Receive diagnostic data from SFP modules. Parameters:

• -h – help
• module_eeprom – SFP module optical diagnostics information (if supported by the module).

Manual bypass control. DPI controls bypass independently, but manual bypass control is performed by this utility if necessary:

• get_bypass – get bypass status
• set_bypass on – activate bypass
• set_bypass off – deactivate bypass
• get_std_nic – diagnostic
• set_std_nic off – setting the card to bypass mode (switches the mode to NON-standard mode, i.e. with bypass mode)

DPDK management. Parameters:

• list-overrides – check the list of cards in DPDK mode
• unset-override 0000:04:00.0 – exit the card from the DPDK mode
  The fastDPI process must first be stopped with the command service fastdpi stop!
• -v set-override 0000:04:00.0 vfio-pci – return the cards back under DPDK control after working with the standard driver
  When switching cards to DPDK mode, be careful not to accidentally switch the server control interface to DPDK mode - communication with the server will be immediately interrupted!

Check if an address or port is blacklisted.
Example of a port check:

checklock 188.114.97.28

Check if the address or port is included in the custom protocol.
Example of a port check:

checkproto youtube

White address allocation check. Shows how the network for NAT is distributed among process vorkers.
Command entry format:

nthr=x, algo=0|1|2, cidrs='list cidrs' [,tcheck_correct_hash=0:1,gr_cidrs='list gray cidrs',dst_cidrs='list destination cidrs']

Parameters:

• nthr – num work threads per cluster
• algo – 0 - hashmask (default), 1 - crc, 2 - rxdsp_2
• cidrs – list cidr white address
• check_correct_hash – check hash function
  • gr_cidrs='list cidr gray address for check'
  • dst_cidrs='list cidr destination address for check'

Examples:

# Example 1
nthr=16 algo=0 cidrs='16.35.120.0/24,91.210.24.128/26'
# Example 2
nthr=16 algo=0 cidrs='16.35.120.0/24,91.210.24.128/26' check_correct_hash=1 gr_cidrs='10.0.0.0/24,192.168.4.0/28' dst_cidrs='30.0.0.0/24,50.0.0.0/24'