/interface/wifi/network

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network

/interface/wifi/network 的 RouterOS 目录参考。

interface/wifi/network

Type: Directory

标志	名称	描述
`Y`	managed	受管
`X`	disabled	已禁用

参数	类型	描述
`mlo`	bool
`labels`	object
`ssid`	string
`mode`	enum (ap \| station \| station-bridge \| station-pseudobridge)
`hide-ssid`	bool
`beacon-interval`	time
`dtim-period`	num
`multicast-enhance`	enum (disabled \| enabled) { disabled:0, enabled:1 }
`qos-classifier`	enum (priority \| dscp-high-3-bits) { priority:0, dscp-high-3-bits:1 }
`station-roaming`	bool
`max-clients`	num
`hw-protection-mode`	enum (none \| rts-cts \| cts-to-self)
`security.encryption`	ubit (tkip, ccmp, gcmp, ccmp-256, gcmp-256)
`security.group-encryption`	enum (tkip \| ccmp \| gcmp \| ccmp-256 \| gcmp-256)
`security.group-key-update`	time
`security.passphrase`	string
`security.multi-passphrase-group`	enum
`security.disable-pmkid`	bool
`security.management-protection`	enum (disabled \| allowed \| required)
`security.beacon-protection`	enum (disabled \| enabled)
`security.management-encryption`	enum (cmac \| gmac \| cmac-256 \| gmac-256)
`security.wps`	enum (disable \| push-button)
`security.dh-groups`	ubit (19, 20, 21)
`security.sae-anti-clogging-threshold`	num
`security.sae-max-failure-rate`	num
`security.sae-pwe`	enum (hunting-and-pecking \| hash-to-element \| both)
`security.owe-transition-interface`	iface_enum { auto }
`security.eap-methods`	multi { array-id, method: enum (tls \| ttls \| peap) { tls:13, ttls:21, peap:25 } }
`security.eap-certificate-mode`	enum (verify-certificate \| dont-verify-certificate \| no-certificates \| verify-certificate-with-crl)
`security.eap-tls-certificate`	enum
`security.eap-username`	string
`security.eap-anonymous-identity`	string
`security.eap-password`	string
`security.eap-accounting`	bool
`security.ft`	bool
`security.ft-mobility-domain`	num
`security.ft-over-ds`	bool
`security.ft-reassociation-deadline`	time
`security.ft-nas-identifier`	string
`security.ft-r0-key-lifetime`	time
`security.ft-preserve-vlanid`	bool
`security.connect-group`	string
`security.connect-priority`	super { connect-accept-priority: num , [connect-hold-priority] /num }
`security.authentication-types`	ubit (wpa-psk, wpa2-psk, wpa2-psk-sha2, wpa-eap, wpa2-eap, wpa3-psk, wpa3-psk-gd, owe, wpa3-eap, wpa3-eap-192)
`datapath.bridge`	iface_enum { none }
`datapath.bridge-cost`	num
`datapath.bridge-horizon`	num
`datapath.openflow-switch`	enum
`datapath.client-isolation`	bool
`datapath.traffic-processing`	enum (on-cap \| on-capsman \| on-capsman-secure)
`datapath.vlan-id`	num
`datapath.interface-list`	enum
`interworking.network-type`	enum (private \| private-with-guest \| public-chargeable \| public-free \| personal-device \| emergency-only \| test \| wildcard) { private:0, private-with-guest:1, public-chargeable:2, public-free:3, personal-device:4, emergency-only:5, test:14, wildcard:15 }
`interworking.internet`	bool
`interworking.esr`	bool
`interworking.uesa`	bool
`interworking.venue`	enum (unspecified \| disabled) { unspecified:0, disabled:0xffffffff }
`interworking.hessid`	macAddr
`interworking.hotspot20`	bool
`interworking.hotspot20-dgaf`	bool
`interworking.roaming-ois`	multi { array-id, roaming-oi: string }
`interworking.venue-names`	object { venue-name: composite { venue-name-name: string , venue-name-lang: string } }
`interworking.authentication-types`	object { authentication-type: composite { authentication-type-indicator: enum (terms-and-conditions \| online-enrollment \| https-redirection \| dns-redirection) { terms-and-conditions:0, online-enrollment:1, https-redirection:2, dns-redirection:3 } , authentication-type-url: string } }
`interworking.ipv4-availability`	enum (not-available \| public \| port-restricted \| single-nated \| double-nated \| port-restricted-single-nated \| port-restricted-double-nated \| unknown) { not-available:0, public:1, port-restricted:2, single-nated:3, double-nated:4, port-restricted-single-nated:5, port-restricted-double-nated:6, unknown:7 }
`interworking.ipv6-availability`	enum (not-available \| available \| unknown) { not-available:0, available:1, unknown:2 }
`interworking.realms`	object { realm: composite { realm-name: string , realm-auth: enum (not-specified \| eap-sim \| eap-tls \| eap-aka) } }
`interworking.realms-raw`	multi { array-id, realm-raw: string }
`interworking.3gpp-info`	object { 3gpp: composite { 3gpp-mcc: string , 3gpp-mnc: string } }
`interworking.3gpp-info-raw`	string
`interworking.domain-names`	multi { array-id, domain-name: string }
`interworking.operator-names`	object { operator-name: composite { operator-name-name: string , operator-name-lang: string } }
`interworking.wan-status`	enum (reserved \| up \| down \| test) { reserved:0, up:1, down:2, test:3 }
`interworking.wan-symmetric`	bool
`interworking.wan-at-capacity`	bool
`interworking.wan-downlink`	num
`interworking.wan-uplink`	num
`interworking.wan-downlink-load`	num
`interworking.wan-uplink-load`	num
`interworking.wan-measurement-duration`	num
`interworking.connection-capabilities`	object { connection-cap: composite { protocol: num , connection-cap2: composite { port: num , status: enum (closed \| open \| unknown) { closed:0, open:1, unknown:2 } } } }
`interworking.operational-classes`	multi { array-id, operational-class: num }
`steering.neighbor-group`	multi { array-id, neighbor-group: string }
`steering.rrm`	bool
`steering.wnm`	bool
`steering.2g-probe-delay`	bool
`steering.transition-threshold`	num
`steering.transition-threshold-time`	time
`steering.transition-request-period`	time
`steering.transition-request-count`	num
`steering.transition-time`	alt { value: enum (unlimited \| immediate) { unlimited:-1, immediate:0 } , time: time }
`aaa.username-format`	string
`aaa.password-format`	string
`aaa.called-format`	string
`aaa.calling-format`	string
`aaa.mac-caching`	alt { mac-caching-disable: enum (disabled) { disabled:0 } , mac-caching-time: time }
`aaa.interim-update`	alt { interim-update-disable: enum (disabled) { disabled:0 } , interim-update-time: time [1 .. ] }
`aaa.nas-identifier`	string