CCM & IPCCX routing redundancy

Type of emergency centar, I create

for technical support and it was essential to be available "25 hours of the day" mission I CCM 4.1.3 cluster with a 4.0.1 IPCCX

I configured routing CSQ, but want to have backup option routing in the event of failure IPCCX, is it possible to integrate (have some sort of to the front) CSQ with fighter pilot, list and group attacking backup, or staff busy no answer

Or is it better to have a hunt as first option routing

What can I do to have these options type of redundant

Thank you!!

Vlad

You're on target, if you only on IPCCX server, you can create a list/Fighter/fighter pilot group online that lists the extensions, and under the CTI Route Point pointing to the Application IPCCX in the cover/Destination towards the front of the non-response and the default enter the DN fighter pilot. Make sure that the CSS of the ITC RP has access to the Partition of fighter pilot, if not then assign correct CSS under the calling search space is filed next to the call before extensions.

The rate of all messages to the usefult!

Chris

Tags: Cisco Support

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    PLEASE EVALUATE THE MESSAGES USEFUL

  • Connect 6224 VLAN routing and management VLAN

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  • How to remove or delete profiles redundant network (names) of my office and laptops running Windows 7?

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    Concerning

    Arona - Microsoft technical support engineer
    Visit our Microsoft answers feedback Forum and let us know what you think

  • Mode of the switch port to connect to a router

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    Let's think about the following scenario: Router 1 will work, but its link to isps1 breaks down. Router 1 will always be the gateway by default for guests, but cannot transfer the Internet traffic. She could have floating static route set to ROUTER2 and ROUTER2 if its connection to ISP2 up - it will pass traffic rather ROUTER1. But as you can see - FHRP would solve the problem better. Now traffic have still must be sent to the Router 1 and then again in LAN Router 2 to send to the ISP.

    Thus,-online 1. Floating static route - might be, but:

    But consider this scenario with ONLY floating static routes defined. ROUTER1 has ROUTER2 to ROUTER1 and ROUTER2 FSR failed link to Internet service providers. But what happens if the two links on isps1-R1 and R2-ISP2 sink? Traffic will be a loop between ROUTER1 and ROUTER2 until TTL expires. That's because ROUTER1 trying to forward all traffic to ROUTER2 due to the static route - ROUTER2 is do exactly the same. It of a rare scenario - but can occur.

    2 IP SLA - Yes, you could improve floating static route combining with IP SLA. You will configure floating but static route on Router 1 to Router 2, Router 1 will monitor router ' s2 ISP link. Then the floating static route will appear only if the IP SLA test is passed. In this case, you prevent loops where the two links to ISPS goes down.

    Very brief example (may include some errors):

    R1(config)# ip sla 11

    R1(config-ip-sla)# icmp-echo 125.36.56.45

    R1(config-ip-sla-echo)# frequency 10

    R1(config-ip-sla-echo)# exit ! 2x

    R1(config)# track 1 ip sla 11 reachability

    R1(config-track)# delay down 10 up 1

    R1(config-track)# exit

    R1(config)# ip sla schedule 11 life forever start-time now

    R1(config)# ip route 0.0.0.0 0.0.0.0 192.168.1.3 253 track 1

    And I have a similar setup on ROUTER2.

    Explanation:

    The first step in this configuration defines the probe.

    Probe 11 is defined by the ip sla 11 command.

    The test defined with the icmp-echo 125.36.56.45 command specifies that the ICMP echoes are sent to destination 125.36.56.45 to check connectivity.

    The frequency 10 command schedules the connectivity test to repeat every 10 seconds.

    The ip sla schedule 11 life forever start-time now command defines the start and end time of the connectivity test for probe 11; the start time is now and it will continue forever.

    The second step defines the tracking object, which is linked to the probe from the first step.

    The track 1 ip sla 11 reachability command specifies that object 1 is tracked; it is linked to probe 11 (defined in the first step) so that the reachability of the 125.36.56.45 is tracked.

    The last step defines an action based on the status of the tracking object.

    The ip route 0.0.0.0 0.0.0.0 192.168.1.3 254 track 1 command conditionally configures the default route, via 10.1.1.1, with an administrative distance of 2, if the result of tracking object 1 is true.

    Thus, if 125.36.56.45 is reachable, a static default route via 192.168.1.3with an administrative distance of 253, is installed in the routing table.

    Figure b:

    OK I'm not sure if this switch is also active L3, or just capable L3 and it behaves like L2 switch.

    If his behavior is L2 - same as Figure

    If his behavior is L3 and routing - you could configure IP SLA + floating static routes in a similar way as in the Fig. A.

    Switch must have two floating static routes and two probes IP SLA defined.

    Figure b:

    1. floating static route - not alone

    2 IP SLA - Yes, with a floating static route

    Example:

    Switch(config)# ip sla 11

    Switch(config-ip-sla)# icmp-echo 78.22.33.3

    Switch(config-ip-sla-echo)# frequency 10

    Switch(config-ip-sla-echo)# exit ! 2x

    Switch(config)# ip sla 22

    Switch(config-ip-sla)# icmp-echo 125.36.56.45

    Switch(config-ip-sla-echo)# frequency 10

    Switch(config-ip-sla-echo)# exit ! 2x

    Switch(config)# track 1 ip sla 11 reachability

    Switch(config-track)# delay down 10 up 1

    Switch(config-track)# exit

    Switch(config)# track 2 ip sla 22 reachability

    Switch(config-track)# delay down 10 up 1

    Switch(config-track)# exit

    Switch(config)# ip sla schedule 11 life forever start-time now

    Switch(config)# ip sla schedule 22 life forever start-time now

    Switch(config)# ip route 0.0.0.0 0.0.0.0 192.168.1.2 2 track 1

    Switch(config)# ip route 0.0.0.0 0.0.0.0 192.168.1.3 3 track 2

    Figure C:

    This one is a little tricky. Because you said that there are several different LANs. So there must be some VLAN. If the connection between routers and Switch is set as the trunk, you have routing Inter VLAN past, known as router-On-A-Stick. If this is the case - it would be similar to Figure A.

    If you do not have Inter VLAN routing in this scenario I can't think of any possible solution here. It is simply because the ROUTER1 would not be able to send anything to ROUTER2 (if it was in different VLAN).

    Figure D:

    Similar to Figure B.

    There might be some errors in the configuration of the example, if so - don't hesitate to correct me. Please do not take that 100% accurate, ready for use in the direct network. Hope that helps.

    Best regards

    Jan

  • How moving to redundant ESP on ASR1006?

    It seems that you can failover to the redundant RP by the command "redundancy force-passage to the.

    But what of the ESP?

    How can I switchoever to redundant ESP without waiting on the active blade failure occur?

    I went through several guides configuration, but all they talk about is high availability for SSO and routing protocols.

    Have you tried the command "redundancy force-crossing the fp.

    CARRR01 #sh pla

    Chassis type: ASR1006

    State of Type slot Insert (back)

    --------- ------------------- --------------------- -----------------

    0 ASR1000-SIP10 ok 2w0d

    SPA-5X1GE-V2 0/0 2w0d ok

    1 ASR1000-SIP10 ok 2w0d

    R0 ASR1000-RP2 ok, active 2w0d

    F0 ASR1000-ESP10 ok, active 2w0d

    F1 ASR1000-ESP10 ok, 2w0d eve

    Failure of P0 ASR1006-PWR-AC ch, 2w0d

    P1 ASR1006-PWR-AC 2w0d ok

    Slot CPLD Firmware Version Version

    --------- ------------------- ---------------------------------------

    0 09111601 12.2 XNC (33r)

    1 07091401 12.2 (33r) XN2

    R0 SECOND 10021901 12.2 (33r)

    F0 XNC 07091401 12.2 (33r)

    F1 XNC 07091401 12.2 (33r)

    CARRR01 #red

    CARRR01 #redundancy fo

    CARRR01 #redundancy force-passage?

    fp FP Execute failover

    CARRR01 #redundancy force-crossing the fp

    CARRR01 #redundancy force-crossing the fp?

    CARRR01 #redundancy force-crossing the fp

    Moving forward with transition to the standby FP? [confirm]

    CARRR01 #.

    * 15 sep 03:26:19.147: PARM-6-FP_SB_RELOAD_REQ %: R0/0: Secretariats: reload ensures FP: initiated by passage in the public Service message

    * 15 sep 03:26:19.150: % IOSXE_OIR-6-OFFLINECARD: map (fp) offline in location F0

    * 15 sep 03:26:19.463: PARM-6-FP_HA_STATUS %: R0/0: Secretariats: F1 redundancy State is Active

    CARRR01 #sh platform

    Chassis type: ASR1006

    State of Type slot Insert (back)

    --------- ------------------- --------------------- -----------------

    0 ASR1000-SIP10 ok 2w0d

    SPA-5X1GE-V2 0/0 2w0d ok

    1 ASR1000-SIP10 ok 2w0d

    R0 ASR1000-RP2 ok, active 2w0d

    2w0d start F0 ASR1000-ESP10

    F1 ASR1000-ESP10 ok, active 2w0d

    Failure of P0 ASR1006-PWR-AC ch, 2w0d

    P1 ASR1006-PWR-AC 2w0d ok

    Slot CPLD Firmware Version Version

    --------- ------------------- ---------------------------------------

    0 09111601 12.2 XNC (33r)

    1 07091401 12.2 (33r) XN2

    R0 SECOND 10021901 12.2 (33r)

    F0 XNC 07091401 12.2 (33r)

    F1 XNC 07091401 12.2 (33r)

    * 15 sep 03:27:20.681: % IOSXE_OIR-6-ONLINECARD: online in the F0 slot (fp) map

    CARRR01 #sh platform

    Chassis type: ASR1006

    State of Type slot Insert (back)

    --------- ------------------- --------------------- -----------------

    0 ASR1000-SIP10 ok 2w0d

    SPA-5X1GE-V2 0/0 2w0d ok

    1 ASR1000-SIP10 ok 2w0d

    R0 ASR1000-RP2 ok, active 2w0d

    F0 ASR1000-ESP10 init, 2w0d eve

    F1 ASR1000-ESP10 ok, active 2w0d

    Failure of P0 ASR1006-PWR-AC ch, 2w0d

    P1 ASR1006-PWR-AC 2w0d ok

    Slot CPLD Firmware Version Version

    --------- ------------------- ---------------------------------------

    0 09111601 12.2 XNC (33r)

    1 07091401 12.2 (33r) XN2

    R0 SECOND 10021901 12.2 (33r)

    F0 XNC 07091401 12.2 (33r)

    F1 XNC 07091401 12.2 (33r)

    * 15 sep 03:27:40.740: % CPPHA-7-START: F0: cpp_ha: CPP 0 prepare image/tmp/sw/fp/0/0/fp/mount/usr/CPC/bin/FAQ-ucode-esp10

    * 15 sep 03:27:41.211: % CPPHA-7-START: F0: cpp_ha: RPC starting 0 init image/tmp/sw/fp/0/0/fp/mount/usr/CPC/bin/FAQ-ucode-esp10

    * 15 sep 03:27:46.492: % CPPHA-7-START: F0: cpp_ha: CPP 0 runs init image/tmp/sw/fp/0/0/fp/mount/usr/CPC/bin/FAQ-ucode-esp10

    * 15 sep 03:27:46.763: % CPPHA-7-READY: F0: cpp_ha: CPP 0 loading and initialization complete

    * 15 sep 03:27:48.175: % IOSXE-6-PLATFORM: F0: cpp_cp: CPP_PFILTER_EA_EVENT__API_CALL__REGISTER process

    * 15 sep 03:27:51.358: PARM-6-FP_HA_STATUS %: R0/0: Secretariats: State of redundancy F0 is worm watch | in IOS

    CARRR01 #sh platform

    Chassis type: ASR1006

    State of Type slot Insert (back)

    --------- ------------------- --------------------- -----------------

    0 ASR1000-SIP10 ok 2w0d

    SPA-5X1GE-V2 0/0 2w0d ok

    1 ASR1000-SIP10 ok 2w0d

    R0 ASR1000-RP2 ok, active 2w0d

    F0 ASR1000-ESP10 ok, 2w0d eve

    F1 ASR1000-ESP10 ok, active 2w0d

    Failure of P0 ASR1006-PWR-AC ch, 2w0d

    P1 ASR1006-PWR-AC 2w0d ok

    Slot CPLD Firmware Version Version

    --------- ------------------- ---------------------------------------

    0 09111601 12.2 XNC (33r)

    1 07091401 12.2 (33r) XN2

    R0 SECOND 10021901 12.2 (33r)

    F0 XNC 07091401 12.2 (33r)

    F1 XNC 07091401 12.2 (33r)

  • Help routing with double connections 1 ISP, 2 routers, Firewall-2 lights

    My company is moving to a new building and ordered redundant Internet connections by the same ISP.  I did have a chance to talk to the ISP seller, but from what I've heard say that they expect us to participate in the BGP as will force us to balance load and high availability for inbound web traffic.  My limited experience with BGP has been in a lab environment.  The company has already bought two routers and two ASAs.  We have a block of public IP addresses.

    My goals are to

    1 allow internal out of the Internet users
    2. allow to outside users to browse our public web site.
    3. configure the routers and the ASAs so that if any one device Internet connections or lack fails, the business will continue as usual.

    Here are some of my questions to help me make sure that I'm heading down the correct path:

    -The IP addresses on the links point to point between our routers and the ISP will come from our IP address block, or if they are separated/30 links provided by the ISP?  (Even once, I have not had the chance to talk to the seller)

    ' '-Will be the link iBGP "has" requires the use of public or private IP addresses IPs can be used?  In addition to configuring iBGP on these routers, is thus a first protocol redundancy Hop configured here?

    -Should there be links routed between R1 and R2 and FW2, FW1?  Too complicating the design without real value?

    -Would be OSPF or EIGRP usually configured for links B, C D & to allow redundancy you want between the firewalls and routers?

    -What is the best practice for the determination of the flow of outbound traffic layer 3 switch (6509 s configured as a VSS) to the two ASAs?

    Any help is greatly appreciated.

    Mike

    Hello

    first of all that you need in your design for me of course that traffic inbound and outbound flows must be aligned end-to-end

    answers to your questions are by below:

    -The IP addresses on the links point to point between our routers and the ISP will come from our IP address block, or if they are separated/30 links provided by the ISP?  (Even once, I have not had the chance to talk to the seller)

    Any dose not need and ask the ISP to provide their own IPs for p2p links (to avoid wasting your public IP addresses)

    ' '-Will be the link iBGP "has" requires the use of public or private IP addresses IPs can be used?  In addition to configuring iBGP on these routers, is thus a first protocol redundancy Hop configured here?

    You cannot use private IP addresses

    -Should there be links routed between R1 and R2 and FW2, FW1?  Too complicating the design without real value?

    Here, it's better to use a shared VLAN L2 (switch) for these interfaces get FHRP of routers and the FWs failover works as expected

    -Would be OSPF or EIGRP usually configured for links B, C D & to allow redundancy you want between the firewalls and routers?

    If you use between HSRP/VRRP routers and using failover between the FWs, then using a shared vlan L2 as suggested above will be necessary without IGP, such as EIGRP also the link between the firewall used for FW failover is not like the one used between routers 'dose not need routing.

    -What is the best practice for the determination of the flow of outbound traffic layer 3 switch (6509 s configured as a VSS) to the two ASAs?

    If you put the ASA FWs in failover mode, then the IP address of th eprimary/active ASA FW will be used for your static routes in the L3 switches to point to and this IP address will be used by the secondary FW in a failover situation "transparent and automatic.

    hope this helps

    If useful rates

  • There is a security risk to plug the internet router management on the LAN port?

    I have to install an ASR1001 on the internet for my business.  I noticed that the ASR1001 has a dedicated management port and I was wondering if it's a security risk to have this mangment port directly connected to my local network, so that I can mange it from my office.

    I want to only run the ASR of this port and I will no management through its public IP address.  Is it possible for a malicious user to compromise the router then have access to the network but this management port?

    I'd say it's a reasonable risk.  If you intend not to allow future management of the public side sessions you are a good start, implementation of protection against attacks.  Combine that with a few basic hardening, for example to disable source routing, directed broadcast, ip proxy arp, finger, as well as an ACL on the management interface so that all traffic from an untrusted interface on the router would be unable to receive return traffic.  In addition, the management vlan must be a dedicated vlan.  I would not fall in the same vlan in that your office is located.  Better design would be to fall into a dmz (acl on the router's management interface would be redundant in this case) and to apply the rules of the firewall.  However, if this is not possible, order access to routing on the ASR as well by including only a 32 road to your management station via the management VLAN interface.  Also, remove any redisribution or advertising of this management interface in your routing protocol.

  • Redirect a part of the vrf traffic between 2 sites over a redundant link

    Hey guys,.

    We have one customer (in the vrf) with 2 sites in different States and the execution of our soul of mpls... Our main link in our heart is affected by the degradation of service and want to route the client on our redundant link while retaining all other clients going on our primary link - is it possible?

    The customer in question has its own vrf (L3VPN) on both sites and running on mpls between sites. We would like to re - route this particular customer to take our backup path, while keeping everyone between sites through the primary. We do not use, rather LDP to build the SPLM.

    I don't think it's possible to only re - route a customer, but I thought I would ask the question.

    We cannot failover to secondary link for everyone between sites because the link doesn't have the capability.

    Thanks in advance.

    Hello

    Using MPLS YOU would certainly be an option. You must configure MPLS TE LS during the backup. You must also set up a separate look-back on each PE interface and use this address of the loopback interface as the next hop for the specific VRF

    IP vrf X

    BGP jump next loopback 999

    Route IP 255.255.255.255 Tu1

    In this way make you sure that only the traffic for this specific VRF would be above the tunnel of TE.

    Concerning

  • CVP newbie on routing questions

    Hello, newbie here in CVP. Got a deployment with UCCE/CVP 9 X and Conn CUCM/Unit 9 X. No Sip Proxy and the current context we have to route calls to CUCM prior routing to ICM/CVP. I know that's not the best Setup, but there is no budget to spend more managers to call for UnityC to CIM at this stage so all calls will be pretty closely from before CUCM hit ICM. That said, I'm getting conflicting information about how to configure routing. Probably more too read things. From my tests, I need 2 PIMS on every PG to cover both CVP servers which means I need 2 labels VRU to account for each customer routing of the CVP (ie. 121212 and 131313)? I have heard however I need one but my call routing will fail if it is not 2. Is this correct? If this is the case, how ICM knows what CVP VRU label to use when a call is initiated of CUCM to ICM? And how is that redundant PVC without proxy SIP or DNS Srv? Any recommendations would be greatly appreciated.

    No, you build the same label for all customers of routing CVP.

    Sent by Cisco Support technique iPhone App

  • L2TP/ipsec passthrough firewall of cisco router

    Hello! I have the following problem.

    External network users wish to connect internal Windows to network and share resources 2012 (start the software, files, etc)

    So it's time to deploy a vpn server and as I did not have a free license to run on my windows 2012, I decided to use my qnap for it (because it has this built-in feature) so I chose l2tp/ipsec and tested on the laboratory at home with simple tplink router with upnp function and it worked like a charm.

    However, in the real production environment, I need to use the cisco router, and this is how the story begins ;)

    Thus, clients with their machines say (7, 8.1, 10) must pass router cisco (with nat) firewall and access a vpn server and the internal network on qnap.

    I googled for sample configuration, but most of them related to the configuration of the router as a vpn server, and I want to achieve is to make my pass router vpn traffic. Once I found the same sample of pptp config, I have modified it a bit, but do not know if it works because I have not yet tested.

    In any case, could you check my config and see if it's ok? I'm doing a static nat for vpn 192.168.5.253 server to external address?

    Also, here is a short pattern

    vpn client VPN server (win 7,8,10)---routeur cisco 1921 - qnap)

    xxx.194 cloud 5,254 5.253 (internal network)

    test #show runn
    Building configuration...

    Current configuration: 3611 bytes
    !
    ! Last modified at 19:31:01 UTC Wednesday, may 4, 2016 configuration by
    !
    version 15.4
    horodateurs service debug datetime msec
    Log service timestamps datetime msec
    encryption password service
    !
    hostname test
    !
    boot-start-marker
    boot-end-marker
    !
    !
    enable secret $5
    !
    No aaa new-model
    !
    !
    !
    !
    !
    !
    !
    !
    !
    !
    !
    DHCP excluded-address IP 192.168.5.200 192.168.5.254
    DHCP excluded-address IP 192.168.5.1 192.168.5.189
    !
    pool dhcp IP network
    network 192.168.5.0 255.255.255.0
    router by default - 192.168.5.254
    network domain name
    xxx.x.xxx.244 DNS server
    !
    !
    !
    IP domain name temp
    IP cef
    No ipv6 cef
    !
    Authenticated MultiLink bundle-name Panel
    !
    CTS verbose logging
    !
    !
    license udi pid CISCO1921/K9 sn xxxxxx
    licence start-up module c1900 technology-package securityk9
    !
    !
    username secret abc 5
    username privilege 15 7 cisco password
    !
    redundancy
    !
    !
    !
    !
    !
    property intellectual ssh version 2
    !
    type of class-card inspect entire game cm_helpdek_protocols
    http protocol game
    https protocol game
    ssh protocol game
    type of class-card inspect entire game cm_gre_protocols
    Access-group name WILL
    type of class-card inspect entire game cm_icmp
    group-access icmp name game
    type of class-card inspect the correspondence cm_helpdesk
    match the name of group-access helpdesk
    type of class-card inspect entire game inside_to_outside
    h323 Protocol game
    match Protocol pptp
    ftp protocol game
    tcp protocol match
    udp Protocol game
    match icmp Protocol
    !
    type of policy-card inspect pm_outside_to_inside
    class type inspect cm_gre_protocols
    Pass
    class type inspect cm_icmp
    inspect
    class type inspect cm_helpdesk
    inspect
    class class by default
    Drop newspaper
    type of policy-card inspect pm_inside_to_outside
    class type inspect inside_to_outside
    inspect
    class type inspect cm_gre_protocols
    Pass
    class class by default
    Drop newspaper
    !
    area inside security
    Description inside the zone of confidence
    security of the outside area
    Outside the untrusted area description
    source of zonep_insiede_to_outside security pair area inside the destination outside
    type of service-strategy inspect pm_inside_to_outside
    source of zonep_outside_to_inside security zone-pair outside the destination inside
    type of service-strategy inspect pm_outside_to_inside
    !
    !
    !
    !
    !
    !
    !
    !
    !
    !
    the Embedded-Service-Engine0/0 interface
    no ip address
    Shutdown
    !
    interface GigabitEthernet0/0
    Description 'LAN '.
    IP 192.168.5.254 255.255.255.0
    IP nat inside
    IP virtual-reassembly in
    security of the inside members area
    automatic duplex
    automatic speed
    !
    interface GigabitEthernet0/1
    Description "WAN CID: xxxxx".
    IP address xxx.xxx.xxx.194 255.255.255.252
    NAT outside IP
    IP virtual-reassembly in
    security of the outside Member area
    automatic duplex
    automatic speed
    !
    IP forward-Protocol ND
    !
    IP http server
    local IP http authentication
    no ip http secure server
    !
    IP nat pool network xxx.xxx.xxx.201 xxx.xxx.xxx.201 netmask 255.255.255.248
    IP nat inside source list 1 pool overload the network
    IP route 0.0.0.0 0.0.0.0 xxx.xxx.xxx.193
    !
    GRE extended IP access list
    Note ACL to allow ACCORD of PPTP OUTBOUND
    allow a gre
    permit any any eq udp 1701
    allow udp any any eq isakmp
    permit any any eq non500-isakmp udp
    helpdesk extended IP access list
    IP enable any host 192.168.5.253
    icmp extended IP access list
    allow icmp any host 192.168.5.253
    !
    !
    !
    access-list 1 permit 192.168.5.0 0.0.0.255
    !
    control plan
    !
    !
    !
    Line con 0
    local connection
    line to 0
    line 2
    no activation-character
    No exec
    preferred no transport
    transport output pad telnet, rlogin xxxxx
    StopBits 1
    line vty 0 4
    local connection
    transport input telnet ssh
    !
    Scheduler allocate 20000 1000
    !
    end

    Kind regards

    Andrew

    Once the client has been connected to the VPN, you want traffic back to flow to the client. Which can be easily received with "inspect".

    And from the point of view of the firewall, you do not have ESP-traffic (which would be the IP/50). You have only UDP traffic (initially UDP/500 which goes into UDP/4500)

    And you are right with your last ACE. That of a lot to permissive and not necessary for this function.

Maybe you are looking for