yurisk.info

Yuri Slobodyanyuk's blog on IT Security and Networking sharing experience and expertise

NMAP run stages flow diagram

NMAP scanner has become over the years so friendly that it is not apparent what is going on when it runs. Below is a typical NMAP workflow:
NMAP scan stages
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Hex editor of binary files on Linux

Reading this thread on Stackoverflow http://stackoverflow.com/questions/5498197/need-a-good-hex-editor-for-linux I wondered how come with so many hex editors in Linux there is not really the best one. In Windows it is easier - the expensive WinHex or cheap Hview. Anyway, as to the Linux I always use Vim:
Entering %!xxd to switch to Hex editing mode, and after finishing the edit issuing %!xxd -r back to binary to be able to save the edited file. Do not save in the Hex editing mode - the file will be saved as ASCII hex representation file, always revert back to binary.

Ever wondered how much does IP addresses allocation really cost to your provider?

Ever wondered how much does IP addresses allocation really cost to your provider? Well, that is easy. If we talk about the RIPE IP address space (majority today) then they have published their fees for PI (Provider Independent) allocations for LIRs (Local Internet Registry) which is by coincidence your ISP is. Here it is:
all prices Euro2014201520162017
Annual fee per LIR1750 + 50 per PI assignment1600 + 50 per PI assignment1400 + 50 per PI assignment1400 + 50 per PI assignment
Taken from ftp://ftp.ripe.net/ripe/docs/ripe-666.pdf

Public DNS servers open to any on the Internet

Following the good will by Google many other providers made their DNS servers available to us without any limitations as recursive resolvers. As they do not announce it widely enough you may not have heard abouth them, here is the list of these DNS servers:.
  • OpenDNS:
    208.67.222.220  and  208.67.222.222
  • Hurricane Electric (he.net)
    74.82.42.42
  • OpenNIC (http://www.opennicproject.org/)
    50.116.23.211
  • VeriSign
    64.6.64.6  and  64.6.64.4
  • Comode Secure DNS
    8.20.247.20  and  8.26.56.26
  • Level3
    209.244.0.3  and  209.244.0.4
  • Free DNS https://freedns.zone/en/
    37.235.1.174  and 37.235.1.177
  • DynDNS
    216.146.35.35  and  216.146.35.36

Linux ip route command reference by example

# ip address show - show all IP addresses (also ip ad sh)
# ip address show ens36 - show IP addresses of a particular interface
# ip address show up - only show IPs of those interfaces that are up
# ip address show dynamic|permanent - show dynamic or static IPv6 addys
# ip address add 192.0.2.1/27 dev ens36 - add a new IP address to the interface
First addy you added will be used as SRC addy for outgoing traffic by def, often called primary addy . Receiving will do for all added IPs
# ip address add 192.0.2.1/29 dev ens36 lablel ens36:hahaha - add IP and label it
# ip address delete 192.0.2.1/29 dev ens36 delete Ip address from interface
# ip address flush dev ens36 - delete all IPs from an interface
ROUTE If you set up a static route and interface through which it is available goes down - the route is removed from the active routing table as well. Also you cannot add route via inaccessible gateways.
# ip route [show] / ip ro Show the routing table, includes IPv4 and IPv6
# ip -6 route - show only IPv6 , which are not shown by def
# ip -4 route
# ip route show root 192.0.2.0/24 - can use supernet to include multiple more specific routes to show, i.e. show this net and SMALLER subnets
# ip route show match 192.0.2.0/29 // show routes to this and LARGER nets
# ip route show exact 192.168.13.0/24 // show routes to EXACT network only
# ip route get 192.176.12.1/24 // simulate resolving of a route in real time
Continue reading

Free public NTP servers from Google

It has passed somewhat unnoticed but Google have made available to us their free, accessible to all NTP servers. I have been using their DNS servers for years without any issues so will trust their NTP ones as well. So far works just fine. For a single server we can use time.google.com and for multiple servers, even though they all seem to be in the same class C yet I get different latencies - from 85 msec up to 185 msec, we can use time1.google.com, time2.google.com, time3.google.com, time4.google.com .

Disconnect VPN or Mobile Access or SNX user from Check Point firewall

You may need occasionally to disconnect some or all connected users from the firewall forcibly. There are few ways I can think about to do so, for example installing Security Policy clears the cached authentication of the remote users, and while it does not disconnect them it will force a user to reenter his/her credentials. So, if you say want to disconnect a user you could expire it in SmartDashboard or change its password and then push the Security Policy. But actually there is an easier way to do it : just go to the SmartView Monitor -> Users -> click on any of the options: Users by Gateway, Users by Name, All Users, CheckPoint Mobile Users and after finding the user you want to disconnect, right click on it and Reset Tunnel. Here is the screenshot of this procedure: Continue reading

On what Linux version do Check Point firewalls run ?

Throughout its history CheckPoint firewall changed versions and names, incorporated other products. The last, so far, evolution has been the Gaia operating system released in 2012. All this holds true of course but nevertheless the base platform for the firewall all these years has been Red Hat Enterprise Linux server of different versions. The latest one used for the whole R75 and R77 line of firewalls is based on Red Hat RHEL 5.2 that was first released in 2008. This in part explains why even new firewalls still work on the old kernel 2.18. It doesn’t mean something bad in terms of its security, to remind - 'based on' means even though it is based on RHEL 5.2 it is still heavily secured and stripped down. In their latest communications Checkpoint promise in 1st quarter of 2017 to upgrade Gaia to the kernel version 3.10 as part of the move to Red Hat RHEL 7.

Configure SSL protocol version used in SSL VPN by Check Point

With a lot of attention recently to the SSL protocol vulnerabilities browser vendors increase security of their SSL implementation almost daily. One of the recommendations is to use the most up to date SSL version available. Check Point for its SSL based VPNs (by the way it is the same configuration for Endpoint clients) like SNX SSL and Mobile Access can support SSL versions in the range SSLv3 up to TLS 1.2. So if your clients’ browsers support it you can force the specific SSL version for their connections.   Warning: do NOT set minimal SSL version higher than TLS 1.0 because this would cause internal communication of applications of the Check Point itself to fail. You set the parameters here: SmartDashboard -> Global Properties -> SmartDashboard Customization- > Configure -> Portal Properties-> snx_ssl_max_ver and snx_ssl_min_ver change ssl algorithm strength in smartdashboard of check point

As usual for changes to take effect - click on Ok, Save, Install Policy

VPN Star Community Routing setting that can be dangerous

There is one setting that may expose your networks and firewall to unexpected dangers if used inadvertently. I mean Star VPN Community -> Advanced Settings -> VPN Routing . You can see there 3 options: To center only, To center and to other satellites through center, To center or through the center to other satellites, to internet and other VPN targets. If you are not sure, or almost always anyway - choose the 1st option “ To center only” . The other 2 options can be a potential risk allowing remote VPN LANs of one VPN peer to communicate with remote VPN LANs behind another, possibly unrelated VPN peer if rules permit.

Check Point VPN star community settings

Hash algorithm used for Check Point Internal Certificate Authority communications

In the light of all the commotion with the recommended by various vendors switch from SHA-1 to at least SHA-256 hash algorithm you may wonder what is the hash used by ICA for internal communication. The answer is - SHA-1 for all the versions still in use, including R77. You can change it to SHA-256 using the command cpca_client acording to Checkpoint sk103840 but I haven’t done it myself so not sure what are implications of this.

Add free disk space to Check Point appliance hard disk

With previous generation of Check Point UTM appliances (so called UTM-1 which included UTM 132, 270, 450 etc.) it was a really nagging issue when firewall run out of space on its hard disk. It was especially problematic for the root partition cause it is used for update downloads, upgrade files etc. It is less of a problem today as Check Point folks made root partition by default much bigger than the old UTM-1 one, still from time to time you may need to increase root or some other partition to add free space to the firewall. As Check Point is a Linux in disguise to do so is actually easy using native Linux tools . Fortunately UTM appliances come with quite a bit of Unallocated space you can see with fdisk -l. This unallocated space is used to store images for factory reset in case of need so do not go wild using it up. For resizing to take effect you will have to reboot the firewall afterwards. Here are commands to be run in expert mode: Let's say I want to add 15 Gb to the root partition:
Checkpoint# lvresize -L 15GB vg_splat/lv_current
Checkpoint#  resize2fs /dev/mapper/vg_splat-lv_current
That is it . BTW Officially, it is not supported by Checkpoint to modify the size of partitions / file systems on Check Point appliances. Still, many times I've done it I didn't experience any issues, but be aware.

Russian English Slang Dictionary of the Russian Hacking Community

This dictionary, which I will update from time to time, comes to help those following the Russian Internet Undeground with the aid of Google Translate and alike. Those tools unfortunately fail on any word that is a slang word or a less known variation of a generic word. For this reason I list here words with some of their variations - like number, gender, conjugation, so that you can search for them after Google Translate did its work. If you stumble upon the word not in the list - feel free to send me it and I will add its meaning to the dictionary. You can reach me via yuri@yurisk.info or on Twitter. You can download PDF version Here

A
ава avatar
абузоустойчивые хостинги abuse-proof hosting companies, that is – hosting companies that ignore the abuse complaints on their clients. It can be either legitimate hosting providers or servers ‘owned’ by the seller
абузы abuse complaints
автозапуск autoloading of software
АЗ (Автозалив) automatic upload of software
айфон, яМобилко, яблофон, айвонь nicknames for the iPhone
ак / акки / акков / акками account in any sense of the word
анонимайзер / анонимайзеры anonymizer
атака посередине MiTM attack

Б
бакинские / бакинскими / бакинских US dollars
бан / банить to ban, block someone/something from using a resource
бат файл bat file
БД database in the wide context (forum db / client db / IPs db/ etc)
билд / билдом / билды build, as a software versioning feature
бинарник binary file
бот bot
брандмауэр firewall
брутфорс / брутфорсы / брутфорсом process of bruteforce attacking, also a verb
БС Base Station in cellular telephony en.wikipedia.org/wiki/Base_station
бурж / буржуйский foreign to the Russia/former USSR, mostly everything belonging to the West
В
варез / вареза warez, pirated software
валидный / валидными / валидных / валидными / валидная adj. valid, current, working
ведроид Android OS as well as any smartphone running it
взять за жопу to apprehend, be caught with grave consequences
виндофон smartphone running Windows
винчестер hard dsik
вифи wi-fi
вафля / вафле wi-fi [literal meaning – waffle]
вложение / вложения attachment
впаяли / запаяли / паяли / паять to sentence to serve jail time
впска / впски VPS server
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Check Point Gaia route missing after adding via ip route add problem

Check Point Gaia route missing after adding via ip route add problem

Well, it is actually a feature not a bug of all Check Point firewalls working on Gaia. If you haven't noticed as opposed to good old SPLAT firewall platform the Gaia is selective about which routes to propagate. I guess it was done on purpose to give more control to the administrator over the routing table. One of the quirks of it is when you add a route via SSH the Linux way you don’t get any error but this new route does not show anywhere – neither in Gaia nor on Linux level. On the other hand if you add the very same route via Gaia GUI or in clish – works fine. The culprit for this behavior is this setting you can change in Gaia https GUI: Gaia ip route kernel propagate option

Go to Gaia https: Advanced Routing -> Routing Options -> and click to select on “Kernel Routes” -> then Apply. That is it – now if you add routes in expert mode with ip route add 192.13.13.0/24 via 192.168.13.254 this newly added static route will appear on both Gaia and Linux OS with the mark K for Kernel:

smartcenterr77> show route
Codes: C - Connected, S - Static, R - RIP, B - BGP (D - Default),
O - OSPF IntraArea (IA - InterArea, E - External, N - NSSA)
A - Aggregate, K - Kernel Remnant, H - Hidden, P - Suppressed,
U - Unreachable, i - Inactive
S 0.0.0.0/0 via 192.168.211.254, eth0, cost 0, age 16426
C 127.0.0.0/8 is directly connected, lo
K 192.13.13.0/24 via 192.168.13.254, eth0, cost 0, age 25
When working with routes/networking on the command line make sure to read these as well: All you need to know about networking in Checkpoint firewall SecurePlatform FAQ
Convert Checkpoint SPLAT routes into Gaia configuration commands

RHEL get firewall zones and their interfaces in one go

The firewall-cmd  doesn’t have an option to show all zones and to which one the server interfaces belong, so here is a one-liner to show that:

# for ii in `ls /usr/lib/firewalld/zones/`; do echo ${ii%%.xml}: ; firewall-cmd –zone=${ii%%.xml} –list-interfaces; done
The output:
block:
dmz:
drop:
external:
home:
internal:
public:
eno16777736 eno50332184
trusted:
work:

fw ctl zdebug drop - Check Point firewall ultimate debug command

Check Point provided us many ways to debug issues. Some are easier, some are harder.
The first thing to do when you have dropped traffic is to see whether the packets are being dropped by the firewall or not. The first impulse is to look at SmartView Tracker's logs and that's ok, unless of course you have some Security Rules without log enabled on them. But there has always been available this command that gives us real time insight of what is being dropped at the KERNEL level! What can be better ? You may use it in cases when fw monitor or SmartView Tracker logs do not give conclusive results. Or, you can use it as the first command as I do - this saves time loading all the logs or decluttering fw monitor output. The command, run in the expert mode, is fw ctl zdebug drop :
[Expert@smartcenterr77:0]# fw ctl zdebug drop
Defaulting all kernel debugging options
Initialized kernel debugging buffer to size 1023K
Updated kernel's debug variable for module fw
Kernel debugging buffer size: 1023KB
Module: kiss
Enabled Kernel debugging options: None

Module: kissflow
Enabled Kernel debugging options: error warning
Messaging threshold set to type=Info freq=Common

Module: fw
Enabled Kernel debugging options: drop
Messaging threshold set to type=Info freq=Common
...
;[fw4_0];FW-1: Initializing debugging buffer to size 1023K;
;[fw4_0];Setting the flags for debug module fw: drop;
On loaded firewall it is advisable to limit output to the terminal for decluttering using grep:
[Expert@smartcenterr77:0]# fw ctl zdebug drop  | grep 192.168.21
;[fw4_0];fw_log_drop_ex: Packet proto=1 192.168.21.1:2048 -> 192.168.21.2:19709 dropped by fw_handle_first_packet Reason: Rulebase drop - rule 1;
Here you can clearly see that ICMP is being dropped on Security Rule 1 (which blocks all ICMP). The tool becomes even more interesting when a firewall drops some packets NOT on rules, but say on IP Options set field.

Do not miss Netflow capability of Check Point Gaia R77 and above

Do not miss Netflow capability of Check Point Gaia R77 and above. In the past measuring the traffic passing through firewall wasn't easy - you had to either query interface counters via SNMP or run custom Bash scripts on the firewall itself to get interface statistics. The problem with both of the ways was that you didn't get exact results. And to get insight into what kind of packets are going through the firewall wasn't possible to do easily at all.
Sure, you have always had SmartView Monitor dashboard to see real-time statistics, but you need a separate license for that.
Finally, starting with R76 for regular firewall and R75.40VS for virtual one we have Netflow export capability available in Gaia OS. It supports Netflow version 5 and 9. I haven't tried version 9 but all common version 5 works as expected. Features and limitations:
  • SecureXL (i.e. hardware acceleration) should be enabled for correct results (most of today's firewalls have it on anyway).
  • You can set up to 3 external collectors to receive Netflow data. Of course it means that the same Netflow packet will be sent 3 times, I don't see reason to do so.
  • You can specify source IP address for outgoing Netflow packets, the defult is IP of the interface where packets leave.
  • Do not forget to set Netflow version, as default is 9.
To configure and enable Netflow on Gaia clish (here I send Netflow to 192.168.13.77 port 2055, version 5) :
gateway1> add netflow collector ip 192.168.13.77 port 2055 export-format Netflow_V5
gateway1> save config

Vefiy:
gateway1> show netflow all
Address           Port    Format      Src Addr          Enable
192.168.13.77     2055    Netflow_V5                    yes

Change colors of ls output in the bash shell

Usually colorization is put in action via alias : alias ls=’ls –color=auto’
You can turn off the colors each time you run ls: ls –color=never l or change the alias itself to disable fancy colors permanently or even simple \ls . But to change the colors you’d need to cause dircolors utility to read your own color database when the login session starts. So let’s do just that
1) Export existing db:
dircolors -p > dircolors.db[/bash]
2) edit :
vi dircolors.db[/bash]
e.g. change directories color from blue to red:[bash]di=01;34 -> di=01;31[/bash]
3) save changes
4) make bash to reload color scheme:
[bash]eval `dircolors dircolors.db`[/bash]
5) put eval `dircolors $HOME/dircolors.db` into .profile file at the end of it.
That is it.

How to know Checkpoint UTM Appliance model from the cli

Many times you get to work on some UTM appliance remotely via ssh and need to know which exact model it is. It takes just one cli Expert level command to know: dmidecode | grep “Product Name” . Then you go and compare the output with the UTM models table which Tobias Lachmann diligently compiled for us Determine appliance hardware from command line .
As of 09/07/2016 Tobias’ website is down. So to preserve the useful info I put the list of UTM models to compare with:
G-50 Check Point 21400
P-230 Check Point 12600
P-220 Check Point 12400
P-210 Check Point 12200
T-180 Check Point 4800
T-160 Check Point 4600
T-140 Check Point 4400
T-120 Check Point 4200
T-110 Check Point 2200
Continue reading

Undocumented command to install policy on Locally managed Checkpoint UTM 1100 series appliance

I was trying the other day to exclude on UTM 1180 gateway some IP address and service combination from being encrypted inside VPN tunnel and noted that any changes you do to the firewall files on the CLI, in this case – crypt.def, do not take effect . It is actually logical as every SK asking you to do such changes also specifies that “Changes are to be done on SmartCenter/Management server and then you are to install Security Policy” . The catch here is “installing the policy” – if it is what is known as Locally managed UTM, i.e. you manage it via its Web interface, you have no such action – “install policy” .
One solution would be to restart the UTM – works, but kinda harsh. The other solution is this undocumented (not listed in any Checkpoint documentation I searched) command :
* You should be in Expert mode to run it . Also pay attention to the output – there should be no errors.

# fw_configload
FW.pf:
Compiled OK.
Resolver Error 0 (no error)
Resolver Error 0 (no error)
Resolver Error 0 (no error)
Resolver Error 0 (no error)

 

How to get available on Check Point firewall kernel modules for debug

The list of available and active Check Point modules depends on the firewall version and installed components. We have the following helpful command fw ctl debug -m to list all the modules. After getting modules and their options using them in a debug session is just a matter of enabling any of them with "+" before the name , e.g. ... +xlate to get debug of NAT translations.
[Expert@HQ-firewall:0]# fw ctl debug -m
Module: fw
Kernel debugging options: error warning cookie crypt domain ex driver filter hold if install ioctl kbuf ld log machine memory misc packet q xlate xltrc conn synatk media sip vm chain bridge         tcpstr scv highavail ipv6 packval sync ipopt link nat cifs drop route citrix misp portscan leaks mgcp sock mail spii chainfwd msnms wire balance dynlog smtp wap content mrtsync sam sock malware cmi aspii dos advp multik netquota monitor monitorall dfilter integrity epq cvpnd cptls ftp nac span ucd acct dlp ua icmptun dnstun ips rad te zeco user qos context prof connstats nat64 cgnat sctp
Messaging threshold set to type=Info freq=Common

Module: h323
Kernel debugging options: error init h225 h245 ras decode align cpas
Messaging threshold set to type=Info freq=Common

Useful CLI commands for Cisco CUCM

Useful CLI commands for Cisco CUCM .

I don’t work on the command line of CUCM often, if ever – you may add, but when the need arises here is the short list of commands to keep. A little reminder – the latest (starting version 5 and on) of Cisco CUCM software is Linux (namely Red Hat) based,  which of course includes the terminal access – be it a physical via console or a network one over ssh .
You create a username/password for the terminal during the CUCM  installation.
As Cisco do not want us to mess with the underlying OS, our interaction is limited to a very restricted kind of shell . So you don’t have access to the Linux commands, but you do have a predefined set of CUCM commands of which I present most useful ones here.
I run the examples below on a MCS hardware server so your output may vary.

 

– Changing password for yourself/another user . Know that it is here, but do not play with it risking to lock yourself out of the server.

admin:set password { age* | complexity* | expiry* | inactivity* | user* }

–  Get the disk usage

show diskusage activelog

– Show the status of the fans (irrelevant for VMware based install)

admin:show environment fans
(RPMS)     Lower                     Critical

ID     Current   Threshold Status

Fan Sensor 1 7800     4200      OK
Fan Sensor 2 7950     4200      OK
Fan Sensor 3 7800     4200      OK
Fan Sensor 4 7350     4200      OK
Fan Sensor 5 7200     4200      OK

– Show the server temperature (irrelevant for VMware based install)

show environment temperatures

(Celcius)    Non-Critical   Critical   Threshold    Threshold

     ID       Current  Lower   Upper   Lower   Upper  Location Temperature Sensor
1             
24          53          54           55        62   1

– Show the server hardware (irrelevant for VMware based install)

show hardware

HW Platform    : 7825I4
Processors     : 1
Type           : Intel(R) Core(TM)2 Duo CPU E8400  @ 3.00GHz
CPU Speed      : 3000
Memory         : 2048 MBytes

show logins
administ pts/0     192.168.7.1   Wed Aug 12 09:56   still logged in

– Show physical memory (irrelevant for VMware based install)

show memory modules

Bank  Locator   Size  Active Status
DIMM 1  DIMM 1  1024 MB TRUE OK
DIMM 3  DIMM 3  1024 MB TRUE OK

– Show interface status (more useful for hardware based servers than VMware ones)

show network eth0

Ethernet 0
DHCP      : disabled        Status : up
IP Address   : 192.168.10.1     IP Mask : 255.255.255.000
Link Detected: yes             Mode    : Auto enabled, Full, 100 Mbits/s
Duplicate IP : no
DNS   Not configured.
Gateway   : 192.168.10.254 on Ethernet 0

– Show number of open connections . If there is some network connectivity issue this number will be unusually low as each IP Phone/voice gateway is counted as a connection.
show network ip_conntrack

972

– Show open and accessible over the network ports

show network ipprefs public

Application  IPProtocol   PortValue Type      XlatedPort   Status    Description

———— ———— ———— ———— ———— ———— ————

sshd      tcp       22        public    –         enabled   sftp and ssh access
clm       udp       8500      public    –         enabled   cluster manager
clm       tcp       8500      public    –         enabled   cluster manager
tomcat    tcp       8443      translated   443       enabled   secure web access
tomcat    tcp       8080      translated   80        enabled   web access
ntpd      udp       123       public    –         enabled   network time sync Continue reading

Available encryption and hashing algorithms by default in Check Point R77.30

These are enabled by default for use in VPN site to site configurations:
Phase 1 encryption:

phase 1 encryption algo

Phase 1 hashing:

phase 1 hashing algo

Phase 2 encryption:

phase 2 encryption algo

Phase 2 hashing :

phase 2 hashing algo

Cisco reflexive access-lists are still on CCNP Security exam

Today I was surprised to hear from someone who just took one of the CCNP Security exams that they still test for Reflexive access-lists - what a nostalgy. I was sure it has long been ousted by ip inspect and Zone Based Firewall, but no - it is still tested and still available in the newest IOS images of at least ISR routers. If you, like me, are rusty on its config, here it is how to allow from inside outbound everything:
ip access-list extended OUTBOUND 
permit tcp any any reflect MIRROR 
permit udp any any reflect MIRROR 
permit icmp any any reflect MIRROR 
Then the access-list to put on external facing interface inbound:
ip access-list extended INBOUND 
evaluate MIRROR 
And finally apply it:
#conf t
(config)# interface FastEthernet 0/1 
(config-if)# ip access-group OUTBOUND out 
(config-if)# ip access-group INBOUND in
Do not forget of course its drawbacks:
  • It does not work well with complex protocols like FTP
  • It is not exactly stateful - what happens is that router dynamically adds non-stateful entries in INBOUND access list that mirror the passing traffic, expiring it after some time. In doing so Cisco router looks only on destination/source IP address and port.

How to know if a license or a subscription is about to expire for Check Point product

There are two ways to be warned when some license or subscription based service from Check Point is about to expire:
  • Every time we login into the SmartUpdate (part of the SmartConsole suite) if there are any licenses/services to expire within next 30 days we’ll see a pop up with licenses/contracts to expire in red
  • If you have (and if not - make sure you do have) User Center account attached to your Checkpoint account - you will get to the registered email address a reminder, again within 30 days of expiration.

Overlooked but nice utility from Checkpoint – cpview

Checkpoint has made available starting with R77 this helpful information utility called cpview of which not many are aware. This is basically a Bash script that runs a bunch of native Checkpoint commands in the background and displays the output on the terminal while updating the data every other second.
– Running the command (you have to be in the Expert mode):

#cpview – File location:
# which cpview alias cpview='/bin/cpview_start.sh' /bin/cpview_start.sh
– Some of the commands the utility runs:
fw ctl pstat
fw ctl multik stat
fw ctl affinity -l -r

Example output:cpview
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