Ipaddress

Author: g | 2025-04-24

void setAPStaticIPConfig(IPAddress ip, IPAddress gw, IPAddress sn); //sets config for a static IP. void setSTAStaticIPConfig(IPAddress ip, IPAddress gw, IPAddress sn); WiFiManagerParameter _params[WIFI_MANAGER_MAX_PARAMS]; template typename Generic void DEBUG_WM(Generic text); template class T

IPaddress 3.0 - download.dk

BrandModelsExample URLAudio PlanetUnknown PlanetUnknown PlanetUnknown PlanetUnknown PlanetUnknown PlanetUnknown PlanetUnknown PlanetUnknown PlanetUnknown PlanetUnknownrtsp://IPADDRESS/h264Possible PlanetUnknownrtsp://IPADDRESS/jpegPossible PlanetUnknownrtsp://IPADDRESS/ipcam.sdpPossible Planet107rtsp://IPADDRESS:554/ipcam.sdpYes Planet210 Planet211 Planet500 PlanetH625 PlanetH652rtsp://IPADDRESS:554/h264Yes PlanetHM126 PlanetHM126rtsp://IPADDRESS:554/axis-media/media.amp?videocodec=h264&resolution=640x480Yes PlanetHM126rtsp://IPADDRESS:554/cam[CHANNEL]/h264Yes PlanetHM126 PlanetHM126rtsp://IPADDRESS:554/h264Yes PlanetHM131 PlanetHM132 PlanetHM227Wrtsp://IPADDRESS:554//stream1Yes PlanetHM227W Planethm316wrtsp://IPADDRESS:554//Yes PlanetHM-351rtsp://IPADDRESS:554/h264Yes PlanetICA PlanetICA HM-312 PlanetICA_W1200 PlanetICA-100C PlanetICA-100C PlanetICA-100C PlanetICA-100C PlanetICA-100C PlanetICA-100C PlanetICA-106 PlanetICA107 PlanetICA107 PlanetICA107rtsp://IPADDRESS:554/ipcam.sdpYes PlanetICA-108 PlanetICA-108 PlanetICA-108rtsp://IPADDRESS:554//stream1Yes PlanetICA-108 PlanetICA-108 PlanetICA-108 PlanetICA-108 PlanetICA-108 PlanetICA-108 PlanetICA-108rtsp://IPADDRESS:554/ipcam.sdpYes PlanetICA-108p PlanetIca-108w PlanetICA-108W PlanetICA-108W PlanetICA-108W PlanetICA-108W PlanetICA-108W PlanetICA-108W PlanetICA-108W PlanetICA-108Wrtsp://IPADDRESS:554/ipcam.sdpYes PlanetICA-108Wrtsp://IPADDRESS:554/jpegYes PlanetICA-108Wrtsp://IPADDRESS:554/h264Yes PlanetICA-110 PlanetICA-110 PlanetICA-110W PlanetICA-150 PlanetICA-150 PlanetICA-150 MPEG4 PlanetICA-150 MPEG4rtsp://IPADDRESS:554/h264Yes PlanetICA-150 MPEG4rtsp://IPADDRESS:554/ipcam.sdpYes PlanetICA-150 MPEG4 PlanetICA-210 PlanetICA-210 PlanetICA-210 PlanetICA-210 PlanetICA-210 PlanetICA-2200rtsp://IPADDRESS:554//stream1Yes PlanetICA-2200rtsp://IPADDRESS:554/h264Yes PlanetICA-2200 PlanetICA-220-nr1 PlanetICA-500 PlanetICA-500 PlanetICA-500 PlanetICA-500 PlanetICA-500rtsp://IPADDRESS:554/h264Yes PlanetICA-500_2 PlanetICA-510 PlanetICA-510 PlanetICA-510 PlanetICA-510 PlanetICA-510rtsp://IPADDRESS:554/img/media.savYes PlanetICA-510 PlanetICA-510rtsp://IPADDRESS/ipcam_h264.sdpPossible PlanetICA-5350v PlanetICA-5350V PlanetICA-550 PlanetICA-550 PlanetICA-700 PlanetICA-8350 PlanetICA-HM100 PlanetICA-HM100 PlanetICA-HM100 PlanetICA-HM100 PlanetICA-HM100 PlanetICA-HM100 PlanetICA-HM100 PlanetICA-HM100 PlanetICA-HM100 PlanetICA-HM100rtsp://IPADDRESS:554/jpegYes PlanetICA-HM100rtsp://IPADDRESS:554/ipcam.sdpYes PlanetICA-HM100rtsp://IPADDRESS:554/h264Yes PlanetICA-HM100rtsp://IPADDRESS:554/live.sdpYes PlanetICAHM100W PlanetICA-HM101 PlanetICA-HM101 PlanetICA-HM101 PlanetICA-HM101rtsp://IPADDRESS:554/h264Yes PlanetICA-HM120 PlanetICA-HM120 PlanetICA-HM120rtsp://IPADDRESS/media/media.ampPossible PlanetICA-HM132 PlanetICA-HM132 PlanetICA-HM132 PlanetICA-HM132rtsp://IPADDRESS:554/v2Yes PlanetICA-HM132rtsp://IPADDRESS:554/Yes PlanetICA-HM132/136/316 PlanetICA-HM132/136/316 PlanetICA-HM132/136/316rtsp://IPADDRESS:554//stream1Yes PlanetICA-HM132/136/316 PlanetICA-HM132/136/316 PlanetICA-HM132/136/316 PlanetICA-HM132/136/316 PlanetICA-HM132/136/316 PlanetICA-HM132/136/316rtsp://IPADDRESS:554/v2Yes PlanetICA-HM132/136/316rtsp://IPADDRESS:554/Yes PlanetICA-HM132/136/316rtsp://IPADDRESS:554/h264/ch1/sub/Yes PlanetICA-HM132/136/316rtsp://IPADDRESS:554/ipcam.sdpYes PlanetICA-HM132/136/316rtsp://IPADDRESS:554/h264Yes PlanetICA-HM136 PlanetICA-HM210 PlanetICA-HM230 PlanetICA-HM230 PlanetICA-HM230 PlanetICA-HM230 PlanetICA-HM230rtsp://IPADDRESS:554/ipcam.sdpYes PlanetICA-HM317rtsp://IPADDRESS:554//stream1Yes PlanetICA-HM317 PlanetICA-HM350rtsp://IPADDRESS:554//stream1Yes PlanetICA-HM620 PlanetICA-HM620rtsp://IPADDRESS:554/h264Yes PlanetICA-M220 PlanetICA-M220 PlanetICA-M220 PlanetICA-M220 PlanetICA-M220 PlanetICA-M220rtsp://IPADDRESS:554/h264Yes PlanetICA-M227rtsp://IPADDRESS:554//stream1Yes PlanetICA-MS8350 PlanetIVS-H125 PlanetKamerartsp://IPADDRESS:554/cam[CHANNEL]/h264Yes PlanetOther PlanetOtherrtsp://IPADDRESS:554//stream1Yes PlanetOther PlanetOther PlanetOther PlanetOther PlanetOther PlanetOther PlanetOther PlanetOther PlanetOther PlanetOther PlanetOther PlanetOther PlanetOther PlanetOther PlanetOther PlanetOtherrtsp://IPADDRESS:554/img/media.savYes PlanetOtherrtsp://IPADDRESS:554/videoYes PlanetOtherrtsp://IPADDRESS:554/v2Yes PlanetOtherrtsp://IPADDRESS:554/h264/ch1/sub/Yes PlanetOtherrtsp://IPADDRESS:554/Yes PlanetOtherrtsp://IPADDRESS:554/jpegYes PlanetOtherrtsp://IPADDRESS:554/ipcam.sdpYes PlanetOtherrtsp://IPADDRESS:554/h264Yes PlanetOTHER PlanetOTHER PlanetOTHER PlanetOTHER PlanetPlanetrtsp://IPADDRESS:554/cam[CHANNEL]/h264Yes PlanetPLANET Important: How to use the above connection methods:To view or record your camera video in real time, you need to use install Ozeki Camera Recorder. In the camera recorder you have to create an RTSP camera connection. In the configuration form you need to enter the RTSP url starting with the prefix rtsp://. More information about how to setup your rtsp camera is available on the following link

ipAddress Download Free - 3.0.1

BrandModelsExample URLAudio Logitech120 Logitech250 Logitech525 Logitech525 Logitech700rtsp://IPADDRESS:554/HighResolutionVideoYes Logitech700rtsp://IPADDRESS:554/LowResolutionVideoYes Logitech700ertsp://IPADDRESS:554/LowResolutionVideoYes Logitech700ertsp://IPADDRESS:554/HighResolutionVideoYes Logitech750rtsp://IPADDRESS:554/HighResolutionVideoYes Logitech750Ertsp://IPADDRESS:554/LowResolutionVideoYes Logitech750Ertsp://IPADDRESS:554/HighResolutionVideoYes Logitech750irtsp://IPADDRESS:554/LowResolutionVideoYes Logitech9000 Logitech9000 Logitech9000 Logitech932l LogitechAlert LogitechAlertrtsp://IPADDRESS/LowResolutionVideoPossible LogitechALERTrtsp://IPADDRESS:554/HighResolutionVideoYes LogitechAlert 750ertsp://IPADDRESS:554/LowResolutionVideoYes LogitechAlert 750ertsp://IPADDRESS/HighResolutionVideoPossible LogitechAlert 750irtsp://IPADDRESS/HighResolutionVideoPossible LogitechAlert Front Doorrtsp://IPADDRESS:554/HighResolutionVideoYes Logitechc110 Logitechc130 Logitechc130-becco LogitechC252 Logitechc260 Logitechc270 Logitechc270 Logitechc270 Logitechc270 Logitechc270 Logitechc270 Logitechc310 LogitechC310 LogitechC525 LogitechC920 LogitechC920 LogitechC920 LogitechLAPTOP LogitechNCW150/S Logitechorbit LogitechOrbit LogitechOther LogitechOther LogitechOther LogitechOther LogitechOther LogitechOther LogitechOther LogitechOther LogitechOther LogitechOther LogitechOther LogitechOther LogitechOther LogitechOtherrtsp://IPADDRESS:554/LowResolutionVideoYes LogitechOtherrtsp://IPADDRESS:554/HighResolutionVideoYes LogitechOther LogitechPRO 4000 LogitechQuick Cam for notebooks LogitechQuickCam E3500 LogitechQuickCam E3500 LogitechQuickcam Pro 4000 LogitechQuickcam Pro 5000 LogitechQuickCam Pro 9000 LogitechQuickCamExpress LogitechUH9 LogitechUSB Pro 4000 Logitechwebcam LogitechWebcam LogitechWebcam Pro 9000 LogitechWVC54GCA Logitechxyz Important: How to use the above connection methods:To view or record your camera video in real time, you need to use install Ozeki Camera Recorder. In the camera recorder you have to create an RTSP camera connection. In the configuration form you need to enter the RTSP url starting with the prefix rtsp://. More information about how to setup your rtsp camera is available on the following link

An introduction to the ipaddress module - Python

"selfLink": "providers/vsphere/c872d364-d62b-46f0-bd42-16799f40324e/workloads/vm-431", "id": "vm-431", "parent": { "kind": "Folder", "id": "group-v22" }, "revision": 1, "name": "iscsi-target", "revisionValidated": 1, "isTemplate": false, "networks": [ { "kind": "Network", "id": "network-31" }, { "kind": "Network", "id": "network-33" } ], "disks": [ { "key": 2000, "file": "[iSCSI_Datastore] iscsi-target/iscsi-target-000001.vmdk", "datastore": { "kind": "Datastore", "id": "datastore-63" }, "capacity": 17179869184, "shared": false, "rdm": false }, { "key": 2001, "file": "[iSCSI_Datastore] iscsi-target/iscsi-target_1-000001.vmdk", "datastore": { "kind": "Datastore", "id": "datastore-63" }, "capacity": 10737418240, "shared": false, "rdm": false } ], "concerns": [], "policyVersion": 5, "uuid": "42256329-8c3a-2a82-54fd-01d845a8bf49", "firmware": "bios", "powerState": "poweredOn", "connectionState": "connected", "snapshot": { "kind": "VirtualMachineSnapshot", "id": "snapshot-3034" }, "changeTrackingEnabled": false, "cpuAffinity": [ 0, 2 ], "cpuHotAddEnabled": true, "cpuHotRemoveEnabled": false, "memoryHotAddEnabled": false, "faultToleranceEnabled": false, "cpuCount": 2, "coresPerSocket": 1, "memoryMB": 2048, "guestName": "Red Hat Enterprise Linux 7 (64-bit)", "balloonedMemory": 0, "ipAddress": "10.19.2.96", "storageUsed": 30436770129, "numaNodeAffinity": [ "0", "1" ], "devices": [ { "kind": "RealUSBController" } ], "host": { "id": "host-29", "parent": { "kind": "Cluster", "id": "domain-c26" }, "revision": 1, "name": "IP address or host name of the vCenter host or RHV Engine host", "selfLink": "providers/vsphere/c872d364-d62b-46f0-bd42-16799f40324e/hosts/host-29", "status": "green", "inMaintenance": false, "managementServerIp": "10.19.2.96", "thumbprint": , "timezone": "UTC", "cpuSockets": 2, "cpuCores": 16, "productName": "VMware ESXi", "productVersion": "6.5.0", "networking": { "pNICs": [ { "key": "key-vim.host.PhysicalNic-vmnic0", "linkSpeed": 10000 }, { "key": "key-vim.host.PhysicalNic-vmnic1", "linkSpeed": 10000 }, { "key": "key-vim.host.PhysicalNic-vmnic2", "linkSpeed": 10000 }, { "key": "key-vim.host.PhysicalNic-vmnic3", "linkSpeed": 10000 } ], "vNICs": [ { "key": "key-vim.host.VirtualNic-vmk2", "portGroup": "VM_Migration", "dPortGroup": "", "ipAddress": "192.168.79.13", "subnetMask": "255.255.255.0", "mtu": 9000 }, { "key": "key-vim.host.VirtualNic-vmk0", "portGroup": "Management Network", "dPortGroup": "", "ipAddress": "10.19.2.13", "subnetMask": "255.255.255.128", "mtu": 1500 },. void setAPStaticIPConfig(IPAddress ip, IPAddress gw, IPAddress sn); //sets config for a static IP. void setSTAStaticIPConfig(IPAddress ip, IPAddress gw, IPAddress sn); WiFiManagerParameter _params[WIFI_MANAGER_MAX_PARAMS]; template typename Generic void DEBUG_WM(Generic text); template class T Method One: // This will parse the current string instance to an IP Address instance IPAddress lIPAddress = IPAddress(lLine); Method Two: IPAddress lIPAddress; //

What is my ipaddress? - GetIP.Info

Two embedded SELECT statements-- will use the newly created indexes to-- pull one IPFrom and one IPTo valueselect *from dbo.ip2Locationwhere IPFrom = ( select max(IPFrom) from dbo.ip2Location where IPFrom dbo.ip2int(@ipAddress) -- Using IPFrom on the LHS will cause -- SQL Server to use an index )and IPTo = ( select min(IPTo) from dbo.ip2Location where IPTo >= dbo.ip2int(@ipAddress) )The above query will now run significantly faster. In our testing, the response time reduced from 1 minute to about 68 milliseconds.Making it even betterOptionally, you can create either a stored procedure or a function to make life even easier. The following script show how towrite them.-- A stored procedure that returns every field-- for an IP addresscreate procedure GetCity(@ipAddress varchar(16))asbeginselect *from dbo.ip2Locationwhere IPFrom = ( select max(IPFrom) from dbo.ip2Location where IPFrom dbo.ip2int(@ipAddress) )and IPTo = ( select min(IPTo) from dbo.ip2Location where IPTo >= dbo.ip2int(@ipAddress) )endgo-- A function returning one string containing-- Country, region and city for an ip addresscreate function GetCityFunction(@ipAddress varchar(16))RETURNS varchar(325)asbeginDECLARE @FinalAnswer varchar(330)select @FinalAnswer = CName + ', ' + Region + ', ' + Cityfrom dbo.ip2Locationwhere IPFrom = ( select max(IPFrom) from dbo.ip2Location where IPFrom dbo.ip2int(@ipAddress) )and IPTo = ( select min(IPTo) from dbo.ip2Location where IPTo >= dbo.ip2int(@ipAddress) ) RETURN (@FinalAnswer)endOnce a stored procedure is created, you can simply type the following to get the location of an IP address.-- Fetch IP address using a stored procedureexec GetCity '218.111.3.212'-- If you create a function, you can write a query similar to:select urlString, referer, GetCityFunction(IPAddress)from WebLog

IPNetwork.Contains(IPAddress) Method (System.Net)

* * @param map Map * @return Sorted Map */ private static MapString, Integer> sortMap(MapString, Integer> map) { ListMap.EntryString, Integer>> entries = new ArrayList(map.entrySet()); Collections.sort(entries, new ComparatorMap.EntryString, Integer>>() { @Override public int compare(Map.EntryString, Integer> o1, Map.EntryString, Integer> o2) { return o2.getValue().compareTo(o1.getValue()); // descending } }); MapString, Integer> sortedMap = new LinkedHashMap(); for (Map.EntryString, Integer> entry : entries) { sortedMap.put(entry.getKey(), entry.getValue()); } return sortedMap; } /** * Merge IP address quartet into a single binary string. * * Example: 192.168.0.1 to 11000000101010000000000000000001 * * @param ipAddress IP address * @return A single integer that stores IP address binary string */ private static int convertQuartetToBinaryString(String ipAddress) { String[] ip = ipAddress.split("\\.|/"); int octet1 = Integer.parseInt(ip[0]); int octet2 = Integer.parseInt(ip[1]); int octet3 = Integer.parseInt(ip[2]); int octet4 = Integer.parseInt(ip[3]); int output = octet1; output = (output 8) + octet2; output = (output 8) + octet3; output = (output 8) + octet4; return output; } /** * Separate IP address binary string into quartet. * * Example: 11000000101010000000000000000001 to 192.168.0.1 * * @param ipAddress IP address binary string * @return A string of IP address in the form of quartet */ private static String convertIpToQuartet(int ipAddress) { int octet1 = (ipAddress >> 24) & 255; int octet2 = (ipAddress >> 16) & 255; int octet3 = (ipAddress >> 8) & 255; int octet4 = ipAddress & 255; return octet1 + "." + octet2 + "." + octet3 + "." + octet4; } /** * Find the first IP address for the specified network. * * @param majorNetwork Major network IP * @return The first IP address */ private static int findFirstIp(String majorNetwork) { String[] ip = majorNetwork.split("/"); int mask = Integer.parseInt(ip[1]); // parse CIDR mask int offset = Integer.SIZE - mask; int majorAddress = convertQuartetToBinaryString(majorNetwork); int firstIp = (majorAddress >> offset) offset; return firstIp; } /** * Calculate mask and return it in CIDR notation. * * @param neededSize The size for subnet * @return Mask */ private static int calcMask(int neededSize) { int highestBit = Integer.highestOneBit(neededSize); int position = (int) (Math.log(highestBit) / Math.log(2)); return Integer.SIZE - (position + 1); // +1 because position starts with 0 } /** * Find the total number of usable IP address/hosts. * * @param mask Mask * @return Total number of hosts */ private static int findUsableHosts(int mask) { return (int) Math.pow(2, Integer.SIZE - mask) - 2; } /** * Convert mask from CIDR notation to quartet form. * * Example: '/24' to '255.255.255.0' * * @param mask Mask in CIDR notation * @return Mask in quartet form */ private static String toDecMask(int mask) { if (mask == 0) { return "0.0.0.0"; } int allOne = -1; // '255.255.255.255' int shifted = allOne Integer.SIZE - mask); return convertIpToQuartet(shifted); } private static class Subnet { public String name; public int neededSize; public int allocatedSize; public String address; public String mask; public String decMask; public String range; public String broadcast; } }

IPNetwork.Contains(IPAddress) Method (Microsoft.AspNetCore

@FirstDot - 1) SET @SecondOctet = SUBSTRING(@ipAddress, @FirstDot + 1, @SecondDot - @FirstDot - 1) SET @ThirdOctet = SUBSTRING(@ipAddress, @SecondDot + 1, @ThirdDot - @SecondDot - 1) SET @FourthOctet = SUBSTRING(@ipAddress, @ThirdDot + 1, 3) SET @Result = 16777216 * CAST(@FirstOctet as bigint) + 65536 * CAST(@SecondOctet as bigint) + 256 * CAST(@ThirdOctet as bigint) + CAST(@FourthOctet as bigint) RETURN(@Result);ENDFetching data from the databaseThe easiest way to fetch the location of an IP address is the write the following query:-- Simple but not very efficient query. May take a long-- time to run. select *from ip2Locationwhere dbo.IP2INT('209.178.205.30') between IPFrom and IPToThere is a significant problem with this query: it runs very slow. The machine we ran this query on took about almost 1 minute torun. This is because the table contains almost 3 million entriesand the SELECT query above does not use any index. In fact, it cannot use any index.Optimizing the SQL to run fasterThe first step in optimization is to create a couple of indexes. The following script will create two indexes on the table, one on each field.-- Create index on IPFromCREATE INDEX start_idx ON dbo.ip2Location(IPFrom)go-- Create index on IPToCREATE INDEX end_idx ON dbo.ip2Location(IPTo)Next, we have to re-write the SELECT statement so it uses the newly created index. One important information to keep in mindis that field names should always appear on the LHS (left hand side) of the equal sign. When field names appear on the RHS,most RDBMS won't be able to use an index.-- The

IPNetwork.Contains (IPAddress) Method (System.Net

File from any folder toWinSQL's catalog window. Click here if you are not familiar with WinSQL.Although I am using Microsoft SQL Server in this example, WinSQL can be used to import/export data from any database usingsimple mouse clicks.If you run into problems or need more information on how to import this file into SQL Server,click hereto watch a video tutorial.During the import process WinSQL will prompt you to change field names and datatypes for the target table. It is importantyou use bigint instead of integer when creating a new table. This is because a normal integer is not largeenough to hold an IP address.Once the data has been imported, you will have a table with the following script in the database.create table ip2Location( IPFrom bigint, IPTo bigint, CCode char(2), CName varchar(68), Region varchar(128), City varchar(128))Step 3 - Quering the databaseThe newly imported table contains IP addresses in a numerical format, which is different from the more commonly used string format.The best way to convert the string representation of an IP address to a numeric value is towrite a function in SQL Server. The following script shows a function that accomplishes this task.-- Converts a string based IP to Integer-- For example: 192.168.1.200 --> 3232235976create function IP2INT(@ipAddress varchar(20))RETURNS bigintASBEGINDECLARE @FirstDot int, @SecondDot int, @ThirdDot int, @FirstOctet varchar(3), @SecondOctet varchar(3), @ThirdOctet varchar(3), @FourthOctet varchar(3), @Result bigint SET @FirstDot = CHARINDEX('.', @ipAddress) SET @SecondDot = CHARINDEX('.', @ipAddress, @FirstDot + 1) SET @ThirdDot = CHARINDEX('.', @ipAddress, @SecondDot + 1) SET @FirstOctet = SUBSTRING(@ipAddress, 1,. void setAPStaticIPConfig(IPAddress ip, IPAddress gw, IPAddress sn); //sets config for a static IP. void setSTAStaticIPConfig(IPAddress ip, IPAddress gw, IPAddress sn); WiFiManagerParameter _params[WIFI_MANAGER_MAX_PARAMS]; template typename Generic void DEBUG_WM(Generic text); template class T

HostName - IpAddress - Download, Review, Screenshots

(58001 - 63535) nat port range (63536 - 65535) 9.3(2) Kstack local port range (15001 - 58000) Netstack local port range (58001 - 63535) nat port range (63536 - 65535) 9.3(3) onwards Kstack local port range (15001 - 58000) Netstack local port range (58001 - 60535) nat port range (60536 - 65535) You can use the show sockets local-port-range command to view the port range on the sender/responder. The following is an example of viewing the netstack port range: switch# show sockets local-port-range Kstack local port range (15001 - 22002)Netstack local port range (22003 – 65535) Configuring the IP SLAs Responder on the Destination Device Before you begin If you are using the IP SLAs Responder, ensure that the networking device to be used as the responder is a Cisco device and that you have connectivity to that device through the network. SUMMARY STEPS enable configure terminal feature sla responder Do one of the following: ip sla responder Example: switch(config)# ip sla responder ip sla responder udp-echo ipaddress ip-address port port Example: switch(config)# ip sla responder udp-echo ipaddress 172.29.139.132 port 5000 exit DETAILED STEPS Command or Action Purpose Step 1 enable Example: switch> enable Enables privileged EXEC mode Enter your password if prompted. Step 2 configure terminal Example: switch# configure terminal Enters global configuration mode. Step 3 feature sla responder Example: switch(config)# feature sla responder Enables the IP SLAs responder feature. Step 4 Do one of the following: ip sla responder Example: switch(config)# ip sla responder ip sla responder udp-echo ipaddress ip-address port port Example: switch(config)# ip sla responder udp-echo ipaddress 172.29.139.132 port 5000 - Temporarily enables the IP SLAs Responder functionality on a Cisco device in response to control messages from the source. Required only if the protocol control is disabled on the source. This command permanently enables the IP SLAs Responder functionality on a specified IP address and port. Control is enabled by default. Step 5 exit Example: switch(config)# exit Exits global configuration mode and returns to privileged EXEC mode. Configuring a Basic UDP Echo Operation on the Source Device This section describes how to configure a basic

IPaddress (free version) download for PC

Screen for the getProxies command:proxy-lists getProxies --helpTo output the proxies in .txt format:proxy-lists getProxies --output-format="txt"To output proxies to STDOUT:proxy-lists getProxies --stdoutTo output proxies to a different file than proxies.txt:proxy-lists getProxies --output-file="somefile.txt"To get proxies from specific sources:proxy-lists getProxies --sources-white-list="gatherproxy,sockslist"To get proxies from specific countries:proxy-lists getProxies --countries="us,ca"To get proxies with specific protocols:proxy-lists getProxies --protocols="http,https"To get only anonymous and elite proxies:proxy-lists getProxies --anonymity-levels="anonymous,elite"The output of the getProxies command is written to a new file (proxies.txt) in your current working directory.APIThese are the public methods of the ProxyLists module that allow you to get proxies, add custom proxy sources, and list existing sources.getProxiesgetProxies([options])Gets proxies from all available proxy lists.Usage:var ProxyLists = require('proxy-lists');// `getProxies` returns an event emitter.ProxyLists.getProxies({ // options countries: ['us', 'ca']}) .on('data', function(proxies) { // Received some proxies. console.log('got some proxies'); console.log(proxies); }) .on('error', function(error) { // Some error has occurred. console.log('error!', error); }) .once('end', function() { // Done getting proxies. console.log('end!'); });Sample proxies:[ { ipAddress: '123.123.2.42', port: 8080, country: 'us', source: 'superproxies' }, { ipAddress: '234.221.233.142', port: 3128, country: 'cz', protocols: ['https'], source: 'someproxysource' }, { ipAddress: '234.221.233.142', port: 3128, country: 'cz', anonymityLevel: 'elite', protocols: ['https'], source: 'anotherproxysource' }]Options for getProxies Methodvar options = { /* The filter mode determines how some options will be used to exclude proxies. For example if using this option `anonymityLevels: ['elite']`: 'strict' mode will only allow proxies that have the 'anonymityLevel' property equal to 'elite'; ie. proxies that are missing the 'anonymityLevel' property will be excluded. 'loose' mode will allow proxies that have the 'anonymityLevel' property. void setAPStaticIPConfig(IPAddress ip, IPAddress gw, IPAddress sn); //sets config for a static IP. void setSTAStaticIPConfig(IPAddress ip, IPAddress gw, IPAddress sn); WiFiManagerParameter _params[WIFI_MANAGER_MAX_PARAMS]; template typename Generic void DEBUG_WM(Generic text); template class T

IPaddress 3.0.1 - Download, Review, Screenshots

{ "key": "key-vim.host.VirtualNic-vmk1", "portGroup": "Storage Network", "dPortGroup": "", "ipAddress": "172.31.2.13", "subnetMask": "255.255.0.0", "mtu": 1500 }, { "key": "key-vim.host.VirtualNic-vmk3", "portGroup": "", "dPortGroup": "dvportgroup-48", "ipAddress": "192.168.61.13", "subnetMask": "255.255.255.0", "mtu": 1500 }, { "key": "key-vim.host.VirtualNic-vmk4", "portGroup": "VM_DHCP_Network", "dPortGroup": "", "ipAddress": "10.19.2.231", "subnetMask": "255.255.255.128", "mtu": 1500 } ], "portGroups": [ { "key": "key-vim.host.PortGroup-VM Network", "name": "VM Network", "vSwitch": "key-vim.host.VirtualSwitch-vSwitch0" }, { "key": "key-vim.host.PortGroup-Management Network", "name": "Management Network", "vSwitch": "key-vim.host.VirtualSwitch-vSwitch0" }, { "key": "key-vim.host.PortGroup-VM_10G_Network", "name": "VM_10G_Network", "vSwitch": "key-vim.host.VirtualSwitch-vSwitch1" }, { "key": "key-vim.host.PortGroup-VM_Storage", "name": "VM_Storage", "vSwitch": "key-vim.host.VirtualSwitch-vSwitch1" }, { "key": "key-vim.host.PortGroup-VM_DHCP_Network", "name": "VM_DHCP_Network", "vSwitch": "key-vim.host.VirtualSwitch-vSwitch1" }, { "key": "key-vim.host.PortGroup-Storage Network", "name": "Storage Network", "vSwitch": "key-vim.host.VirtualSwitch-vSwitch1" }, { "key": "key-vim.host.PortGroup-VM_Isolated_67", "name": "VM_Isolated_67", "vSwitch": "key-vim.host.VirtualSwitch-vSwitch2" }, { "key": "key-vim.host.PortGroup-VM_Migration", "name": "VM_Migration", "vSwitch": "key-vim.host.VirtualSwitch-vSwitch2" } ], "switches": [ { "key": "key-vim.host.VirtualSwitch-vSwitch0", "name": "vSwitch0", "portGroups": [ "key-vim.host.PortGroup-VM Network", "key-vim.host.PortGroup-Management Network" ], "pNICs": [ "key-vim.host.PhysicalNic-vmnic4" ] }, { "key": "key-vim.host.VirtualSwitch-vSwitch1", "name": "vSwitch1", "portGroups": [ "key-vim.host.PortGroup-VM_10G_Network", "key-vim.host.PortGroup-VM_Storage", "key-vim.host.PortGroup-VM_DHCP_Network", "key-vim.host.PortGroup-Storage Network" ], "pNICs": [ "key-vim.host.PhysicalNic-vmnic2", "key-vim.host.PhysicalNic-vmnic0" ] }, { "key": "key-vim.host.VirtualSwitch-vSwitch2", "name": "vSwitch2", "portGroups": [ "key-vim.host.PortGroup-VM_Isolated_67", "key-vim.host.PortGroup-VM_Migration" ], "pNICs": [ "key-vim.host.PhysicalNic-vmnic3", "key-vim.host.PhysicalNic-vmnic1" ] } ] }, "networks": [ { "kind": "Network", "id": "network-31" }, { "kind": "Network", "id": "network-34" }, { "kind": "Network", "id": "network-57" }, { "kind": "Network", "id": "network-33" }, { "kind": "Network", "id": "dvportgroup-47" } ], "datastores": [ { "kind": "Datastore", "id": "datastore-35" }, { "kind": "Datastore", "id": "datastore-63" } ], "vms": null, "networkAdapters": [], "cluster": { "id": "domain-c26", "parent": { "kind": "Folder", "id": "group-h23" }, "revision": 1, "name": "mycluster", "selfLink": "providers/vsphere/c872d364-d62b-46f0-bd42-16799f40324e/clusters/domain-c26", "folder": "group-h23", "networks": [ { "kind": "Network", "id":