Posted in
Windows Powershell |
No Comment | 1,514 views | 16/08/2015 17:30
These are IIS Website Directory Browsing properties that you can get using CIM via PowerShell.
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| # Get WebSites
$WebSites = Get-CimInstance -Namespace "root\MicrosoftIISv2" -ClassName "IIsWebServerSetting" -OperationTimeoutSec 15 -EA Stop
$WebSite = $WebSites[0];
# WebSite Directory Browsing Information
[string]$WebSiteEnableDirBrowsing = $WebSite.EnableDirBrowsing
[string]$WebSiteDirBrowseShowDate = $WebSite.DirBrowseShowDate
[string]$WebSiteDirBrowseShowExtension = $WebSite.DirBrowseShowExtension
[string]$WebSiteDirBrowseShowLongDate = $WebSite.DirBrowseShowLongDate
[string]$WebSiteDirBrowseShowSize = $WebSite.DirBrowseShowSize
[string]$WebSiteDirBrowseShowTime = $WebSite.DirBrowseShowTime |
# Get WebSites
$WebSites = Get-CimInstance -Namespace "root\MicrosoftIISv2" -ClassName "IIsWebServerSetting" -OperationTimeoutSec 15 -EA Stop
$WebSite = $WebSites[0];
# WebSite Directory Browsing Information
[string]$WebSiteEnableDirBrowsing = $WebSite.EnableDirBrowsing
[string]$WebSiteDirBrowseShowDate = $WebSite.DirBrowseShowDate
[string]$WebSiteDirBrowseShowExtension = $WebSite.DirBrowseShowExtension
[string]$WebSiteDirBrowseShowLongDate = $WebSite.DirBrowseShowLongDate
[string]$WebSiteDirBrowseShowSize = $WebSite.DirBrowseShowSize
[string]$WebSiteDirBrowseShowTime = $WebSite.DirBrowseShowTime
You can find more properties in my blog.
Posted in
Windows Powershell |
No Comment | 1,113 views | 15/08/2015 17:55
These are IIS Application Pool Periodic Restart properties that you can get using CIM via PowerShell.
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| # WebSite AppPool Information
$WebSiteAppPools = Get-CimInstance -Namespace "root\MicrosoftIISv2" -ClassName "IIsApplicationPoolSetting" -OperationTimeoutSec 15 -EA Stop
$WebSiteAppPool = $WebSiteAppPools[0];
# IIS AppPool Periodic Restart Information
[string]$WebSiteAppPoolPeriodicRestartMemory = $WebSiteAppPool.PeriodicRestartMemory
[string]$WebSiteAppPoolPeriodicRestartPrivateMemory = $WebSiteAppPool.PeriodicRestartPrivateMemory
[string]$WebSiteAppPoolPeriodicRestartRequests = $WebSiteAppPool.PeriodicRestartRequests
[string]$WebSiteAppPoolPeriodicRestartSchedule = $WebSiteAppPool.PeriodicRestartSchedule
[string]$WebSiteAppPoolPeriodicRestartTime = $WebSiteAppPool.PeriodicRestartTime
[string]$WebSiteAppPoolPingingEnabled = $WebSiteAppPool.PingingEnabled
[string]$WebSiteAppPoolPingInterval = $WebSiteAppPool.PingInterval
[string]$WebSiteAppPoolPingResponseTime = $WebSiteAppPool.PingResponseTime |
# WebSite AppPool Information
$WebSiteAppPools = Get-CimInstance -Namespace "root\MicrosoftIISv2" -ClassName "IIsApplicationPoolSetting" -OperationTimeoutSec 15 -EA Stop
$WebSiteAppPool = $WebSiteAppPools[0];
# IIS AppPool Periodic Restart Information
[string]$WebSiteAppPoolPeriodicRestartMemory = $WebSiteAppPool.PeriodicRestartMemory
[string]$WebSiteAppPoolPeriodicRestartPrivateMemory = $WebSiteAppPool.PeriodicRestartPrivateMemory
[string]$WebSiteAppPoolPeriodicRestartRequests = $WebSiteAppPool.PeriodicRestartRequests
[string]$WebSiteAppPoolPeriodicRestartSchedule = $WebSiteAppPool.PeriodicRestartSchedule
[string]$WebSiteAppPoolPeriodicRestartTime = $WebSiteAppPool.PeriodicRestartTime
[string]$WebSiteAppPoolPingingEnabled = $WebSiteAppPool.PingingEnabled
[string]$WebSiteAppPoolPingInterval = $WebSiteAppPool.PingInterval
[string]$WebSiteAppPoolPingResponseTime = $WebSiteAppPool.PingResponseTime
You can find more properties in my blog.
Posted in
Windows Powershell |
No Comment | 1,531 views | 14/08/2015 17:26
These are IIS Website Binding properties that you can get using CIM via PowerShell.
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| # Get WebSites
$WebSites = Get-CimInstance -Namespace "root\MicrosoftIISv2" -ClassName "IIsWebServerSetting" -OperationTimeoutSec 15 -EA Stop
$WebSite = $WebSites[0];
# WebSite Binding Information
$WebSiteBinding = $WebSite.ServerBindings[0]
[string]$WebSiteBindingHostname = $WebSiteBinding.Hostname
[string]$WebSiteBindingIP = $WebSiteBinding.IP
[string]$WebSiteBindingPort = $WebSiteBinding.Port |
# Get WebSites
$WebSites = Get-CimInstance -Namespace "root\MicrosoftIISv2" -ClassName "IIsWebServerSetting" -OperationTimeoutSec 15 -EA Stop
$WebSite = $WebSites[0];
# WebSite Binding Information
$WebSiteBinding = $WebSite.ServerBindings[0]
[string]$WebSiteBindingHostname = $WebSiteBinding.Hostname
[string]$WebSiteBindingIP = $WebSiteBinding.IP
[string]$WebSiteBindingPort = $WebSiteBinding.Port
You can find more properties in my blog.
Posted in
Windows Powershell |
No Comment | 1,140 views | 28/07/2015 17:51
These are IIS Application Pool Process properties that you can get using CIM via PowerShell.
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| # WebSite AppPool Information
$WebSiteAppPools = Get-CimInstance -Namespace "root\MicrosoftIISv2" -ClassName "IIsApplicationPoolSetting" -OperationTimeoutSec 15 -EA Stop
$WebSiteAppPool = $WebSiteAppPools[0];
# IIS AppPool Process Information
[string]$WebSiteAppPoolEnable32BitAppOnWin64 = $WebSiteAppPool.Enable32BitAppOnWin64
[string]$WebSiteAppPoolIdleTimeout = $WebSiteAppPool.IdleTimeout
[string]$WebSiteAppPoolLoadBalancerCapabilities = $WebSiteAppPool.LoadBalancerCapabilities
[string]$WebSiteAppPoolLogEventOnRecycle = $WebSiteAppPool.LogEventOnRecycle
[string]$WebSiteAppPoolLogonMethod = $WebSiteAppPool.LogonMethod
[string]$WebSiteAppPoolManagedPipelineMode = $WebSiteAppPool.ManagedPipelineMode
[string]$WebSiteAppPoolManagedRuntimeVersion = $WebSiteAppPool.ManagedRuntimeVersion
[string]$WebSiteAppPoolMaxProcesses = $WebSiteAppPool.MaxProcesses |
# WebSite AppPool Information
$WebSiteAppPools = Get-CimInstance -Namespace "root\MicrosoftIISv2" -ClassName "IIsApplicationPoolSetting" -OperationTimeoutSec 15 -EA Stop
$WebSiteAppPool = $WebSiteAppPools[0];
# IIS AppPool Process Information
[string]$WebSiteAppPoolEnable32BitAppOnWin64 = $WebSiteAppPool.Enable32BitAppOnWin64
[string]$WebSiteAppPoolIdleTimeout = $WebSiteAppPool.IdleTimeout
[string]$WebSiteAppPoolLoadBalancerCapabilities = $WebSiteAppPool.LoadBalancerCapabilities
[string]$WebSiteAppPoolLogEventOnRecycle = $WebSiteAppPool.LogEventOnRecycle
[string]$WebSiteAppPoolLogonMethod = $WebSiteAppPool.LogonMethod
[string]$WebSiteAppPoolManagedPipelineMode = $WebSiteAppPool.ManagedPipelineMode
[string]$WebSiteAppPoolManagedRuntimeVersion = $WebSiteAppPool.ManagedRuntimeVersion
[string]$WebSiteAppPoolMaxProcesses = $WebSiteAppPool.MaxProcesses
You can find more properties in my blog.
Posted in
Windows Powershell |
No Comment | 1,042 views | 27/07/2015 17:36
These are IIS Website Authentication properties that you can get using CIM via PowerShell.
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| # Get WebSites
$WebSites = Get-CimInstance -Namespace "root\MicrosoftIISv2" -ClassName "IIsWebServerSetting" -OperationTimeoutSec 15 -EA Stop
$WebSite = $WebSites[0];
# WebSite Authentication Information
[string]$WebSiteAuthAdvNotifyDisable = $WebSite.AuthAdvNotifyDisable
[string]$WebSiteAuthAnonymous = $WebSite.AuthAnonymous
[string]$WebSiteAuthBasic = $WebSite.AuthBasic
[string]$WebSiteAuthChangeDisable = $WebSite.AuthChangeDisable
[string]$WebSiteAuthChangeUnsecure = $WebSite.AuthChangeUnsecure
[string]$WebSiteAuthFlags = $WebSite.AuthFlags
[string]$WebSiteAuthMD5 = $WebSite.AuthMD5
[string]$WebSiteAuthNTLM = $WebSite.AuthNTLM
[string]$WebSiteAuthPassport = $WebSite.AuthPassport
[string]$WebSiteAuthPersistence = $WebSite.AuthPersistence
[string]$WebSiteAuthPersistSingleRequest = $WebSite.AuthPersistSingleRequest |
# Get WebSites
$WebSites = Get-CimInstance -Namespace "root\MicrosoftIISv2" -ClassName "IIsWebServerSetting" -OperationTimeoutSec 15 -EA Stop
$WebSite = $WebSites[0];
# WebSite Authentication Information
[string]$WebSiteAuthAdvNotifyDisable = $WebSite.AuthAdvNotifyDisable
[string]$WebSiteAuthAnonymous = $WebSite.AuthAnonymous
[string]$WebSiteAuthBasic = $WebSite.AuthBasic
[string]$WebSiteAuthChangeDisable = $WebSite.AuthChangeDisable
[string]$WebSiteAuthChangeUnsecure = $WebSite.AuthChangeUnsecure
[string]$WebSiteAuthFlags = $WebSite.AuthFlags
[string]$WebSiteAuthMD5 = $WebSite.AuthMD5
[string]$WebSiteAuthNTLM = $WebSite.AuthNTLM
[string]$WebSiteAuthPassport = $WebSite.AuthPassport
[string]$WebSiteAuthPersistence = $WebSite.AuthPersistence
[string]$WebSiteAuthPersistSingleRequest = $WebSite.AuthPersistSingleRequest
You can find more properties in my blog.
Posted in
Windows Powershell |
No Comment | 1,031 views | 26/07/2015 17:32
These are IIS Website Client Access Information properties that you can get using CIM via PowerShell.
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| # Get WebSites
$WebSites = Get-CimInstance -Namespace "root\MicrosoftIISv2" -ClassName "IIsWebServerSetting" -OperationTimeoutSec 15 -EA Stop
$WebSite = $WebSites[0];
# WebSite Client Access Information
[string]$WebSiteAccessExecute = $WebSite.AccessExecute
[string]$WebSiteAccessFlags = $WebSite.AccessFlags
[string]$WebSiteAccessNoPhysicalDir = $WebSite.AccessNoPhysicalDir
[string]$WebSiteAccessNoRemoteExecute = $WebSite.AccessNoRemoteExecute
[string]$WebSiteAccessNoRemoteRead = $WebSite.AccessNoRemoteRead
[string]$WebSiteAccessNoRemoteScript = $WebSite.AccessNoRemoteScript
[string]$WebSiteAccessNoRemoteWrite = $WebSite.AccessNoRemoteWrite
[string]$WebSiteAccessRead = $WebSite.AccessRead
[string]$WebSiteAccessScript = $WebSite.AccessScript
[string]$WebSiteAccessSource = $WebSite.AccessSource
[string]$WebSiteAccessSSL = $WebSite.AccessSSL
[string]$WebSiteAccessSSL128 = $WebSite.AccessSSL128
[string]$WebSiteAccessSSLFlags = $WebSite.AccessSSLFlags
[string]$WebSiteAccessSSLMapCert = $WebSite.AccessSSLMapCert
[string]$WebSiteAccessSSLNegotiateCert = $WebSite.AccessSSLNegotiateCert
[string]$WebSiteAccessSSLRequireCert = $WebSite.AccessSSLRequireCert
[string]$WebSiteAccessWrite = $WebSite.AccessWrite |
# Get WebSites
$WebSites = Get-CimInstance -Namespace "root\MicrosoftIISv2" -ClassName "IIsWebServerSetting" -OperationTimeoutSec 15 -EA Stop
$WebSite = $WebSites[0];
# WebSite Client Access Information
[string]$WebSiteAccessExecute = $WebSite.AccessExecute
[string]$WebSiteAccessFlags = $WebSite.AccessFlags
[string]$WebSiteAccessNoPhysicalDir = $WebSite.AccessNoPhysicalDir
[string]$WebSiteAccessNoRemoteExecute = $WebSite.AccessNoRemoteExecute
[string]$WebSiteAccessNoRemoteRead = $WebSite.AccessNoRemoteRead
[string]$WebSiteAccessNoRemoteScript = $WebSite.AccessNoRemoteScript
[string]$WebSiteAccessNoRemoteWrite = $WebSite.AccessNoRemoteWrite
[string]$WebSiteAccessRead = $WebSite.AccessRead
[string]$WebSiteAccessScript = $WebSite.AccessScript
[string]$WebSiteAccessSource = $WebSite.AccessSource
[string]$WebSiteAccessSSL = $WebSite.AccessSSL
[string]$WebSiteAccessSSL128 = $WebSite.AccessSSL128
[string]$WebSiteAccessSSLFlags = $WebSite.AccessSSLFlags
[string]$WebSiteAccessSSLMapCert = $WebSite.AccessSSLMapCert
[string]$WebSiteAccessSSLNegotiateCert = $WebSite.AccessSSLNegotiateCert
[string]$WebSiteAccessSSLRequireCert = $WebSite.AccessSSLRequireCert
[string]$WebSiteAccessWrite = $WebSite.AccessWrite
You can find more properties in my blog.
Posted in
Windows Powershell |
No Comment | 2,011 views | 15/07/2015 12:53
There are many ways to validate an ip address in PowerShell. Common method is usually regex. But if you want to validate both IPv4 and IPv6 ip address in same Regex query, then life could be difficult. For example this is an query example for ipv4 and ipv6 validator regex:
'/^(?>(?>([a-f0-9]{1,4})(?>:(?1)){7}|(?!(?:.*[a-f0-9](?>:|$)){8,})((?1)(?>:(?1)){0,6})?::(?2)?)|(?>(?>(?1)(?>:(?1)){5}:|(?!(?:.*[a-f0-9]:){6,})(?3)?::(?>((?1)(?>:(?1)){0,4}):)?)?(25[0-5]|2[0-4][0-9]|1[0-9]{2}|[1-9]?[0-9])(?>\.(?4)){3}))$/iD' |
'/^(?>(?>([a-f0-9]{1,4})(?>:(?1)){7}|(?!(?:.*[a-f0-9](?>:|$)){8,})((?1)(?>:(?1)){0,6})?::(?2)?)|(?>(?>(?1)(?>:(?1)){5}:|(?!(?:.*[a-f0-9]:){6,})(?3)?::(?>((?1)(?>:(?1)){0,4}):)?)?(25[0-5]|2[0-4][0-9]|1[0-9]{2}|[1-9]?[0-9])(?>\.(?4)){3}))$/iD'
Personally I don’t want to deal with this kind of Regex queries. It’s hard to read, easy to make mistake. So let’s try another simple way, using [ipaddress] type.
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| PS C:\Users\Yusuf> [ipaddress]"10.10.10.0"
Address : 657930
AddressFamily : InterNetwork
ScopeId :
IsIPv6Multicast : False
IsIPv6LinkLocal : False
IsIPv6SiteLocal : False
IsIPv6Teredo : False
IsIPv4MappedToIPv6 : False
IPAddressToString : 10.10.10.0 |
PS C:\Users\Yusuf> [ipaddress]"10.10.10.0"
Address : 657930
AddressFamily : InterNetwork
ScopeId :
IsIPv6Multicast : False
IsIPv6LinkLocal : False
IsIPv6SiteLocal : False
IsIPv6Teredo : False
IsIPv4MappedToIPv6 : False
IPAddressToString : 10.10.10.0
As you see, it validates ipv4 address. So what about ipv6?
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| PS C:\Users\Yusuf> [ipaddress]"::1"
Address :
AddressFamily : InterNetworkV6
ScopeId : 0
IsIPv6Multicast : False
IsIPv6LinkLocal : False
IsIPv6SiteLocal : False
IsIPv6Teredo : False
IsIPv4MappedToIPv6 : False
IPAddressToString : ::1 |
PS C:\Users\Yusuf> [ipaddress]"::1"
Address :
AddressFamily : InterNetworkV6
ScopeId : 0
IsIPv6Multicast : False
IsIPv6LinkLocal : False
IsIPv6SiteLocal : False
IsIPv6Teredo : False
IsIPv4MappedToIPv6 : False
IPAddressToString : ::1
Yes, it pretty works with ipv6 address. So what happens if I use a string?
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| PS C:\Users\Yusuf> [ipaddress]"::a333SSSSS"
Cannot convert value "::a333SSSSS" to type "System.Net.IPAddress". Error: "An invalid IP address was specified."
At line:1 char:1
+ [ipaddress]"::a333SSSSS"
+ ~~~~~~~~~~~~~~~~~~~~~~~~
+ CategoryInfo : InvalidArgument: (:) [], RuntimeException
+ FullyQualifiedErrorId : InvalidCastParseTargetInvocation |
PS C:\Users\Yusuf> [ipaddress]"::a333SSSSS"
Cannot convert value "::a333SSSSS" to type "System.Net.IPAddress". Error: "An invalid IP address was specified."
At line:1 char:1
+ [ipaddress]"::a333SSSSS"
+ ~~~~~~~~~~~~~~~~~~~~~~~~
+ CategoryInfo : InvalidArgument: (:) [], RuntimeException
+ FullyQualifiedErrorId : InvalidCastParseTargetInvocation
So we can simply use something like this for validation:
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| if ("10.10.10.0" -as [ipaddress])
{
write-output Validated!
} |
if ("10.10.10.0" -as [ipaddress])
{
write-output Validated!
}
Now you can use your expression between if blocks.
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