
#    - so_bindtodevice : NULL
#
#  smf:
#    gtpc:
#      addr: 127.0.0.4
#      option:
#        so_bindtodevice: vrf-blue
#
#  <GTP-U Server>>
#
#  o GTP-U Server(127.0.0.4:2152, [::1]:2152)
#  smf:
#    gtpu:
#      - addr: 127.0.0.4
#      - addr: ::1
#
#  o GTP-U Server(127.0.0.1:2152, [::1]:2152)
#  smf:
#    gtpu:
#      name: localhost
#
#  o GTP-U Option (Default)
#    - so_bindtodevice : NULL
#
#  smf:
#    gtpu:
#      addr: 127.0.0.4
#      option:
#        so_bindtodevice: vrf-blue
#
#  <Metrics Server>
#
#  o Metrics Server(http://<any address>:9090)
#  smf:
#    metrics:
#      - addr: 0.0.0.0
#        port: 9090
#
#  <Subnet for UE Pool>
#
#  o IPv4 Pool
#  smf:
#    subnet:
#      addr: 10.45.0.1/16
#
#  o IPv4/IPv6 Pool
#  smf:
#    subnet:
#      - addr: 10.45.0.1/16
#      - addr: 2001:db8:cafe::1/48
#
#
#  o Specific DNN/APN(e.g 'ims') uses 10.46.0.1/16, 2001:db8:babe::1/48
#    ; If the UE has unknown DNN/APN(not internet/ims), SMF/UPF will crash.
#
#  smf:
#    subnet:
#      - addr: 10.45.0.1/16
#        dnn: internet
#      - addr: 2001:db8:cafe::1/48
#        dnn: internet
#      - addr: 10.46.0.1/16
#        dnn: ims
#      - addr: 2001:db8:babe::1/48
#        dnn: ims
#
#  o Specific DNN/APN with the FALLBACK SUBNET(10.47.0.1/16)
#    ; Note that put the FALLBACK SUBNET last to avoid SMF/UPF crash.
#
#  smf:
#    subnet:
#      - addr: 10.45.0.1/16
#        dnn: internet
#      - addr: 10.46.0.1/16
#        dnn: ims
#      - addr: 10.50.0.1/16 ## FALLBACK SUBNET
#
#  o Pool Range Sample
#  smf:
#    subnet:
#      - addr: 10.45.0.1/24
#        range: 10.45.0.100-10.45.0.200
#
#  smf:
#    subnet:
#      - addr: 10.45.0.1/24
#        range:
#          - 10.45.0.5-10.45.0.50
#          - 10.45.0.100-
#
#  smf:
#    subnet:
#      - addr: 10.45.0.1/24
#        range:
#          - -10.45.0.200
#          - 10.45.0.210-10.45.0.220
#
#  smf:
#    subnet:
#      - addr: 10.45.0.1/16
#        range:
#          - 10.45.0.100-10.45.0.200
#          - 10.45.1.100-10.45.1.200
#      - addr: 2001:db8:cafe::1/48
#        range:
#          - 2001:db8:cafe:a0::0-2001:db8:cafe:b0::0
#          - 2001:db8:cafe:c0::0-2001:db8:cafe:d0::0
#
#  <Domain Name Server>
#
#  o Primary/Secondary can be configured. Others are ignored.
#
#  smf:
#    dns:
#      - 8.8.8.8
#      - 8.8.4.4
#      - 2001:4860:4860::8888
#      - 2001:4860:4860::8844
#
#  <MTU Size>
#
#  o Provisioning a limit on the size of the packets sent by the MS
#    to avoid packet fragmentation in the backbone network
#    between the MS and the GGSN/PGW and/or across the (S)Gi reference point)
#    when some of the backbone links does not support
#    packets larger then 1500 octets
#
#  <P-CSCF>
#
#  o Proxy Call Session Control Function
#
#  smf:
#    p-cscf:
#      - 127.0.0.1
#      - ::1
#
#  <CTF>
#
#  o Gy interface parameters towards OCS.
#  o enabled:
#    o auto: Default. Use Gy only if OCS available among Diameter peers
#    o yes:  Use Gy always;
#            reject subscribers if no OCS available among Diameter peers
#    o no:   Don't use Gy interface if there is an OCS available
#
#  smf:
#    ctf:
#      enabled: auto|yes|no
#
#
#  <SMF Selection - 5G Core only>
#  1. SMF sends SmfInfo(S-NSSAI, DNN, TAI) to the NRF
#  2. NRF responds to AMF with SmfInfo during NF-Discovery.
#  3. AMF selects SMF based on S-NSSAI, DNN and TAI in SmfInfo.
#
#  Note that if there is no SmfInfo, any AMF can select this SMF.
#
#  o S-NSSAI[SST:1] and DNN[internet] - At least 1 DNN is required in S-NSSAI
#  smf:
#    info:
#      - s_nssai:
#          - sst: 1
#            dnn:
#              - internet
#
#  o S-NSSAI[SST:1 SD:009000] and DNN[internet or ims]
#  smf:
#    info:
#      - s_nssai:
#          - sst: 1
#            sd: 009000
#            dnn:
#              - internet
#              - ims
#
#  o S-NSSAI[SST:1] and DNN[internet] and TAI[PLMN-ID:99970 TAC:1]
#  smf:
#    info:
#      - s_nssai:
#          - sst: 1
#            dnn:
#              - internet
#        tai:
#          - plmn_id:
#              mcc: 999
#              mnc: 70
#            tac: 1
#
#  o If any of conditions below are met:
#   - S-NSSAI[SST:1] and DNN[internet] and TAI[PLMN-ID:99970 TAC:1-9]
#   - S-NSSAI[SST:2 SD:000080] and DNN[internet or ims]
#   - S-NSSAI[SST:4] and DNN[internet] and TAI[PLMN-ID:99970 TAC:10-20,30-40]
#
#  smf:
#    info:
#      - s_nssai:
#          - sst: 1
#            dnn:
#              - internet
#        tai:
#          - plmn_id:
#              mcc: 999
#              mnc: 70
#            range:
#              - 1-9
#      - s_nssai:
#          - sst: 2
#            sd: 000080
#            dnn:
#              - internet
#              - ims
#      - s_nssai:
#          - sst: 4
#            dnn:
#              - internet
#        tai:
#          - plmn_id:
#              mcc: 999
#              mnc: 70
#            range:
#              - 10-20
#              - 30-40
#
#  o Complex Example
#  smf:
#    info:
#      - s_nssai:
#          - sst: 1
#            dnn:
#              - internet
#          - sst: 1
#            sd: 000080
#            dnn:
#              - internet
#              - ims
#          - sst: 1
#            sd: 009000
#            dnn:
#              [internet, ims]
#          - sst: 2
#            dnn:
#              - internet
#          - sst: 3
#            sd: 123456
#            dnn:
#              - internet
#        tai:
#          - plmn_id:
#              mcc: 999
#              mnc: 70
#            tac: [1, 2, 3]
#          - plmn_id:
#              mcc: 999
#              mnc: 70
#            tac: 4
#          - plmn_id:
#              mcc: 999
#              mnc: 70
#            tac:
#              - 5
#              - 6
#          - plmn_id:
#              mcc: 999
#              mnc: 70
#            range:
#              - 100-200
#              - 300-400
#          - plmn_id:
#              mcc: 999
#              mnc: 70
#            range:
#              - 500-600
#              - 700-800
#              - 900-1000
#      - s_nssai:
#          - sst: 4
#            dnn:
#              - internet
#        tai:
#          - plmn_id:
#              mcc: 999
#              mnc: 70
#            tac: 99
#
#  <Security Indication - 5G Core only>
#
#   According to 3GPP TS38.413 Section 9.3.1.27,
#   Security Indication IE may be instructed to 5G gNB.
#
#   If you set the security_indication in smf.yaml,
#   this information is delivered using PDU Session Resource Request Transfer IE
#
#  smf:
#    security_indication:
#      integrity_protection_indication: required|preferred|not-needed
#      confidentiality_protection_indication: required|preferred|not-needed
#      maximum_integrity_protected_data_rate_uplink: bitrate64kbs|maximum-UE-rate
#      maximum_integrity_protected_data_rate_downlink: bitrate64kbs|maximum-UE-rate
#
smf:
    sbi:
      - addr: 172.18.18.4
        port: 7777
    pfcp:
      - addr: 172.18.18.4
    gtpc:
      - addr: 172.18.18.4
    gtpu:
      - addr: 172.18.18.4
    metrics:
        addr: 172.18.18.4
        port: 9090
    subnet:
      - addr: 10.45.0.1/16
        dnn: internet
      - addr: cafe::1/64
        dnn: internet
    dns:
      - 8.8.8.8
      - 8.8.4.4
      - 2001:4860:4860::8888
      - 2001:4860:4860::8844
    mtu: 1400
    ctf:
      enabled: auto
    freeDiameter: /data/freeDiameter-smf.conf

#
#  <SBI Client>>
#
#  o SBI Client(http://127.0.1.10:7777)
#  sbi:
#    client:
#      no_tls: true
#  scp:
#    sbi:
#      addr: 127.0.1.10
#      port: 7777
#
#  o SBI Client(https://127.0.1.10:443, https://[::1]:443) without verification
#  sbi:
#    client:
#      no_verify: true
#      key: /etc/open5gs/tls/amf.key
#      cert: /etc/open5gs/tls/amf.crt
#  scp:
#    sbi:
#      - addr: 127.0.1.10
#      - addr: ::1
#
#  o SBI Client(https://scp.open5gs.org:443)
#    Use the specified certificate while verifying the server
#
#  sbi:
#    client:
#      cacert: /etc/open5gs/tls/ca.crt
#      key: /etc/open5gs/tls/amf.key
#      cert: /etc/open5gs/tls/amf.crt
#  scp:
#    sbi:
#      - name: scp.open5gs.org
#
#  o SBI Client(http://[fd69:f21d:873c:fb::1]:80)
#    If prefer_ipv4 is true, http://127.0.1.10:80 is selected.
#
#  sbi:
#    client:
#      no_tls: true
#  scp:
#    sbi:
#      addr:
#        - 127.0.1.10
#        - fd69:f21d:873c:fb::1
#
#  o SBI Option (Default)
#    - tcp_nodelay : true
#    - so_linger.l_onoff : false
#
#  sbi:
#    client:
#      no_tls: true
#  scp:
#    sbi:
#      addr: 127.0.1.10
#      option:
#        tcp_nodelay: false
#        so_linger:
#          l_onoff: true
#          l_linger: 10
#
#
scp:
    sbi:
      - addr: 127.0.1.10
        port: 7777

#
#  <SBI Client>>
#
#  o SBI Client(http://127.0.0.10:7777)
#  sbi:
#    client:
#      no_tls: true
#  nrf:
#    sbi:
#      addr: 127.0.0.10
#      port: 7777
#
#  o SBI Client(https://127.0.0.10:443, https://[::1]:443) without verification
#  sbi:
#    client:
#      no_verify: true
#      key: /etc/open5gs/tls/amf.key
#      cert: /etc/open5gs/tls/amf.crt
#  nrf:
#    sbi:
#      - addr: 127.0.0.10
#      - addr: ::1
#
#  o SBI Client(https://nrf.open5gs.org:443)
#    Use the specified certificate while verifying the server
#
#  sbi:
#    client:
#      cacert: /etc/open5gs/tls/ca.crt
#      key: /etc/open5gs/tls/amf.key
#      cert: /etc/open5gs/tls/amf.crt
#  nrf:
#    sbi:
#      - name: nrf.open5gs.org
#
#  o SBI Client(http://[fd69:f21d:873c:fa::1]:80)
#    If prefer_ipv4 is true, http://127.0.0.10:80 is selected.
#
#    sbi:
#      addr:
#        - 127.0.0.10
#        - fd69:f21d:873c:fa::1
#
#  o SBI Option (Default)
#    - tcp_nodelay : true
#    - so_linger.l_onoff : false
#
#  sbi:
#    client:
#      no_tls: true
#  nrf:
#    sbi:
#      addr: 127.0.0.10
#      option:
#        tcp_nodelay: false
#        so_linger:
#          l_onoff: true
#          l_linger: 10
#
nrf:
    sbi:
      - addr:
          - 172.18.18.10
        port: 7777

#
#  <PFCP Client>>
#
#  o PFCP Client(127.0.0.7:8805)
#  upf:
#    pfcp:
#      addr: 127.0.0.7
#
#  <UPF Selection>
#
#  o Round-Robin
#    (note that round robin can be disabled for a particular node
#     by setting flag 'rr' to 0)
#
#  upf:
#    pfcp:
#      - addr: 127.0.0.7
#      - addr: 127.0.0.12
#        rr: 0
#      - addr: 127.0.0.19
#
#  o UPF selection by eNodeB TAC
#    (either single TAC or multiple TACs, DECIMAL representation)
#
#  upf:
#    pfcp:
#      - addr: 127.0.0.7
#        tac: 1
#      - addr: 127.0.0.12
#        tac: [3,5,8]
#
#  o UPF selection by UE's DNN/APN (either single DNN/APN or multiple DNNs/APNs)
#
#  upf:
#    pfcp:
#      - addr: 127.0.0.7
#        dnn: ims
#      - addr: 127.0.0.12
#        dnn: [internet, web]
#
#  o UPF selection by CellID(e_cell_id: 28bit, nr_cell_id: 36bit)
#    (either single enb_id or multiple enb_ids, HEX representation)
#
#  upf:
#    pfcp:
#      - addr: 127.0.0.7
#        e_cell_id: 463
#      - addr: 127.0.0.12
#        nr_cell_id: [123456789, 9413]
#
upf:
    pfcp:
      - addr: 172.18.18.7

#
#  o Disable use of IPv4 addresses (only IPv6)
#  parameter:
#    no_ipv4: true
#
#  o Disable use of IPv6 addresses (only IPv4)
#  parameter:
#    no_ipv6: true
#
#  o Prefer IPv4 instead of IPv6 for estabishing new GTP connections.
#  parameter:
#    prefer_ipv4: true
#
#  o Disable selection of UPF PFCP in Round-Robin manner
#  parameter:
#    no_pfcp_rr_select: true
#
#  o Legacy support for pre-release LTE 11 devices
#    - Omits adding local address in packet filters for compatibility
#  parameter:
#    no_ipv4v6_local_addr_in_packet_filter: true
#
parameter:

#
# o Maximum Number of UE
# max:
#   ue: 1024
#
# o Maximum Number of Peer(S1AP/NGAP, DIAMETER, GTP, PFCP or SBI)
# max:
#   peer: 64
#
# o Maximum Number of GTP peer nodes per SGWC/SMF
# max:
#   gtp_peer: 64
#
max:

#
#  o NF Instance Heartbeat (Default : 0)
#    NFs will not send heart-beat timer in NFProfile
#    NRF will send heart-beat timer in NFProfile
#    (Default values are used, so no configuration is required)
#
#  o NF Instance Heartbeat (20 seconds)
#    NFs will send heart-beat timer (20 seconds) in NFProfile
#    NRF can change heart-beat timer in NFProfile
#  time:
#    nf_instance:
#      heartbeat: 20
#
#  o Message Wait Duration (Default : 10,000 ms = 10 seconds)
#    (Default values are used, so no configuration is required)
#
#  o Message Wait Duration (3000 ms)
#  time:
#    message:
#        duration: 3000
#
#  o Handover Wait Duration (Default : 300 ms)
#    Time to wait for SMF to send
#    PFCP Session Modification Request(Remove Indirect Tunnel) to the UPF
#    after sending Nsmf_PDUSession_UpdateSMContext Response(hoState:COMPLETED)
#    (Default values are used, so no configuration is required)
#
#  o Handover Wait Duration (500ms)
#  time:
#    handover:
#        duration: 500
time: