/caps-man/configuration

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configuration

/caps-man/configuration 的 RouterOS 目录参考。

caps-man/configuration

Package: wireless-rep Type: Directory

参数	类型	描述
`name` *	string
`security`	enum
`datapath`	enum
`channel`	enum
`rates`	enum
`mode`	enum (ap)
`ssid`	string
`hide-ssid`	bool
`max-sta-count`	num
`multicast-helper`	enum (default \| disabled \| full \| dhcp) { default:0, disabled:1, full:2, dhcp:3 }
`tx-chains`	ubit (0, 1, 2, 3)
`rx-chains`	ubit (0, 1, 2, 3)
`guard-interval`	enum (any \| long) { any:0, long:1 }
`country`	enum
`installation`	enum (any \| indoor \| outdoor)
`load-balancing-group`	enum
`distance`	enum (indoors \| dynamic) { indoors:0, dynamic:0xffffffff }
`hw-retries`	num
`hw-protection-mode`	enum (none \| rts-cts \| cts-to-self) { none:0, rts-cts:1, cts-to-self:2 }
`hw-protection-threshold`	num
`frame-lifetime`	time
`disconnect-timeout`	time
`keepalive-frames`	enum (enabled \| disabled)
`security.authentication-types`	ubit (wpa-psk, wpa2-psk, wpa-eap, wpa2-eap)
`security.encryption`	ubit (aes-ccm, tkip)
`security.group-encryption`	enum (aes-ccm \| tkip)
`security.group-key-update`	time
`security.passphrase`	string
`security.eap-methods`	multi { array-id, method: enum (eap-tls \| passthrough) { eap-tls:13, passthrough:0xffffffff } }
`security.eap-radius-accounting`	bool
`security.tls-mode`	enum (verify-certificate \| dont-verify-certificate \| no-certificates \| verify-certificate-with-crl)
`security.tls-certificate`	enum (none) { none:0xffffffff }
`security.disable-pmkid`	bool
`datapath.mtu`	num
`datapath.l2mtu`	num
`datapath.arp`	enum (disabled \| enabled \| proxy-arp \| reply-only \| local-proxy-arp) { disabled:0, enabled:1, proxy-arp:2, reply-only:3, local-proxy-arp:4 }
`datapath.client-to-client-forwarding`	bool
`datapath.bridge`	iface_enum
`datapath.bridge-cost`	num
`datapath.bridge-horizon`	num
`datapath.openflow-switch`	enum
`datapath.local-forwarding`	bool
`datapath.vlan-mode`	enum (no-tag \| use-tag \| use-service-tag)
`datapath.vlan-id`	num
`datapath.interface-list`	enum
`channel.frequency`	multi { array-id, frequency: num }
`channel.secondary-frequency`	multi { array-id, secondary-frequency: alt { secondary-frequency-disable: enum (disabled) , secondary-frequency-num: num } }
`channel.control-channel-width`	enum (5mhz \| 10mhz \| 20mhz \| 40mhz-turbo) { 5mhz:5000, 10mhz:10000, 20mhz:20000, 40mhz-turbo:40000 }
`channel.band`	enum (2ghz-b \| 2ghz-onlyg \| 2ghz-b/g \| 5ghz-a \| 5ghz-onlyn \| 5ghz-a/n \| 2ghz-onlyn \| 2ghz-b/g/n \| 2ghz-g/n \| 5ghz-a/n/ac \| 5ghz-n/ac \| 5ghz-onlyac)
`channel.extension-channel`	enum (disabled \| Ce \| eC \| Ceee \| eCee \| eeCe \| eeeC \| XX \| XXXX \| Ceeeeeee \| eCeeeeee \| eeCeeeee \| eeeCeeee \| eeeeCeee \| eeeeeCee \| eeeeeeCe \| eeeeeeeC \| XXXXXXXX)
`channel.tx-power`	num
`channel.save-selected`	bool
`channel.reselect-interval`	super { reselect-interval-min: time [1 .. 606024300] , [reselect-interval-max] ..time [1 .. 606024300] }
`channel.skip-dfs-channels`	bool
`rates.basic`	ubit (1Mbps, 2Mbps, 5.5Mbps, 11Mbps, 6Mbps, 9Mbps, 12Mbps, 18Mbps, 24Mbps, 36Mbps, 48Mbps, 54Mbps)
`rates.supported`	ubit (1Mbps, 2Mbps, 5.5Mbps, 11Mbps, 6Mbps, 9Mbps, 12Mbps, 18Mbps, 24Mbps, 36Mbps, 48Mbps, 54Mbps)
`rates.ht-basic-mcs`	ubit (mcs-0, mcs-1, mcs-2, mcs-3, mcs-4, mcs-5, mcs-6, mcs-7, mcs-8, mcs-9, mcs-10, mcs-11, mcs-12, mcs-13, mcs-14, mcs-15, mcs-16, mcs-17, mcs-18, mcs-19, mcs-20, mcs-21, mcs-22, mcs-23)
`rates.ht-supported-mcs`	ubit (mcs-0, mcs-1, mcs-2, mcs-3, mcs-4, mcs-5, mcs-6, mcs-7, mcs-8, mcs-9, mcs-10, mcs-11, mcs-12, mcs-13, mcs-14, mcs-15, mcs-16, mcs-17, mcs-18, mcs-19, mcs-20, mcs-21, mcs-22, mcs-23)
`rates.vht-basic-mcs`	multi { array-id, mcs-set: enum (none \| mcs0-7 \| mcs0-8 \| mcs0-9) { none:0, mcs0-7:1, mcs0-8:2, mcs0-9:3 } }
`rates.vht-supported-mcs`	multi { array-id, mcs-set: enum (none \| mcs0-7 \| mcs0-8 \| mcs0-9) { none:0, mcs0-7:1, mcs0-8:2, mcs0-9:3 } }