WMIC or Windows Management Interface Command is a simple command line tool used to issue WMI commands. WMI command generally used to query all of the system related information like Computer Name, BIOS Serial Number, Mac Address etc.
WMIC provides two type of usage. Batch usage is the most popular where we can issue WMI commands into MS-DOS or PowerShell like below.
WMIC also provides an interactive shell where we can issue
wmic
options as commands. We can enter VMIC interactive shell just running wmic
command like below.Wmi Equivalent For Mac Os
We can use
Computer
option in order to print the current system manufacturer and model.May 26, 2018 My turn to ask a question. I am running BGInfo for all workstations but at this stage want to only return the Active IPv4 address. I have a custom WMI query set up in BGInfo: SELECT IPAddress FROM Win32NetworkAdapterConfiguration WHERE IPEnabled = 'True' This will return both IPv4 and v6. Since the IPAddress property is an array, there is no way. Nov 29, 2018 Hello! In some posts like this there is a useful attempt to handle the output of 'arp -a' as an object. But somewhere I read that 'arp -a' could even not work on Powershell. So, is there any specific cmdlet to obtain the same information as the output of 'arp -a', but already stored in an. Hi Henry, actually, I don't think you made a mistake. If you are performing WMI access management for Vista or later Windows version (i.e., Windows 7, Windows 8/8.1, Windows 10 or Windows Server 2008 or newer versions), follow the steps below (note they should be performed on the remote system – the one you need to monitor via WMI). The next step was I wanted to know what version of Mac Os X I was running on, and was trying to find an equivalent to the win32operatingsystem CIM class (or something that could provide me the same information) of my system.
Computer name can be printed with the
computersystem
and name
options like below.Every computer system have a serial number. This serial number is unique to the system. We can print current system serial number with the
bios
and serialnumber
options like below.wmic
command also provides operations about the Network Interface. We can use nic
option with different extra options like macaddress
,description
.Mothterboards have some model and model number information. We can print motherboard model with the following command.
We can use
wmic
command in order to get RAM or Physical Memory Size information with the following command.We can print currently running applications, programmes and their RAM or Memory usage with the
process
option like below.We can use
partition
option with the name
,size
and type
options to print partitions information and file system type.We can list currently installed Services on the system. We will use
service
option with the list
and brief
options like below.Currently running process and brief information about the can be listed lie below. Tamil bible pdf download.
Even we can use
wmic
to kill the current running process. We will use process
option with the where
statement and related terminate
command. In this example, we will kill the process named chrome.exe
which can be listed with the previous command.After the Windows operating system is started some applications are started automatically. These applications are different from services. They are generally called
Startup Applications
. We can list these Startup Applications with the wmic
like below.We can redirect any
wmic
command output into a file. We will use the redirect operator >
. In this example, we will write the process list into a file named processes.txt
. Keep in mind that we should have write access to the current working directory.Wmi Equivalent For Mac Pro
We can use
diskdrive
option in order to list currently connected disk drives. These drives can be HDD or ISCSI or similar.We can also print basic operating system information. This will provide following inforation
- Build Number
- Organization
- Registered USer
- Serial Number
- System Directory
- Version
Gets the IP route information from the IP routing table.
Syntax
Description
The Get-NetRoute cmdlet gets IP route information from the IP routing table, including destination network prefixes, next hop IP addresses, and route metrics.Run this cmdlet without any parameters to get all IP routes from the routing table.Specify parameters to narrow your results.For instance, you can specify a particular interface or an IP address family.
For more information about routing, see Chapter 5 - IP Routing in the TechNet library.
Examples
Example 1: Get all routes
![Wmi Wmi](/uploads/1/1/9/5/119589277/826299886.jpg)
This command gets all the routes for the computer, and then passes them to the Format-List cmdlet by using the pipeline operator.The Format-List cmdlet displays all the properties of an object.For more information, type
Get-Help Format-List
.Example 2: Get all IPv6 routes
This command gets the routes that belong to the IPv6 address family.
Example 3: Get routes for a specified interface
This command gets the IP routes associated with the interface that has an index of 12.
Example 4: Get the next hop for the default route
This command gets the next hop for the default route.The next hop gateway for the default route is also known as the default gateway.The command gets the default IP routes, and passes them to the Select-Object cmdlet.That cmdlet displays the NextHop property for each default route.For more information about displaying selected properties, type
Get-Help Select-Object
.Example 5: Get IP routes to non-local destinations
This command gets IP routes that have next hops that are not in the local subnet.The command gets all routes, and then passes them to a series of Where-Object commands by using the pipeline operator.The command uses different filter scripts to discard routes that are the default gateway for the two IP address families and the IPv6 addresses that begin with fe80.For more information about filtering by using Where-Object, type
Get-Help Where-Object
.Example 6: Get network adapters that have IP routes to non-local destinations
This command gets network adapters that have IP routes that have next hops that are not in the local subnet.As in the previous example, the command gets the routes that have next hop values by using the Get-NetRoute and the Where-Object cmdlets, and then passes those routes to the Get-NetAdapter cmdlet by using the pipeline operator.
Example 7: Get IP routes that have an infinite valid lifetime
This command gets all IP routes, and then passes them to the Where-Object cmdlet by using the pipeline operator.The command selects those routes that have a valid lifetime of the maximum value.
Parameters
Specifies an IP address family.The cmdlet gets IP routes of the families that you specify.The acceptable values for this parameter are:
- IPv4
- IPv6
Type: | AddressFamily[] |
Accepted values: | IPv4, IPv6 |
Position: | Named |
Default value: | None |
Accept pipeline input: | False |
Accept wildcard characters: | False |
Runs the cmdlet as a background job. Use this parameter to run commands that take a long time to complete.
Type: | SwitchParameter |
Position: | Named |
Default value: | None |
Accept pipeline input: | False |
Accept wildcard characters: | False |
Specifies an IP interface as a CIM object.The cmdlet gets IP routes that belong to the interface that you specify.To obtain an IP interface, use the Get-NetIPInterface cmdlet.
Type: | CimInstance |
Position: | Named |
Default value: | None |
Accept pipeline input: | True |
Accept wildcard characters: | False |
Runs the cmdlet in a remote session or on a remote computer.Enter a computer name or a session object, such as the output of a New-CimSession or Get-CimSession cmdlet.The default is the current session on the local computer.
Type: | CimSession[] |
Aliases: | Session |
Position: | Named |
Default value: | None |
Accept pipeline input: | False |
Accept wildcard characters: | False |
Specifies an array of identifiers for network compartments in the protocol stack.By default, the cmdlet only gets Net routes in the default compartment.If you specify a value, the cmdlet gets any matching Net routes in all compartments in this field.
Type: | UInt32[] |
Position: | Named |
Default value: | None |
Accept pipeline input: | False |
Accept wildcard characters: | False |
Specifies an array of destination prefixes of IP routes.The cmdlet gets IP routes that use the prefixes that you specify.A destination prefix contains an IP address prefix and a prefix length, separated by a slash (/).A value of 0.0.0.0/0 for IPv4 or ::/0 for IPv6 indicates that the value of the NextHop parameter is a default gateway.
Type: | String[] |
Position: | 0 |
Default value: | None |
Accept pipeline input: | False |
Accept wildcard characters: | False |
Indicates that the cmdlet includes routes from all configured network compartments.If you do not specify this parameter, the cmdlet gets only routes in the default network compartment.
Type: | SwitchParameter |
Position: | Named |
Default value: | None |
Accept pipeline input: | False |
Accept wildcard characters: | False |
Specifies an array of aliases of network interfaces.The cmdlet gets IP routes for the interfaces that have the aliases that you specify.
Type: | String[] |
Aliases: | ifAlias |
Position: | Named |
Default value: | None |
Accept pipeline input: | True |
Accept wildcard characters: | False |
Specifies an array of indexes of network interfaces.The cmdlet gets IP routes for the interfaces located at the indexes that you specify.
Type: | UInt32[] |
Aliases: | ifIndex |
Position: | Named |
Default value: | None |
Accept pipeline input: | True |
Accept wildcard characters: | False |
Specifies an array of next hop values.The cmdlet gets IP routes that have the next hop values that you specify.A value of 0.0.0.0 for IPv4 or :: for IPv6 indicates that the route is on the local subnet.
Type: | String[] |
Position: | Named |
Default value: | None |
Accept pipeline input: | False |
Accept wildcard characters: | False |
Specifies a PolicyStore value.The cmdlet gets IP routes that have the PolicyStore value that you specify.The acceptable values for this parameter are:
- ActiveStore.The IP address information is valid.
- PersistentStore.The computer saves IP address information across restarts.When the computer restarts, it copies the saved settings to the ActiveStore.
Type: | String |
Position: | Named |
Default value: | None |
Accept pipeline input: | False |
Accept wildcard characters: | False |
Specifies an array of values for preferred lifetime, as TimeSpan objects, of IP routes.The cmdlet gets entries that have these values.To obtain a TimeSpan object, use the New-TimeSpan cmdlet.For more information, type
Get-Help New-TimeSpan
.Type: | TimeSpan[] |
Position: | Named |
Default value: | None |
Accept pipeline input: | False |
Accept wildcard characters: | False |
Specifies an array of types of routing protocols.The cmdlet gets entries that use the protocols that you specify.The acceptable values for this parameter are:
- Bbn
- Bgp
- Dhcp
- Dvmrp
- Egp
- Eigrp
- EsIs
- Ggp
- Hello
- Icmp
- Idpr
- Igrp
- IsIs
- Local
- NetMgmt
- Ospf
- Rip
- Rpl
- Other
Type: | Protocol[] |
Accepted values: | Other, Local, NetMgmt, Icmp, Egp, Ggp, Hello, Rip, IsIs, EsIs, Igrp, Bbn, Ospf, Bgp, Idpr, Eigrp, Dvmrp, Rpl, Dhcp |
Position: | Named |
Default value: | None |
Accept pipeline input: | False |
Accept wildcard characters: | False |
Specifies an array of publish settings of IP routes.The cmdlet gets entries that have the publish values that you specify.The acceptable values for this parameter are:
- No.Do not publish or advertise IP route information in router advertisements.
- Yes.Publish and advertise IP route information with an infinite valid lifetime in router advertisements
- Age.Publish and advertise IP route information with a finite valid lifetime in router advertisements.
Type: | Publish[] |
Accepted values: | No, Age, Yes |
Position: | Named |
Default value: | None |
Accept pipeline input: | False |
Accept wildcard characters: | False |
Specifies an array of integer route metrics for IP routes.The cmdlet gets entries that have the metrics that you specify.To choose among multiple routes, the computer adds this value to the interface metric value.The computer selects the route with the lowest combined value.To modify the interface metric, use the Set-NetIPInterface cmdlet.
Type: | UInt16[] |
Position: | Named |
Default value: | None |
Accept pipeline input: | False |
Accept wildcard characters: | False |
Specifies the maximum number of concurrent operations that can be established to run the cmdlet.If this parameter is omitted or a value of
0
is entered, then Windows PowerShell速 calculates an optimum throttle limit for the cmdlet based on the number of CIM cmdlets that are running on the computer.The throttle limit applies only to the current cmdlet, not to the session or to the computer.Type: | Int32 |
Position: | Named |
Default value: | None |
Accept pipeline input: | False |
Accept wildcard characters: | False |
Specifies an array of values for valid lifetimes, as TimeSpan objects, for IP routes.The cmdlet gets entries that have the lifetimes that you specify.To obtain a TimeSpan object, use the New-Timespan cmdlet.
Type: | TimeSpan[] |
Position: | Named |
Default value: | None |
Accept pipeline input: | False |
Accept wildcard characters: | False |
Inputs
None
Outputs
The
Microsoft.Management.Infrastructure.CimInstance
object is a wrapper class that displays Windows Management Instrumentation (WMI) objects.The path after the pound sign (#
) provides the namespace and class name for the underlying WMI object.