archive
The command performs the switch to configuration redundancy parameters mode.
The use of a negative form (no) of the command sets the default value for configuration redundancy parameters.
Syntax
[no] archive
Parameters
The command does not contain parameters.
Required privilege level
15
Command mode
CONFIG
Example:
esr(config)# archive esr(config-archive)#
auto
This command enables the creation of a backup configuration file on a remote server and/or locally after a specified period of time (see section time-period).
The use of a negative form (no) of the command disables sending mode in a specified period of time.
Syntax
[no] auto
Parameters
The command does not contain parameters.
Required privilege level
15
Command mode
CONFIG-ARCHIVE
Example:
esr(config-archive)# auto
boot system
The command is used to select an active software image loaded to the device.
Syntax
boot system <IMAGE>
Parameters
<IMAGE> – name of the software image which will be loaded to the device:
- image-1 – next device boot will be performed from the first software image;
- image-2 – next device boot will be performed from the second software image.
Required privilege level
15
Command mode
ROOT
Example:
esr# boot system image-2
by-commit
The command enables the mode of sending the configuration file to the redundancy server in a specified period of time.
The use of a negative form (no) of the command disables the sending mode after the successful application of configuration.
Syntax
[no] by-commit
Parameters
The command does not contain parameters.
Required privilege level
15
Command mode
CONFIG-ARCHIVE
Example:
esr(config-archive)# by-commit
commit
The command allows to apply (enable) the configuration changes. RUNNING configuration is replaced by CANDIDATE configuration. To enable the changes applied, you need to confirm the operation by ‘confirm’ command during the time period not exceeding the acknowledgement timer lifetime (600 seconds by default).
Syntax
commit
Parameters
The command does not contain parameters.
Required privilege level
10
Command mode
ROOT
CHANGE-EXPIRED-PASSWORD
Example:
esr# commit
Configuration changes are applied.
confirm
The command is intended to confirm the configuration appliance. If during a specified time period (600 seconds by default) after applying the configuration you do not enter a confirmation by ‘commit’ command, automatic rollback to a previously valid configuration will occur. Automatic rollback system totally prevents loss of connection with the device.
Syntax
confirm
Parameters
The command does not contain parameters.
Required privilege level
10
Command mode
ROOT
CHANGE-EXPIRED-PASSWORD
Example:
esr# confirm
Confirmation of configuration changes.
copy
The command is used to copy files among the various sources and receivers.
Syntax
copy <SOURCE> <DESTINATION>
Parameters
<SOURCE> – source, defined as:
- tftp://<ip>[<port>]:/<path> – address of file on TFTP server, where:
- <ip> – TFTP server IP address;
- <port> – port that listens to TFTP server, separated from IP address by '#' or ':' character;
- <path> – file path on TFTP server.
- tftp://<ipv6>[%<interface>][<port>]:/<path> – address of file on TFTP server, where:
- <ipv6> – TFTP server IPv6 address;
- <interface> – outgoing network interface for link-local addresses;
- <port> – port that TFTP server listens to is separated from the IPv6 address by the symbol '#' or ':' (in this case, the IPv6 address must be enclosed in square brackets '[]');
- <path> – file path on TFTP server.
- ftp://[<user>[:<password>]@]<ip>[<port>]:/<path>
- <ip> – FTP server IP address;
- <user> – user name (configure the default user name by the ip ftp client username command, described in Section ip ftp client username);
- <password> – password (configure the default password by the ip ftp client password command, described in Section ip ftp client password);
- <port> – port that listens to TFTP server, separated from IP address by '#' or ':' character;
- <path> – file path on FTP server.
- ftp://[<user>[:<password>]@]<ipv6>[%<interface>][<port>]:/<path>
- <ipv6> – FTP server IPv6 address;
- <interface> – outgoing network interface for link-local addresses;
- <user> – user name (configure the default user name by the ip ftp client username command, described in Section ip ftp client username);
- <password> – password (configure the default password by ip ftp client password command, described in Section ip ftp client username);
- <port> – port that TFTP server listens to is separated from the IPv6 address by the symbol '#' or ':' (in this case, the IPv6 address must be enclosed in square brackets '[]');
- <path> – file path on FTP server.
- sftp://[<user>[:<password>]@]<ip>[<port>]:/<path>
- <ip> – FTP server IP address;
- <user> – user name (configure the default user name by the ip sftp client username command, described in Section ip sftp client username);
- <password> – password (configure the default password by ip sftp client password command, described in Section ip sftp client password);
- <port> – port that listens to TFTP server, separated from IP address by '#' or ':' character;
- <path> – file path on FTP server.
- sftp://[<user>[:<password>]@]<ipv6>[%<interface>][<port>]:/<path>
- <ipv6> – FTP server IPv6 address;
- <interface> – outgoing network interface for link-local addresses;
- <user> – user name (configure the default user name by the ip sftp client username command, described in Section ip sftp client username);
- <password> – password (configure the default password by ip sftp client password command, described in Section ip sftp client password);
- <port> – port that TFTP server listens to is separated from the IPv6 address by the symbol '#' or ':' (in this case, the IPv6 address must be enclosed in square brackets '[]');
- <path> – file path on FTP server.
- scp://[<user>:<password>@]<ip>[<port>]:/<path>
- <ip> – IP address of server;
- <user> – user name (configure the default user name by the ip ssh client username command, described in Section ip ssh client username);
- <password> – password (configure the default password by ip ssh client password command, described in Section ip ssh client password);
- <port> – port that listens to TFTP server, separated from IP address by '#' or ':' character;
- <path> – file path on server.
- scp://[<user>:<password>@]<ipv6>[%<interface>][<port>]:/<path>
- <ipv6> – IPv6 address of server;
- <interface> – outgoing network interface for link-local addresses;
- <user> – user name (configure the default user name by the ip ssh client username command, described in Section ip ssh client username);
- <password> – password (configure the default password by the ip ssh client password command, described in Section ip ssh client password);
- <port> – port that TFTP server listens to is separated from the IPv6 address by the symbol '#' or ':' (in this case, the IPv6 address must be enclosed in square brackets '[]');
- <path> – file path on server.
- http://<ip>[<port>]:/<path> – address of file on HTTP server, where:
- <ip> – IP address of HTTP server;
- <port> – port on which HTTP server is launched, separated from IP address by '#' or ':' character;
- <path> – file path on HTTP server.
- http://<ipv6>[%<interface>][<port>]:/<path> – address of file on HTTP server, where:
- <ipv6> – IPv6 address of HTTP server;
- <interface> – outgoing network interface for link-local addresses;
- <port> – port on which HTTP server is launched is separated from the IPv6 address by the symbol '#' or ':' (in this case, the IPv6 address must be enclosed in square brackets '[]');
- <path> – file path on TFTP server.
- https://[ca/<CA-FILE>][:server-crt/<SC-FILE>][:server-key/<SK-FILE>]@<ip>[<port>]:/<path> – address of file on HTTPS server, where:
- <CA-FILE> – authentication server certificate file name in the corresponding memory section of the router;
- <SC-FILE> – file name of the server public certificate in the corresponding section of the router’s memory;
- <SK-FILE> – server private key file name in the corresponding memory section of the router;
- <ip> – IP address of HTTP server;
- <port> – port on which HTTPS server is launched, separated from IP address by '#' or ':' character;
- <path> – file path on HTTP server.
- https://[ca/<CA-FILE>][:server-crt/<SC-FILE>][:server-key/<SK-FILE>]@<ipv6>[%<interface>][<port>]:/<path> – address of file on HTTPS server, where:
- <CA-FILE> – authentication server certificate file name in the corresponding memory section of the router;
- <SC-FILE> – file name of the server public certificate in the corresponding section of the router’s memory;
- <SK-FILE> – server private key file name in the corresponding memory section of the router;
- <ipv6> – IPv6 address of HTTPS server;
- <interface> – outgoing network interface for link-local addresses;
- <port> – port on which HTTP server is launched is separated from the IPv6 address by the symbol '#' or ':' (in this case, the IPv6 address must be enclosed in square brackets '[]');
- <path> – file path on TFTP server.
- usb://usb_name:/PATH (except ESR-10/12V/12VF/14VF)
- usb_name – name assigned to USB storage. The following parameters can be displayed by "show storage-devices” command (see Section show storage-devices);
- <path> – file path on USB storage.
- usb://mmc_name:/PATH
- mmc_name – name assigned to MMC storage. The following parameters can be displayed by "show storage-devices” command (see Section show storage-devices);
- <path> – file path on MMC storage.
- system:factory-config – factory configuration;
- system:default-config – default configuration (blank);
- system:running-config – running configuration;
- system:candidate-config – configuration which will be applied after 'commit' command execution;
- system:firmware – device firmware. Copying is performed from inactive device software image;
- system:boot-1 – primary device bootloader (SBI, bl1, x-loader).
- system:boot-2 – secondary device bootloader (u-boot, boot).
- flash:critlog/FILE – folder to save kernel messages during the entire operation of the device;
- flash:syslog/FILE – folder to save current session logs, saved after rebooting;
- tmpsys:syslog/FILE – folder to save current session logs, is not saved after rebooting;
- flash:backup/FILE – folder for saving backup copies of current router configurations;
- flash:data/FILE – folder for downloading files from the router.
<DESTINATION> – destination, defined as:
- tftp://<ip>[<port>]:/<path> – address of file on TFTP server, where:
- <ip> – TFTP server IP address;
- <port> – port that listens to TFTP server, separated from IP address by '#' or ':' character;
- <path> – file path on TFTP server.
- tftp://<ipv6>[%<interface>][<port>]:/<path> – address of file on TFTP server, where:
- <ipv6> – TFTP server IPv6 address;
- <interface> – outgoing network interface for link-local addresses;
- <port> – port that TFTP server listens to is separated from the IPv6 address by the symbol '#' or ':' (in this case, the IPv6 address must be enclosed in square brackets '[]');
- <path> – file path on TFTP server.
- ftp://[<user>[:<password>]@]<ip>[<port>]:/<path>
- <ip> – FTP server IP address;
- <user> – user name (configure the default user name by the ip ftp client username command, described in Section ip ftp client username);
- <password> – password (configure the default password by ip ftp client password command, described in Section ip ftp client password);
- <port> – port that listens to TFTP server, separated from IP address by '#' or ':' character;
- <path> – file path on FTP server.
- ftp://[<user>[:<password>]@]<ipv6>[%<interface>][<port>]:/<path>
- <ipv6> – FTP server IPv6 address;
- <interface> – outgoing network interface for link-local addresses;
- <user> – user name (configure the default user name by the ip ftp client username command, described in Section ip ftp client username);
- <password> – password (configure the default password by the ip ftp client password command, described in Section ip ftp client password);
- <port> – port that TFTP server listens to is separated from the IPv6 address by the symbol '#' or ':' (in this case, the IPv6 address must be enclosed in square brackets '[]');
- <path> – file path on FTP server.
- sftp://[<user>[:<password>]@]<ip>[<port>]:/<path>
- <ip> – FTP server IP address;
- <user> – user name (configure the default user name by the ip sftp client username command, described in Section ip sftp client username);
- <password> – password (configure the default password by the ip sftp client password command, described in Section ip sftp client password);
- <port> – port that listens to TFTP server, separated from IP address by '#' or ':' character;
- <path> – file path on FTP server.
- sftp://[<user>[:<password>]@]<ipv6>[%<interface>][<port>]:/<path>
- <ipv6> – FTP server IPv6 address;
- <interface> – outgoing network interface for link-local addresses;
- <user> – user name (configure the default user name by the ip sftp client username command, described in Section ip sftp client username);
- <password> – password (configure the default password by ip sftp client password command, described in Section ip sftp client password);
- <port> – port that TFTP server listens to is separated from the IPv6 address by the symbol '#' or ':' (in this case, the IPv6 address must be enclosed in square brackets '[]');
- <path> – file path on FTP server.
- scp://[<user>:<password>@]<ip>[<port>]:/<path>
- <ip> – IP address of server;
- <user> – user name (configure the default user name by the ip ssh client username command, described in Section ip ssh client username);
- <password> – password (configure the default password by ip ssh client password command, described in Section ip ssh client password);
- <port> – port that listens to TFTP server, separated from IP address by '#' or ':' character;
- <path> – file path on server.
- scp://[<user>:<password>@]<ipv6>[%<interface>][<port>]:/<path>
- <ipv6> – IPv6 address of server;
- <interface> – outgoing network interface for link-local addresses;
- <user> – user name (configure the default user name by the ip ssh client username command, described in Section ip ssh client username);
- <password> – password (configure the default password by ip ssh client password command, described in Section ip ssh client password);
- <port> – port that TFTP server listens to is separated from the IPv6 address by the symbol '#' or ':' (in this case, the IPv6 address must be enclosed in square brackets '[]');
- <path> – file path on server.
- usb://usb_name:/PATH
- usb_name – name assigned to USB storage. The following parameters can be displayed by "show storage-devices” command (see Section show storage-devices);
- <path> – file path on USB storage.
- usb://mmc_name:/PATH (except ESR-10/12V/12VF/14VF)
- mmc_name – name assigned to MMC storage. The following parameters can be displayed by "show storage-devices” command (see Section show storage-devices);
- <path> – file path on MMC storage.
- system:candidate-config – configuration which will be applied after 'commit' command execution;
- system:licence – device licence;
- system:boot-licence – device license used when starting the secondary bootloader;
- system:firmware – device firmware. Copying is always performed to inactive device software image;
- system:boot2 – secondary device bootloader (u-boot, x-loader);
- system:certificate/ca/ – folder to keep CA’s certificate;
- system:certificate/dh/ – folder to keep Diffie-Hellman key;
- system:certificate/server_key/ – folder to keep a private key of OPENVPN server;
- system:certificate/server_crt/ – folder to keep a public certificate of OPENVPN server;
- system:certificate/ta/ – folder to keep НМАС key;
- system:certificate/crl/ – folder to keep the list of revoked certificates;
- flash:data/FILE – folder for downloading files from the router.
Required privilege level
15
Command mode
ROOT
Example 1
esr# copy tftp://10.100.100.1/esr.cfg system:candidate-config
Example 2
esr# copy tftp://10.100.100.1/crl.pem system:certificate/crl/crl.pem
count-backup
This command sets the maximum number of locally saved configuration backups.
The use of a negative form (no) of the command sets the default value.
Syntax
count-backup <NUM>
no count-backup
Parameters
<NUM> – set the maximum number of locally saved configuration backups. Takes values in the range of [1..100].
Default value
1
Required privilege level
15
Command mode
CONFIG-ARCHIVE
Example:
esr(config-archive)# count-backup 20
delete
The command is used to remove licences, certificates, keys.
Syntax
delete { <FILE> | licence }
Parameters
<FILE> – file type, may take the following values (when removing from the folder, you need to specify a file name):
- flash:backup/FILE – folder for saving backup copies of current router configurations;
- flash:data/FILE – folder for downloading files from the router;
- system:certificate/ca/ – folder to keep CA’s certificate;
- system:certificate/dh/ – folder to keep Diffie-Hellman key;
- system:certificate/server_key/ – folder to keep a private key of IPsec/OpenVPN server key;
- system:certificate/server_crt/ – folder to keep a public certificate of IPsec/OpenVPN server;
- system:certificate/ta/ – folder to keep HMAC key;
- system:certificate/crl/ – folder to keep the list of revoked certificates.
licence – device licence.
system:boot-licence – device license used when starting the secondary bootloader.
Required privilege level
15
Command mode
ROOT
Example:
esr# delete system:certificate/dh/dh.key
dir
The command displays external storage medium (USB/MMC cards) content.
Syntax
dir { usb://<USB-device-name>/<PATH> | mmc://<MMC-device-name>/<PATH> | flash:backup/ | flash:data/ }
Parameters
<USB-device-name> – USB storage name assigned by the system. Displayed in ‘show storage-devices usb’ command output, Section show storage-devices.
<MMC-device-name> – MMC storage name assigned by the system. Displayed in ‘show storage-devices usb’ command output, Section show storage-devices.
- flash:backup/FILE – file for saving backup copies of current router configurations;
- flash:data/FILE – folder for downloading files from the router;
<PATH> – path to the required folder on USB/MMC storage.
Required privilege level
1
Command mode
ROOT
Example:
esr# dir mmc://EF28-D074 Name Type Size ---------------------------------------- ---------- -------- -- esr1000-1.4.0-build21.uboot File 0.00 B .Trash-1000 Directory 0.00 B
path
The command defines the protocol, server address as well as the location and name prefix of a file on the server. When performing a redundancy, the current time and date in the format YYYYMMDD_HHMMSS is added to the file name prefix.
The use of a negative form (no) of the command removes a specified value.
Syntax
path <PATH>
no path
Parameters
<PATH> – format of the path to the remote server.
Required privilege level
15
Command mode
CONFIG-ARCHIVE
Example:
esr(config-archive)# path tftp://10.10.10.1:/esr-1000/config
restore
The command allows to cancel applied but not confirmed configuration and return to the last confirmed one. The command is applied to the whole device configuration. Undoing changes can be carried out only until ‘confirm’ command is entered. When executing ‘restore’ command, there is a loss of unconfirmed configuration.
Syntax
restore
Parameters
The command does not contain parameters.
Required privilege level
10
Command mode
ROOT
Example:
esr# restore
Reversion to the last confirmed configuration is completed.
rollback
The command allows to cancel not applied configuration changes. As a result of command execution, CANDIDATE configuration will be deleted. The command may be used only until ‘commit’ command is entered.
The command is applied to the whole device configuration.
Syntax
rollback
Parameters
The command does not contain parameters.
Required privilege level
10
Command mode
ROOT
Example:
esr# rollback
Cancellation of all not applied configuration changes has been made.
save
The command is used to save CANDIDATE configuration to the device ROM.
Syntax
save
Parameters
The command does not contain parameters.
Required privilege level
10
Command mode
ROOT
Example:
esr# save
Upload of current configuration on the device Flash memory.
show bootvar
The command is used to display information on software images loaded to the device.
Syntax
show bootvar
Parameters
The command does not contain parameters.
Required privilege level
1
Command mode
ROOT
Example:
esr# show bootvar Image Version Date Status After reboot ----- ------------------------- -------------------- ------------ ------------ 1 1.0.7 build 119[5cd22b8] date 22/12/2015 time Not Active 18:00:47 2 1.0.7 build 119[5cd22b8] date 22/12/2015 time Active * 18:00:47
show boot-licence
This command is used to view information about the active license of the device used at the stage of loading the secondary bootloader.
Syntax
show boot-licence
Parameters
The command does not contain parameters.
Required privilege level
5
Command mode
ROOT
Example:
esr# show boot-licence Licence information ------------------- Name: Eltex Version: 1.0 Type: ESR-1000 S/N: NP01000530 MAC: A8:F9:4B:AA:44:BB Features: KSS - Kaspersky Security System
show candidate-config
The command is used to display the device configuration which will be set after the settings are applied (‘commit’ command).
Syntax
show candidate-config [ <SECTION> ]
Parameters
<SECTION> – configuration section:
- aaa – configuration of authentication, authorization and accounting parameters;
- access-list – access lists configuration;
- bridges – network bridges configuration;
- channel-group – channel aggregation group configuration;
- clock – router’s system clock and NTP configuration;
- dhcp – DHCP server, client and Relay agent configuration;
- dual-homing – Dual Homing service configuration1;
- hostname – router network name;
- interfaces [<IF>] – interface configuration:
- <IF> – an interface's name specified in the form described in Section Types and naming order of router interfaces.
- ip-address – IP interface configuration;
- ipv6 [<SUBSECTION>] – IPv6 configuration:
- address – IPv6 interface configuration;
- dhcp [<SUBSECTION>] – IPv6 DHCP services configuration:
- client – IPv6 DHCP server configuration;
- relay – IPv6 DHCP Relay agent configuration;
- server – IPv6 DHCP client configuration.
- routing [<SUBSECTION>] – IPv6 routing configuration:
- bfd – IPv6 BFD configuration;
- bgp – IPv6 BGP configuration;
- ospf – OSPFv3 configuration;
- prefix-lists – IPv6 prefix lists configuration;
- static – static routes configuration.
- vrrp – IPv6 configuration of VRRP.
- lldp – LLDP configuration;
- mac-address-table – MAC table configuration1;
- mirroring – mirroring configuration1;
- multiwan – configuration of redundancy and WAN interface balancing service;
- nat [<SUBSECTION>] – NAT service configuration:
- source – Source NAT service configuration;
- destination – Destination NAT service configuration;
- alg – NAT algorithm configuration.
- netflow – Netflow protocol configuration;
- object-groups – configuration of IP addresses profiles and TCP/UDP ports;
- port-security – Port Security configuration1;
- qos – QoS configuration;
- remote-access [<SUBSECTION>] – L2TP over IPsec profiles and PPTP servers configuration;
- l2tp – configuration of L2TP over IPsec servers’ profiles;
- pptp – PPTP servers’ profile configuration;
- pptp – PPPoE servers’ profile configuration;
- openvpn – OpenVPN servers’ profile configuration;
- remote-client – remote access configuration (SSH, Telnet, etc.);
- rmon – RMON configuration;
- routing [<SUBSECTION>] – routing configuration:
- bfd – BFD configuration;
- bgp – BGP configuration;
- key-chains – authentication keys configuration;
- ospf – OSPF configuration;
- prefix-list – prefix list configuration;
- rip – RIP configuration;
- route-maps – route maps configuration;
- static – static routes configuration;
- tracking – Tracking objects configuration;
- security [<SUBSECTION>] – IPsec VPN and Firewall services configuration;
- ike – IKE configuration;
- ipsec – IPSec configuration;
- zone – Firewall zones configuration;
- zone-pair – configuration of transitions between Firewall zones;
- sflow – sFlow protocol configuration;
- snmp – SNMP server configuration;
- spanning-tree – configuration of Spanning Tree family protocols1;
- syslog – Syslog service configuration;
- sla – IP SLA service configuration
- system – systemic parameters configuration;
- tunnels [<SUBSECTION>] – tunnel configuration:
- gre – GRE tunnel configuration;
- ip4ip4 – configuration of IPv4 over IPv4 tunnels;
- l2tp – L2TP tunnels configuration;
- l2tpv3 – L2TPv3 tunnels configuration;
- lt – logical tunnels configuration;
- softgre – SoftGRE tunnels configuration1;
- vti – VTI tunnels configuration;
- pptp – PPTP clients configuration;
- pppoe – PPPoE clients configuration;
- l2tp – L2TP clients configuration;
- openvpn – OPENVPN clients configuration;
- vlans – VLAN configuration;
- vrf – VRF configuration;
- vrrp – VRRP protocol configuration;
- wisla – configuration of wiSLA services quality monitoring system;
- wireless-controller – Wi-Fi controller parameters configuration;
- zabbix – Zabbix agent configuration.
- extended – adding information about the current version of the router software to the output.
1 In the current firmware version this functionality is supported only by ESR-1000/1200/1500/1510/1700 routers
Required privilege level
10
Command mode
ROOT
Example:
esr# show candidate-config ntp enable ntp broadcast-client enable syslog max-files 3 syslog file-size 512 syslog file default info vlan 2 exit security zone trusted exit security zone untrusted exit object-group service telnet port-range 23 exit object-group service ssh port-range 22 exit object-group service dhcp_server port-range 67 exit More? Enter – next line; Space – next page; Q – quit; R – show the rest.
show configuration changes
This command displays the differences between the configuration files.
Syntax
show configuration changes [<CONFIG> < CONFIG>]
Parameters
<CONFIG> – configuration file for comparison. May take the following values:
- candidate-config;
- running-config;
- factory-config;
- default-config.
Default value
Without <CONFIG>, the difference between running-config and candidate-config is displayed.
Required privilege level
10
Command mode
ROOT
Example:
esr(config-)# show configuration changes + interface gigabitethernet 1/0/1.100 + ip firewall disable + ip address 10.54.22.1/24 + exit
show crypto certificates
The command displays certificates information.
Syntax
show crypto certificates [ <CERTIFICATE-TYPE> ]
Parameters
<CERTIFICATE-TYPE> – certificate or key type, may take the following values:
- ca – Certificate Authority;
- crl – Certificate Revocation List;
- dh – Diffie-Hellman key;
- server-crt – public server certificate;
- server-key – private server key;
- ta – HMAC key.
Required privilege level
15
Command mode
ROOT
Example:
esr# show crypto certificates Type Total ------------ ------- ca 3 dh 1 server key 2 server crt 1 ta 1 crl 1
show licence
The command is used to display information on the active device license.
Syntax
show licence
Parameters
The command does not contain parameters.
Required privilege level
5
Command mode
ROOT
Example:
esr# show licence Licence information ------------------- Name: X-Telecom Version: 1.0 Type: ESR-1000 S/N: NP01000046 MAC: A8:F9:4B:AA:03:20 Features: DHCP – Dynamic Host Configuration Protocol IDS – Empty description SWUTIL – View interface's utilization
show running-config
The command is used to display the current device configuration.
Syntax
show running-config [<SECTION>]
Parameters
<SECTION> – configuration section, the description is given in Section show candidate-config.
Required privilege level
10
Command mode
ROOT
Example:
esr# show running-config syslog syslog max-files 3 syslog file-size 512 syslog file default info syslog console info
show storage-devices
The command displays information on connected external storage mediums (USB/MMC memory cards).
Syntax
show storage-devices { usb | mmc }
Parameters
usb – USB storage.
mmc – SD/MMC memory card.
Required privilege level
1
Command mode
ROOT
Example:
esr# show storage-devices mmc Name Total, MB Used, MB Free, MB ------------------------------ ---------- ---------- ---------- EF28-D074 99.79 72.64 27.15
show version
The command is used to display the current firmware version and device hardware version.
Syntax
show version
Parameters
The command does not contain parameters.
Required privilege level
1
Command mode
ROOT
Example:
esr# show version Boot version: 1.0.7.16 (date 18/11/2015 time 13:40:59) SW version: 1.0.7 build 17[d9bdbda] (date 21/11/2015 time 18:06:41) HW version: 1v7
time-period
The command sets the time period after which the automatic redundancy of the configuration will be performed.
The use of a negative form (no) of the command sets the default value.
Syntax
time-period <TIME>
no time-period
Parameters
<TIME> – periodicity of automatic redundancy of the configuration, takes the value in minutes [1..35791394].
Default value
720 minutes
Required privilege level
15
Command mode
CONFIG-ARCHIVE
Example:
esr(config-archive)# time-period 1440
type
This command sets the backup configuration of the router.
The use of a negative form (no) of the command sets the default mode.
Syntax
type <TYPE>
no type
Parameters
<TYPE> – type of the router configuration backup. Takes the following values:
- local – saving backup configurations occurs in the flash: backup/section with a file name in the form of 'config_YYYYMMDD_HHMMSS;' Where:
- YYYY – year, according to the system clock of the router at the time of recording the configuration backup;
- MM – month, according to the system clock of the router at the time of recording the configuration backup;
- DD – day, according to the system clock of the router at the time of recording the configuration backup;
- HH – hour, according to the system clock of the router at the time of recording the configuration backup;
- MM – minute, according to the system clock of the router at the time of recording the configuration backup;
- SS – second, according to the system clock of the router at the time of recording the configuration backup.
- remote – backup configurations are saved on a remote server;
- both – backup configurations are saved in section flash:backup and on a remote server;
Default value
remote
Required privilege level
15
Command mode
CONFIG-ARCHIVE
Example:
esr(config-archive)# type both