NinjaOne.psm1
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using namespace System.Management.Automation using namespace System.Collections.Generic #Region '.\Initialisation.ps1' -1 [int32]$Script:NRAPIDefaultPageSize = 2000 [Hashtable]$Script:NRAPIInstances = @{ 'eu' = 'https://eu.ninjarmm.com' 'oc' = 'https://oc.ninjarmm.com' 'us' = 'https://app.ninjarmm.com' 'ca' = 'https://ca.ninjarmm.com' 'us2' = 'https://us2.ninjarmm.com' } enum EntityType { ORGANIZATION = 1 DOCUMENT = 2 LOCATION = 3 NODE = 4 ATTACHMENT = 5 TECHNICIAN = 6 CREDENTIAL = 7 CHECKLIST = 8 END_USER = 9 CONTACT = 10 KB_DOCUMENT = 11 } enum FilterOperator { present = 1 not_present = 2 is = 3 is_not = 4 contains = 5 not_contains = 6 contains_any = 7 contains_none = 8 greater_than = 9 less_than = 10 greater_or_equal_than = 11 less_or_equal_than = 12 between = 13 } #EndRegion '.\Initialisation.ps1' 38 #Region '.\Classes\05-NinjaOneOrganisationDocument.Object.Class.ps1' -1 #using namespace System.Management.Automation class NinjaOneOrganisationDocument { [Int]$documentId [String]$documentName [String]$documentDescription [Object[]]$fields [Int]$documentTemplateId [Int]$organisationId # New object contructors. ## Full object constructor. NinjaOneOrganisationDocument( [String]$documentName, [String]$documentDescription, [Object[]]$fields, [Int]$documentTemplateId, [Int]$organisationId ) { $this.documentName = $documentName $this.documentDescription = $documentDescription $this.fields = $fields $this.documentTemplateId = $documentTemplateId $this.organisationId = $organisationId } ## No template id constructor. NinjaOneOrganisationDocument( [String]$documentName, [String]$documentDescription, [Object[]]$fields, [Int]$organisationId ) { $this.documentName = $documentName $this.documentDescription = $documentDescription $this.fields = $fields $this.organisationId = $organisationId } ## No description constructor. NinjaOneOrganisationDocument( [String]$documentName, [Object[]]$fields, [Int]$documentTemplateId, [Int]$organisationId ) { $this.documentName = $documentName $this.fields = $fields $this.documentTemplateId = $documentTemplateId $this.organisationId = $organisationId } ## No template id or description constructor. NinjaOneOrganisationDocument( [String]$documentName, [Object[]]$fields, [Int]$organisationId ) { $this.documentName = $documentName $this.fields = $fields $this.organisationId = $organisationId } # Update object contructors. ## Full object constructor. NinjaOneOrganisationDocument( [Int]$documentId, [String]$documentName, [String]$documentDescription, [Object[]]$fields, [Int]$organisationId ) { $this.documentId = $documentId $this.documentName = $documentName $this.documentDescription = $documentDescription $this.fields = $fields $this.organisationId = $organisationId } ## } #EndRegion '.\Classes\05-NinjaOneOrganisationDocument.Object.Class.ps1' 75 #Region '.\Classes\05-NinjaOneTicketBoardFilter.Object.Class.ps1' -1 #using namespace System.Management.Automation class NinjaOneTicketBoardFilter { [String]$Field [FilterOperator]$Operator [ValidateStringOrInt()][Object]$Value NinjaOneTicketBoardFilter([String]$Field, [String]$Operator, [Object]$Value) { if ($Operator -in @('present', 'not_present') -and ($null -ne $Value)) { throw [MetadataException]::new("Operator '$Operator' does not accept a value.") } if ($Operator -notin @('present', 'not_present') -and ($null -eq $Value)) { throw [MetadataException]::new("Operator '$Operator' requires a value.") } if ($Operator -in @('greater_than', 'less_than', 'greater_or_equal_than', 'less_or_equal_than') -and ($Value -isnot [Int])) { throw [MetadataException]::new("Operator '$Operator' requires a numeric value.") } if ($Operator -in @('contains_any', 'contains_none') -and ($Value -notlike '*,*')) { throw [MetadataException]::new("Operator '$Operator' requires a value in the format 'value1,value2,value3'.") } if ($Operator -eq 'between' -and ($Value -notlike '*:*')) { throw [MetadataException]::new("Operator '$Operator' requires a value in the format 'start:end'.") } if ($Operator -eq 'is' -and ($Value -notlike '*:is')) { throw [MetadataException]::new("Operator '$Operator' requires a value in the format 'property:is'.") } # ToDo: Get clarification on the in and not_in operators from NinjaOne. Support request #279234 #if ($Operator -in @('in', 'not_in')) { # throw [MetadataException]::new("Operator '$Operator' requires a value in the format 'property:value'.") #} $this.Field = $Field $this.Operator = $Operator $this.Value = $Value } } #EndRegion '.\Classes\05-NinjaOneTicketBoardFilter.Object.Class.ps1' 35 #Region '.\Classes\05-NinjaOneTicketBoardSort.Object.Class.ps1' -1 class NinjaOneTicketBoardSort { [String]$Field [ValidateSet('asc', 'desc')][String]$Direction } #EndRegion '.\Classes\05-NinjaOneTicketBoardSort.Object.Class.ps1' 5 #Region '.\Private\ConvertTo-UnixEpoch.ps1' -1 function ConvertTo-UnixEpoch { <# .SYNOPSIS Converts a PowerShell DateTime object to a Unix Epoch timestamp. .DESCRIPTION Takes a PowerShell DateTime object and returns a Unix Epoch timestamp representing the same date/time. .OUTPUTS [System.Int] The Unix Epoch timestamp. #> [CmdletBinding()] [OutputType([Int])] param ( # The PowerShell DateTime object to convert. [Parameter( Mandatory = $True )] [Object]$DateTime ) if ($DateTime -is [String]) { $DateTime = [DateTime]::Parse($DateTime) } elseif ($DateTime -is [Int]) { (Get-Date 01.01.1970).AddSeconds($unixTimeStamp) } elseif ($DateTime -is [DateTime]) { $DateTime = $DateTime } else { Write-Error 'The DateTime parameter must be a DateTime object, a string, or an integer.' Exit 1 } $UniversalDateTime = $DateTime.ToUniversalTime() $UnixEpochTimestamp = Get-Date -Date $UniversalDateTime -UFormat %s Write-Verbose "Converted $DateTime to Unix Epoch timestamp $UnixEpochTimestamp" return $UnixEpochTimestamp } #EndRegion '.\Private\ConvertTo-UnixEpoch.ps1' 36 #Region '.\Private\Get-NinjaOneSecrets.ps1' -1 function Get-NinjaOneSecrets { <# .SYNOPSIS Retrieves NinjaOne connection and authentication using the SecretManagement module. .DESCRIPTION Handles the retrieval of NinjaOne connection and authentication information using the SecretManagement module. This function is intended to be used internally by the module and should not be called directly. .OUTPUTS [System.Void] Returns nothing. #> [CmdletBinding()] [OutputType([System.Void])] param( # The vault name to use for retrieving the secrets. [String]$VaultName, # The prefix to use for the secret names. [String]$SecretPrefix = 'NinjaOne' ) $Secrets = @{ ConnectionInfo = @{ 'AuthMode' = ('{0}AuthMode' -f $SecretPrefix) 'URL' = ('{0}URL' -f $SecretPrefix) 'Instance' = ('{0}Instance' -f $SecretPrefix) 'ClientId' = ('{0}ClientId' -f $SecretPrefix) 'ClientSecret' = ('{0}ClientSecret' -f $SecretPrefix) 'AuthScopes' = ('{0}AuthScopes' -f $SecretPrefix) 'RedirectURI' = ('{0}RedirectURI' -f $SecretPrefix) 'AuthListenerPort' = ('{0}AuthListenerPort' -f $SecretPrefix) 'UseSecretManagement' = ('{0}UseSecretManagement' -f $SecretPrefix) 'WriteToSecretVault' = ('{0}WriteToSecretVault' -f $SecretPrefix) 'ReadFromSecretVault' = ('{0}ReadFromSecretVault' -f $SecretPrefix) 'VaultName' = ('{0}VaultName' -f $SecretPrefix) } AuthenticationInfo = @{ 'Type' = ('{0}Type' -f $SecretPrefix) 'Access' = ('{0}Access' -f $SecretPrefix) 'Expires' = ('{0}Expires' -f $SecretPrefix) 'Refresh' = ('{0}Refresh' -f $SecretPrefix) } } # Setup the the script scoped variables for the connection and authentication information. if ($null -eq $Script:NRAPIConnectionInformation) { $Script:NRAPIConnectionInformation = @{} } if ($null -eq $Script:NRAPIAuthenticationInformation) { $Script:NRAPIAuthenticationInformation = @{} } # Retrieve the connection information from the secret vault. foreach ($ConnectionSecret in $Secrets.ConnectionInfo.GetEnumerator()) { Write-Verbose ('Processing secret {0} for vault retrieval.' -f $ConnectionSecret.Key) $SecretName = $ConnectionSecret.Key $VaultSecretName = $ConnectionSecret.Value $SecretValue = Get-Secret -Name $VaultSecretName -Vault $VaultName -AsPlainText -ErrorAction SilentlyContinue if ($null -eq $SecretValue) { Write-Verbose ('Secret {0} is null. Skipping.' -f $SecretName) continue } Write-Verbose ('Secret {0} retrieved from secret vault {1}.' -f $SecretName, $VaultName) $Script:NRAPIConnectionInformation.$SecretName = $SecretValue } # Retrieve the authentication information from the secret vault. foreach ($AuthenticationSecret in $Secrets.AuthenticationInfo.GetEnumerator()) { Write-Verbose ('Processing secret {0} for vault retrieval.' -f $AuthenticationSecret.Key) $SecretName = $AuthenticationSecret.Key $VaultSecretName = $AuthenticationSecret.Value $SecretValue = Get-Secret -Name $VaultSecretName -Vault $VaultName -AsPlainText -ErrorAction SilentlyContinue if ($null -eq $SecretValue) { Write-Verbose ('Secret {0} is null. Skipping.' -f $SecretName) continue } Write-Verbose ('Secret {0} retrieved from secret vault {1}.' -f $SecretName, $VaultName) $Script:NRAPIAuthenticationInformation.$SecretName = $SecretValue } # If we have the port value, convert it to an integer. if ($null -ne $Script:NRAPIConnectionInformation.AuthListenerPort) { $Script:NRAPIConnectionInformation.AuthListenerPort = [Int32]::Parse($Script:NRAPIConnectionInformation.AuthListenerPort) } # if we values for UseSecretManagement, WriteToSecretVault, and ReadFromSecretVault, convert them to booleans. if ($null -ne $Script:NRAPIConnectionInformation.UseSecretManagement) { $Script:NRAPIConnectionInformation.UseSecretManagement = [Boolean]::Parse($Script:NRAPIConnectionInformation.UseSecretManagement) } if ($null -ne $Script:NRAPIConnectionInformation.WriteToSecretVault) { $Script:NRAPIConnectionInformation.WriteToSecretVault = [Boolean]::Parse($Script:NRAPIConnectionInformation.WriteToSecretVault) } if ($null -ne $Script:NRAPIConnectionInformation.ReadFromSecretVault) { $Script:NRAPIConnectionInformation.ReadFromSecretVault = [Boolean]::Parse($Script:NRAPIConnectionInformation.ReadFromSecretVault) } # If we have the expires value, convert it to a DateTime object. if ($null -ne $Script:NRAPIAuthenticationInformation.Expires) { $Script:NRAPIAuthenticationInformation.Expires = [DateTime]::Parse($Script:NRAPIAuthenticationInformation.Expires) } # Verify we have the required connection information. if ([String]::IsNullOrEmpty($Script:NRAPIConnectionInformation.AuthMode)) { Write-Error 'NinjaOne authentication mode is not set.' exit 1 } if ([String]::IsNullOrEmpty($Script:NRAPIConnectionInformation.URL)) { Write-Error 'NinjaOne URL is not set.' exit 1 } if ([String]::IsNullOrEmpty($Script:NRAPIConnectionInformation.Instance)) { Write-Error 'NinjaOne instance is not set.' exit 1 } if ([String]::IsNullOrEmpty($Script:NRAPIConnectionInformation.ClientId)) { Write-Error 'NinjaOne client ID is not set.' exit 1 } if ([String]::IsNullOrEmpty($Script:NRAPIConnectionInformation.ClientSecret)) { Write-Error 'NinjaOne client secret is not set.' exit 1 } if ([String]::IsNullOrEmpty($Script:NRAPIConnectionInformation.AuthScopes)) { Write-Error 'NinjaOne authentication scopes are not set.' exit 1 } if ($Script:NRAPIConnectionInformation.AuthMode -eq 'Authorization Code' -and [String]::IsNullOrEmpty($Script:NRAPIConnectionInformation.RedirectURI)) { Write-Error 'NinjaOne redirect URI is not set.' exit 1 } if ($Script:NRAPIConnectionInformation.AuthMode -eq 'Authorization Code' -and [String]::IsNullOrEmpty($Script:NRAPIConnectionInformation.AuthListenerPort)) { Write-Error 'NinjaOne authentication listener port is not set.' exit 1 } if ($Script:NRAPIConnectionInformation.AuthMode -eq 'Token Authentication' -and [String]::IsNullOrEmpty($Script:NRAPIAuthenticationInformation.Refresh)) { Write-Error 'NinjaOne refresh token is not set.' exit 1 } $Script:NRAPIConnectionInformation.UseSecretManagement = $true $Script:NRAPIConnectionInformation.WriteToSecretVault = $true $Script:NRAPIConnectionInformation.VaultName = $VaultName $Script:NRAPIConnectionInformation.ReadFromSecretVault = $true } #EndRegion '.\Private\Get-NinjaOneSecrets.ps1' 131 #Region '.\Private\Get-TokenExpiry.ps1' -1 function Get-TokenExpiry { <# .SYNOPSIS Calculates and returns the expiry date/time of an access token. .DESCRIPTION Takes the expires in time for an auth token and returns a PowerShell date/time object containing the expiry date/time of the token. .OUTPUTS [System.DateTime] A powershell date/time object representing the token expiry. #> [CmdletBinding()] [OutputType([DateTime])] param ( # Timestamp value for token expiry. e.g 3600 [Parameter( Mandatory = $True )] [int64]$ExpiresIn ) $Now = Get-Date $ExpiryDateTime = $Now.AddSeconds($ExpiresIn) Write-Verbose "Calcuated token expiry as $ExpiryDateTime" return $ExpiryDateTime } #EndRegion '.\Private\Get-TokenExpiry.ps1' 26 #Region '.\Private\Invoke-NinjaOnePreFlightCheck.ps1' -1 #using namespace System.Management.Automation function Invoke-NinjaOnePreFlightCheck { <# .SYNOPSIS Conducts pre-flight checks for the NinjaOne API. .DESCRIPTION Conducts pre-flight checks ensuring that the NinjaOne API connection information is present and that the user is authenticated. .EXAMPLE PS> Invoke-NinjaOnePreFlightCheck Conducts pre-flight checks for the NinjaOne API. .EXAMPLE PS> Invoke-NinjaOnePreFlightCheck -SkipConnectionChecks Conducts pre-flight checks for the NinjaOne API, skipping the connection checks. .OUTPUTS [System.Void] Returns nothing if the checks pass. Otherwise, throws an error. #> [CmdletBinding()] param( # Skip the connection checks. [Parameter()] [Switch]$SkipConnectionChecks ) if (-not $SkipConnectionChecks) { if ($null -eq $Script:NRAPIConnectionInformation) { $NoConnectionInformationException = [System.Exception]::New("Missing NinjaOne connection information, please run 'Connect-NinjaOne' first.") $ErrorRecord = [ErrorRecord]::New($NoConnectionInformationException, 'NoConnectionInformation', 'AuthenticationError', 'NinjaOnePreFlightCheck') $PSCmdlet.throwTerminatingError($ErrorRecord) } if (($null -eq $Script:HAPIAuthToken) -and ($null -eq $AllowAnonymous)) { $NoAuthTokenException = [System.Exception]::New("Missing Halo authentication token, please run 'Connect-HaloAPI' first.") $ErrorRecord = [ErrorRecord]::New($NoAuthTokenException, 'NoAuthToken', 'AuthenticationError', 'NinjaOnePreFlightCheck') $PSCmdlet.throwTerminatingError($ErrorRecord) } } else { Write-Verbose 'Skipping connection checks.' } } #EndRegion '.\Private\Invoke-NinjaOnePreFlightCheck.ps1' 44 #Region '.\Private\New-NinjaOneDELETERequest.ps1' -1 function New-NinjaOneDELETERequest { <# .SYNOPSIS Builds a request for the NinjaOne API. .DESCRIPTION Wrapper function to build web requests for the NinjaOne API. .EXAMPLE Cancel the maintenance for device with id 1. PS ~> New-NinjaOneDELETERequest -Resource "/v2/device/1/maintenance" .OUTPUTS Outputs an object containing the response from the web request. #> [CmdletBinding()] [OutputType([Object])] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '', Justification = 'Private function - no need to support.')] param ( # The resource to send the request to. [Parameter(Mandatory = $True)] [String]$Resource ) if ($null -eq $Script:NRAPIConnectionInformation) { throw "Missing NinjaOne connection information, please run 'Connect-NinjaOne' first." } if ($null -eq $Script:NRAPIAuthenticationInformation) { throw "Missing NinjaOne authentication tokens, please run 'Connect-NinjaOne' first." } try { if ($QSCollection) { Write-Verbose "Query string in New-NinjaOneDELETERequest contains: $($QSCollection | Out-String)" $QueryStringCollection = [System.Web.HTTPUtility]::ParseQueryString([String]::Empty) Write-Verbose 'Building [HttpQSCollection] for New-NinjaOneDELETERequest' foreach ($Key in $QSCollection.Keys) { $QueryStringCollection.Add($Key, $QSCollection.$Key) } } else { Write-Verbose 'Query string collection not present...' } Write-Verbose "URI is $($Script:NRAPIConnectionInformation.URL)" $RequestUri = [System.UriBuilder]"$($Script:NRAPIConnectionInformation.URL)" Write-Verbose "Path is $($Resource)" $RequestUri.Path = $Resource $WebRequestParams = @{ Method = 'DELETE' Uri = $RequestUri.ToString() } Write-Verbose "Building new NinjaOneRequest with params: $($WebRequestParams | Out-String)" try { $Result = Invoke-NinjaOneRequest @WebRequestParams Write-Verbose "NinjaOne request returned $($Result | Out-String)" if ($Result.results) { return $Result.results } elseif ($Result.result) { return $Result.result } else { return $Result } } catch { $ExceptionType = if ($IsCoreCLR) { [Microsoft.PowerShell.Commands.HttpResponseException] } else { [System.Net.WebException] } if ($_.Exception -is $ExceptionType) { throw } else { New-NinjaOneError -ErrorRecord $_ } } } catch { $ExceptionType = if ($IsCoreCLR) { [Microsoft.PowerShell.Commands.HttpResponseException] } else { [System.Net.WebException] } if ($_.Exception -is $ExceptionType) { throw } else { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Private\New-NinjaOneDELETERequest.ps1' 83 #Region '.\Private\New-NinjaOneError.ps1' -1 #using namespace System.Collections.Generic #using namespace System.Management.Automation function New-NinjaOneError { [CmdletBinding()] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '', Justification = 'Private function - no need to support.')] param ( [Parameter(Mandatory = $true)] [errorrecord]$ErrorRecord, [Parameter()] [switch]$HasResponse ) if (($Error.Exception -is [System.Net.Http.HttpRequestException]) -or ($Error.Exception -is [System.Net.WebException])) { Write-Verbose 'Generating NinjaOne error output.' $ExceptionMessage = [Hashset[String]]::New() $APIResultMatchString = '*The NinjaOne API said*' $HTTPResponseMatchString = '*The API returned the following HTTP*' if ($ErrorRecord.ErrorDetails) { Write-Verbose 'ErrorDetails contained in error record.' $ErrorDetailsIsJson = Test-Json -Json $ErrorRecord.ErrorDetails -ErrorAction SilentlyContinue if ($ErrorDetailsIsJson) { Write-Verbose 'ErrorDetails is JSON.' $ErrorDetails = $ErrorRecord.ErrorDetails | ConvertFrom-Json Write-Verbose "Raw error details: $($ErrorDetails | Out-String)" if ($null -ne $ErrorDetails) { if (($null -ne $ErrorDetails.resultCode) -and ($null -ne $ErrorDetails.errorMessage)) { Write-Verbose 'ErrorDetails contains resultCode and errorMessage.' $ExceptionMessage.Add("The NinjaOne API said $($ErrorDetails.resultCode): $($ErrorDetails.errorMessage).") | Out-Null } elseif ($null -ne $ErrorDetails.resultCode) { Write-Verbose 'ErrorDetails contains resultCode.' $ExceptionMessage.Add("The NinjaOne API said $($ErrorDetails.resultCode).") | Out-Null } elseif ($null -ne $ErrorDetails.error) { Write-Verbose 'ErrorDetails contains error.' $ExceptionMessage.Add("The NinjaOne API said $($ErrorDetails.error).") | Out-Null } elseif ($null -ne $ErrorDetails) { Write-Verbose 'ErrorDetails is not null.' $ExceptionMessage.Add("The NinjaOne API said $($ErrorRecord.ErrorDetails).") | Out-Null } else { Write-Verbose 'ErrorDetails is null.' $ExceptionMessage.Add('The NinjaOne API returned an error.') | Out-Null } } } elseif ($ErrorRecord.ErrorDetails -like $APIResultMatchString -and $ErrorRecord.ErrorDetails -like $HTTPResponseMatchString) { $Errors = $ErrorRecord.ErrorDetails -Split "`r`n" if ($Errors -is [array]) { ForEach-Object -InputObject $Errors { $ExceptionMessage.Add($_) | Out-Null } } elseif ($Errors -is [string]) { $ExceptionMessage.Add($_) } } } else { $ExceptionMessage.Add('The NinjaOne API returned an error but did not provide a result code or error message.') | Out-Null } if (($ErrorRecord.Exception.Response -and $HasResponse) -or $ExceptionMessage -notlike $HTTPResponseMatchString) { $Response = $ErrorRecord.Exception.Response Write-Verbose "Raw HTTP response: $($Response | Out-String)" if ($Response.StatusCode.value__ -and $Response.ReasonPhrase) { $ExceptionMessage.Add("The API returned the following HTTP error response: $($Response.StatusCode.value__) $($Response.ReasonPhrase)") | Out-Null } else { $ExceptionMessage.Add('The API returned an HTTP error response but did not provide a status code or reason phrase.') } } else { $ExceptionMessage.Add('The API did not provide a response code or status.') | Out-Null } $Exception = [System.Exception]::New( $ExceptionMessage, $ErrorRecord.Exception ) $NinjaOneError = [ErrorRecord]::New( $ErrorRecord, $Exception ) $UniqueExceptions = $ExceptionMessage | Get-Unique $NinjaOneError.ErrorDetails = [String]::Join("`r`n", $UniqueExceptions) } else { Write-Verbose 'Not generating NinjaOne error output.' $NinjaOneError = $ErrorRecord } $PSCmdlet.throwTerminatingError($NinjaOneError) } #EndRegion '.\Private\New-NinjaOneError.ps1' 82 #Region '.\Private\New-NinjaOneGETRequest.ps1' -1 function New-NinjaOneGETRequest { <# .SYNOPSIS Builds a request for the NinjaOne API. .DESCRIPTION Wrapper function to build web requests for the NinjaOne API. .EXAMPLE Make a GET request to the organisations endpoint. PS C:\> New-NinjaOneGETRequest -Resource "/v2/organizations" .OUTPUTS Outputs an object containing the response from the web request. #> [CmdletBinding()] [OutputType([Object])] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '', Justification = 'Private function - no need to support.')] param ( # The resource to send the request to. [Parameter( Mandatory = $True )] [String]$Resource, # A hashtable used to build the query string. [HashTable]$QSCollection, # return the raw response. [Switch]$Raw ) if ($null -eq $Script:NRAPIConnectionInformation) { throw "Missing NinjaOne connection information, please run 'Connect-NinjaOne' first." } if ($null -eq $Script:NRAPIAuthenticationInformation) { throw "Missing NinjaOne authentication tokens, please run 'Connect-NinjaOne' first." } try { if ($QSCollection) { Write-Verbose "Query string in New-NinjaOneGETRequest contains: $($QSCollection | Out-String)" $QueryStringCollection = [System.Web.HTTPUtility]::ParseQueryString([String]::Empty) Write-Verbose 'Building [HttpQSCollection] for New-NinjaOneGETRequest' foreach ($Key in $QSCollection.Keys) { $QueryStringCollection.Add($Key, $QSCollection.$Key) } } else { Write-Verbose 'Query string collection not present...' } Write-Verbose "URI is $($Script:NRAPIConnectionInformation.URL)" $RequestUri = [System.UriBuilder]"$($Script:NRAPIConnectionInformation.URL)" $RequestUri.Path = $Resource if ($QueryStringCollection) { $RequestUri.Query = $QueryStringCollection.toString() } else { Write-Verbose 'No query string collection present.' } $WebRequestParams = @{ Method = 'GET' Uri = $RequestUri.ToString() } if ($Raw) { $WebRequestParams.Add('Raw', $Raw) } else { Write-Verbose 'Raw switch not present.' } if ($WebRequestParams) { Write-Verbose "WebRequestParams contains: $($WebRequestParams | Out-String)" } else { Write-Verbose 'WebRequestParams is empty.' } try { $Result = Invoke-NinjaOneRequest @WebRequestParams if ($Result) { Write-Verbose "NinjaOne request returned:: $($Result | Out-String)" $Properties = ($Result | Get-Member -MemberType 'NoteProperty') if ($Properties.name -contains 'results') { Write-Verbose "returning 'results' property.'" Write-Verbose "Result type is $($Result.results.GetType())" return $Result.results } elseif ($Properties.name -contains 'result') { Write-Verbose "returning 'result' property." Write-Verbose "Result type is $($Result.result.GetType())" return $Result.result } else { Write-Verbose 'returning raw.' Write-Verbose "Result type is $($Result.GetType())" return $Result } } else { Write-Verbose 'NinjaOne request returned nothing.' } } catch { $ExceptionType = if ($IsCoreCLR) { [Microsoft.PowerShell.Commands.HttpResponseException] } else { [System.Net.WebException] } if ($_.Exception -is $ExceptionType) { throw } else { New-NinjaOneError -ErrorRecord $_ } } } catch { $ExceptionType = if ($IsCoreCLR) { [Microsoft.PowerShell.Commands.HttpResponseException] } else { [System.Net.WebException] } if ($_.Exception -is $ExceptionType) { throw } else { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Private\New-NinjaOneGETRequest.ps1' 111 #Region '.\Private\New-NinjaOnePATCHRequest.ps1' -1 function New-NinjaOnePATCHRequest { <# .SYNOPSIS Builds a request for the NinjaOne API. .DESCRIPTION Wrapper function to build web requests for the NinjaOne API. .EXAMPLE Make a PATCH request to the custom fields endpoint for device 1. PS C:\> New-NinjaOnePATCHRequest -Resource "/v2/device/1/custom-fields" -Body @{"myCustomField" = "value"} .OUTPUTS Outputs an object containing the response from the web request. #> [CmdletBinding()] [OutputType([Object])] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '', Justification = 'Private function - no need to support.')] param ( # The resource to send the request to. [Parameter(Mandatory = $True)] [String]$Resource, # A hashtable used to build the query string. [HashTable]$QSCollection, # A hashtable used to build the body of the request. [Parameter(Mandatory = $True)] [Object]$Body ) if ($null -eq $Script:NRAPIConnectionInformation) { throw "Missing NinjaOne connection information, please run 'Connect-NinjaOne' first." } if ($null -eq $Script:NRAPIAuthenticationInformation) { throw "Missing NinjaOne authentication tokens, please run 'Connect-NinjaOne' first." } try { if ($QSCollection) { Write-Verbose "Query string in New-NinjaOnePATCHRequest contains: $($QSCollection | Out-String)" $QueryStringCollection = [System.Web.HTTPUtility]::ParseQueryString([String]::Empty) Write-Verbose 'Building [HttpQSCollection] for New-NinjaOnePATCHRequest' foreach ($Key in $QSCollection.Keys) { $QueryStringCollection.Add($Key, $QSCollection.$Key) } } else { Write-Verbose 'Query string collection not present...' } Write-Verbose "URI is $($Script:NRAPIConnectionInformation.URL)" $RequestUri = [System.UriBuilder]"$($Script:NRAPIConnectionInformation.URL)" Write-Verbose "Path is $($Resource)" $RequestUri.Path = $Resource if ($QueryStringCollection) { Write-Verbose "Query string is $($QueryStringCollection | Out-String)" $RequestUri.Query = $QueryStringCollection } else { Write-Verbose 'Query string not present...' } $WebRequestParams = @{ Method = 'PATCH' Uri = $RequestUri.ToString() Body = (ConvertTo-Json -InputObject $Body -Depth 100) } Write-Verbose "Raw body is $($WebRequestParams.Body)" Write-Verbose "Building new NinjaOneRequest with params: $($WebRequestParams | Out-String)" try { $Result = Invoke-NinjaOneRequest @WebRequestParams Write-Verbose "NinjaOne request returned $($Result | Out-String)" if ($Result['results']) { return $Result.results } elseif ($Result['result']) { return $Result.result } else { return $Result } } catch { $ExceptionType = if ($IsCoreCLR) { [Microsoft.PowerShell.Commands.HttpResponseException] } else { [System.Net.WebException] } if ($_.Exception -is $ExceptionType) { throw } else { New-NinjaOneError -ErrorRecord $_ } } } catch { $ExceptionType = if ($IsCoreCLR) { [Microsoft.PowerShell.Commands.HttpResponseException] } else { [System.Net.WebException] } if ($_.Exception -is $ExceptionType) { throw } else { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Private\New-NinjaOnePATCHRequest.ps1' 96 #Region '.\Private\New-NinjaOnePOSTRequest.ps1' -1 function New-NinjaOnePOSTRequest { <# .SYNOPSIS Builds a request for the NinjaOne API. .DESCRIPTION Wrapper function to build web requests for the NinjaOne API. .EXAMPLE Make a POST request to the organisations endpoint. PS C:\> New-NinjaOnePOSTRequest -Method "POST" -Resource "/v2/organizations" .OUTPUTS Outputs an object containing the response from the web request. #> [CmdletBinding()] [OutputType([Object])] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '', Justification = 'Private function - no need to support.')] param ( # The resource to send the request to. [Parameter(Mandatory = $True)] [String]$Resource, # A hashtable used to build the query string. [Hashtable]$QSCollection, # A hashtable used to build the body of the request. [Object]$Body ) if ($null -eq $Script:NRAPIConnectionInformation) { throw "Missing NinjaOne connection information, please run 'Connect-NinjaOne' first." } if ($null -eq $Script:NRAPIAuthenticationInformation) { throw "Missing NinjaOne authentication tokens, please run 'Connect-NinjaOne' first." } try { if ($QSCollection) { Write-Verbose "Query string in New-NinjaOnePOSTRequest contains: $($QSCollection | Out-String)" $QueryStringCollection = [System.Web.HTTPUtility]::ParseQueryString([String]::Empty) Write-Verbose 'Building [HttpQSCollection] for New-NinjaOnePOSTRequest' foreach ($Key in $QSCollection.Keys) { $QueryStringCollection.Add($Key, $QSCollection.$Key) } } else { Write-Verbose 'Query string collection not present...' } Write-Verbose "URI is $($Script:NRAPIConnectionInformation.URL)" $RequestUri = [System.UriBuilder]"$($Script:NRAPIConnectionInformation.URL)" Write-Verbose "Path is $($Resource)" $RequestUri.Path = $Resource if ($QueryStringCollection) { Write-Verbose "Query string is $($QueryStringCollection.toString())" $RequestUri.Query = $QueryStringCollection.toString() } else { Write-Verbose 'Query string not present...' } $WebRequestParams = @{ Method = 'POST' Uri = $RequestUri.ToString() } if ($Body) { Write-Verbose 'Building [HttpBody] for New-NinjaOnePOSTRequest' $WebRequestParams.Body = (ConvertTo-Json -InputObject $Body -Depth 100) Write-Verbose "Raw body is $($WebRequestParams.Body)" } else { Write-Verbose 'No body provided for New-NinjaOnePOSTRequest' } Write-Verbose "Building new NinjaOneRequest with params: $($WebRequestParams | Out-String)" try { $Result = Invoke-NinjaOneRequest @WebRequestParams Write-Verbose "NinjaOne request returned $($Result | Out-String)" if ($Result['results']) { return $Result.results } elseif ($Result['result']) { return $Result.result } else { return $Result } } catch { $ExceptionType = if ($IsCoreCLR) { [Microsoft.PowerShell.Commands.HttpResponseException] } else { [System.Net.WebException] } if ($_.Exception -is $ExceptionType) { throw } else { New-NinjaOneError -ErrorRecord $_ } } } catch { $ExceptionType = if ($IsCoreCLR) { [Microsoft.PowerShell.Commands.HttpResponseException] } else { [System.Net.WebException] } if ($_.Exception -is $ExceptionType) { throw } else { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Private\New-NinjaOnePOSTRequest.ps1' 100 #Region '.\Private\New-NinjaOnePUTRequest.ps1' -1 function New-NinjaOnePUTRequest { <# .SYNOPSIS Builds a request for the NinjaOne API. .DESCRIPTION Wrapper function to build web requests for the NinjaOne API. .EXAMPLE PS C:\> New-NinjaOnePUTRequest -Resource "/v2/organizations -Body @{"name"="MyOrg"} .OUTPUTS Outputs an object containing the response from the web request. #> [CmdletBinding()] [OutputType([Object])] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '', Justification = 'Private function - no need to support.')] param ( # The resource to send the request to. [Parameter(Mandatory = $True)] [String]$Resource, # A hashtable used to build the query string. [HashTable]$QSCollection, # A hashtable used to build the body of the request. [Parameter(Mandatory = $True)] [Object]$Body, # Force body to an array. [Switch]$AsArray ) if ($null -eq $Script:NRAPIConnectionInformation) { throw "Missing NinjaOne connection information, please run 'Connect-NinjaOne' first." } if ($null -eq $Script:NRAPIAuthenticationInformation) { throw "Missing NinjaOne authentication tokens, please run 'Connect-NinjaOne' first." } try { if ($QSCollection) { Write-Verbose "Query string in New-NinjaOnePUTRequest contains: $($QSCollection | Out-String)" $QueryStringCollection = [System.Web.HTTPUtility]::ParseQueryString([String]::Empty) Write-Verbose 'Building [HttpQSCollection] for New-NinjaOnePUTRequest' foreach ($Key in $QSCollection.Keys) { $QueryStringCollection.Add($Key, $QSCollection.$Key) } } else { Write-Verbose 'Query string collection not present...' } Write-Verbose "URI is $($Script:NRAPIConnectionInformation.URL)" $RequestUri = [System.UriBuilder]"$($Script:NRAPIConnectionInformation.URL)" Write-Verbose "Path is $($Resource)" $RequestUri.Path = $Resource if ($QueryStringCollection) { Write-Verbose "Query string is $($QueryStringCollection | Out-String)" $RequestUri.Query = $QueryStringCollection } else { Write-Verbose 'Query string not present...' } $WebRequestParams = @{ Method = 'PUT' Uri = $RequestUri.ToString() } if ($Body) { Write-Verbose 'Building [HttpBody] for New-NinjaOnePUTRequest' if ($AsArray) { Write-Verbose 'Forcing body to array' $WebRequestParams.Body = (ConvertTo-Json -InputObject @($Body) -Depth 100) } else { Write-Verbose 'Not forcing body to array' $WebRequestParams.Body = (ConvertTo-Json -InputObject $Body -Depth 100) } Write-Verbose "Raw body is $($WebRequestParams.Body)" } else { Write-Verbose 'No body provided for New-NinjaOnePUTRequest' } Write-Verbose "Building new NinjaOneRequest with params: $($WebRequestParams | Out-String)" try { $Result = Invoke-NinjaOneRequest @WebRequestParams Write-Verbose "NinjaOne request returned $($Result | Out-String)" if ($Result['results']) { return $Result.results } elseif ($Result['result']) { return $Result.result } else { return $Result } } catch { $ExceptionType = if ($IsCoreCLR) { [Microsoft.PowerShell.Commands.HttpResponseException] } else { [System.Net.WebException] } if ($_.Exception -is $ExceptionType) { throw } else { New-NinjaOneError -ErrorRecord $_ } } } catch { $ExceptionType = if ($IsCoreCLR) { [Microsoft.PowerShell.Commands.HttpResponseException] } else { [System.Net.WebException] } if ($_.Exception -is $ExceptionType) { throw } else { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Private\New-NinjaOnePUTRequest.ps1' 107 #Region '.\Private\New-NinjaOneQuery.ps1' -1 function New-NinjaOneQuery { [CmdletBinding()] [OutputType([String], [HashTable])] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '', Justification = 'Private function - no need to support.')] param ( [Parameter( Mandatory = $True )] [String]$CommandName, [Parameter( Mandatory = $True )] [HashTable]$Parameters, [Switch]$CommaSeparatedArrays, [Switch]$AsString ) Write-Verbose "Building parameters for $($CommandName). Use '-Debug' with '-Verbose' to see parameter values as they are built." $QSCollection = [HashTable]@{} Write-Verbose "$($Parameters.Values | Out-String)" foreach ($Parameter in $Parameters.Values) { # Skip system parameters. if (([System.Management.Automation.Cmdlet]::CommonParameters).Contains($Parameter.Name)) { Write-Verbose "Excluding system parameter $($Parameter.Name)." Continue } # Skip optional system parameters. if (([System.Management.Automation.Cmdlet]::OptionalCommonParameters).Contains($Parameter.Name)) { Write-Verbose "Excluding optional system parameter $($Parameter.Name)." Continue } $ParameterVariable = Get-Variable -Name $Parameter.Name -ErrorAction SilentlyContinue Write-Verbose "Parameter variable: $($ParameterVariable | Out-String)" if (($Parameter.ParameterType.Name -eq 'String') -or ($Parameter.ParameterType.Name -eq 'String[]')) { Write-Verbose "Found String or String Array param $($ParameterVariable.Name) with value $($ParameterVariable.Value)." if ([String]::IsNullOrEmpty($ParameterVariable.Value)) { Write-Verbose "Skipping unset param $($ParameterVariable.Name)" Continue } else { if ($Parameter.Aliases) { # Use the first alias as the query. $Query = ([String]$Parameter.Aliases[0]) } else { # If no aliases then use the name. $Query = ([String]$ParameterVariable.Name) } $Value = $ParameterVariable.Value if (($Value -is [Array]) -and ($CommaSeparatedArrays)) { Write-Verbose 'Building comma separated array string.' $QueryValue = $Value -join ',' $QSCollection.Add($Query, $QueryValue) Write-Verbose "Adding parameter $($Query) with value $($QueryValue)" } elseif (($Value -is [Array]) -and (-not $CommaSeparatedArrays)) { foreach ($ArrayValue in $Value) { $QSCollection.Add($Query, $ArrayValue) Write-Verbose "Adding parameter $($Query) with value(s) $($ArrayValue)" } } else { $QSCollection.Add($Query, $Value) Write-Verbose "Adding parameter $($Query) with value $($Value)" } } } if ($Parameter.ParameterType.Name -eq 'SwitchParameter') { Write-Verbose "Found Switch param $($ParameterVariable.Name) with value $($ParameterVariable.Value)." if ($ParameterVariable.Value -eq $False) { Write-Verbose "Skipping unset param $($ParameterVariable.Name)" Continue } else { if ($Parameter.Aliases) { # Use the first alias as the query string name. $Query = ([String]$Parameter.Aliases[0]) } else { # If no aliases then use the name. $Query = ([String]$ParameterVariable.Name) } $Value = ([String]$ParameterVariable.Value).ToLower() $QSCollection.Add($Query, $Value) Write-Verbose "Adding parameter $($Query) with value $($Value)" } } if ($Parameter.ParameterType.Name -eq 'Boolean') { Write-Verbose "Found Boolearn param $($ParameterVariable.Name) with value $($ParameterVariable.Value)." if ($Parameter.Aliases) { # Use the first alias as the query string name. $Query = ([String]$Parameter.Aliases[0]) } else { # If no aliases then use the name. $Query = ([String]$ParameterVariable.Name) } $Value = ([String]$ParameterVariable.Value).ToLower() $QSCollection.Add($Query, $Value) Write-Verbose "Adding parameter $($Query) with value $($Value)" } if (($Parameter.ParameterType.Name -eq 'Int32') -or ($Parameter.ParameterType.Name -eq 'Int64') -or ($Parameter.ParameterType.Name -eq 'Int32[]') -or ($Parameter.ParameterType.Name -eq 'Int64[]')) { Write-Verbose "Found Int or Int Array param $($ParameterVariable.Name) with value $($ParameterVariable.Value)." if (($ParameterVariable.Value -eq 0) -or ($null -eq $ParameterVariable.Value)) { Write-Verbose "Skipping unset param $($ParameterVariable.Name)" Continue } else { if ($Parameter.Aliases) { # Use the first alias as the query string name. $Query = ([String]$Parameter.Aliases[0]) } else { # If no aliases then use the name. $Query = ([String]$ParameterVariable.Name) } $Value = $ParameterVariable.Value if (($Value -is [Array]) -and ($CommaSeparatedArrays)) { Write-Verbose 'Building comma separated array string.' $QueryValue = $Value -join ',' $QSCollection.Add($Query, $QueryValue) Write-Verbose "Adding parameter $($Query) with value $($QueryValue)" } elseif (($Value -is [Array]) -and (-not $CommaSeparatedArrays)) { foreach ($ArrayValue in $Value) { $QSCollection.Add($Query, $ArrayValue) Write-Verbose "Adding parameter $($Query) with value $($ArrayValue)" } } else { $QSCollection.Add($Query, $Value) Write-Verbose "Adding parameter $($Query) with value $($Value)" } } } if (($Parameter.ParameterType.Name -eq 'DateTime') -or ($Parameter.ParameterType.Name -eq 'DateTime[]')) { Write-Verbose "Found DateTime or DateTime Array param $($ParameterVariable.Name) with value $($ParameterVariable.Value)." if ($null -eq $ParameterVariable.Value) { Write-Verbose "Skipping unset param $($ParameterVariable.Name)" Continue } else { if ($Parameter.Aliases) { # Use the first alias as the query. $Query = ([String]$Parameter.Aliases[0]) } else { # If no aliases then use the name. $Query = ([String]$ParameterVariable.Name) } $Value = $ParameterVariable.Value if (($Value -is [Array]) -and ($CommaSeparatedArrays)) { Write-Verbose 'Building comma separated array string.' $QueryValue = $Value -join ',' $QSCollection.Add($Query, $QueryValue.ToUnixEpoch()) Write-Verbose "Adding parameter $($Query) with value $($QueryValue)" } elseif (($Value -is [Array]) -and (-not $CommaSeparatedArrays)) { foreach ($ArrayValue in $Value) { $QSCollection.Add($Query, $ArrayValue) Write-Verbose "Adding parameter $($Query) with value $($ArrayValue)" } } else { $QSCollection.Add($Query, $Value) Write-Verbose "Adding parameter $($Query) with value $($Value)" } } } } Write-Verbose "Query collection contains $($QSCollection | Out-String)" if ($AsString) { $QSBuilder.Query = $QSCollection.ToString() $Query = $QSBuilder.Query.ToString() return $Query } else { return $QSCollection } } #EndRegion '.\Private\New-NinjaOneQuery.ps1' 164 #Region '.\Private\Set-NinjaOneSecrets.ps1' -1 function Set-NinjaOneSecrets { <# .SYNOPSIS Saves NinjaOne connection and authentication using the SecretManagement module. .DESCRIPTION Handles the saving of NinjaOne connection and authentication information using the SecretManagement module. This function is intended to be used internally by the module and should not be called directly. .OUTPUTS [System.Void] Returns nothing. #> [CmdletBinding()] [OutputType([System.Void])] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '', Justification = 'Private function - no need to support.')] # Suppress the PSSA warning about using ConvertTo-SecureString with -AsPlainText. There's no viable alternative. [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSAvoidUsingConvertToSecureStringWithPlainText', '', Justification = 'No viable alternative.')] # Suppress the PSSA warning about invoking empty members which is caused by our use of dynamic member names. This is a false positive. [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSAvoidInvokingEmptyMembers', '', Justification = 'False positive.')] param( # The authentication mode to use. [String]$AuthMode, # The URL of the NinjaRMM instance. [URI]$URL, # The NinjaRMM instance name. [String]$Instance, # The client ID of the application. [String]$ClientId, # The client secret of the application. [String]$ClientSecret, # The port to listen on for the authentication callback. [Int]$AuthListenerPort, # The authentication scopes to request. [String]$AuthScopes, # The redirect URI to use for the authentication callback. [URI]$RedirectURI, # Use the Key Vault to store the connection information. [Parameter(Mandatory)] [Switch]$UseSecretManagement, # The name of the secret vault to use. [String]$VaultName, # Whether to write updated connection information to the secret vault. [Switch]$WriteToSecretVault, # Whether to read the connection information from the secret vault. [Switch]$ReadFromSecretVault, # The type of the authentication token. [String]$Type, # The access token to use for authentication. [String]$Access, # The expiration time of the access token. [DateTime]$Expires, # The refresh token to use for authentication. [String]$Refresh, # The prefix to use for the secret names. [String]$SecretPrefix = 'NinjaOne' ) # Check if the secret vault exists. $SecretVault = Get-SecretVault -Name $VaultName -ErrorAction SilentlyContinue if ($null -eq $SecretVault) { Write-Error ('Secret vault {0} does not exist.' -f $VaultName) exit 1 } # Make sure we've been told to write to the secret vault. if ($false -eq $WriteToKeyVault) { Write-Error 'WriteToKeyVault must be specified.' exit 1 } # Write the connection information to the secret vault. $Secrets = [Hashtable]@{} if ($null -ne $Script:NRAPIConnectionInformation.AuthMode) { $Secrets.('{0}AuthMode' -f $SecretPrefix) = $Script:NRAPIConnectionInformation.AuthMode } if ($null -ne $Script:NRAPIConnectionInformation.URL) { $Secrets.('{0}URL' -f $SecretPrefix) = $Script:NRAPIConnectionInformation.URL } if ($null -ne $Script:NRAPIConnectionInformation.Instance) { $Secrets.('{0}Instance' -f $SecretPrefix) = $Script:NRAPIConnectionInformation.Instance } if ($null -ne $Script:NRAPIConnectionInformation.ClientId) { $Secrets.('{0}ClientId' -f $SecretPrefix) = $Script:NRAPIConnectionInformation.ClientId } if ($null -ne $Script:NRAPIConnectionInformation.ClientSecret) { $Secrets.('{0}ClientSecret' -f $SecretPrefix) = $Script:NRAPIConnectionInformation.ClientSecret } if ($null -ne $Script:NRAPIConnectionInformation.AuthScopes) { $Secrets.('{0}AuthScopes' -f $SecretPrefix) = $Script:NRAPIConnectionInformation.AuthScopes } if ($null -ne $Script:NRAPIConnectionInformation.RedirectURI) { $Secrets.('{0}RedirectURI' -f $SecretPrefix) = $Script:NRAPIConnectionInformation.RedirectURI.ToString() } if ($null -ne $Script:NRAPIConnectionInformation.AuthListenerPort) { $Secrets.('{0}AuthListenerPort' -f $SecretPrefix) = $Script:NRAPIConnectionInformation.AuthListenerPort.ToString() } if ($null -ne $Script:NRAPIAuthenticationInformation.Type) { $Secrets.('{0}Type' -f $SecretPrefix) = $Script:NRAPIAuthenticationInformation.Type } if ($null -ne $Script:NRAPIAuthenticationInformation.Access) { $Secrets.('{0}Access' -f $SecretPrefix) = $Script:NRAPIAuthenticationInformation.Access } if ($null -ne $Script:NRAPIAuthenticationInformation.Expires) { $Secrets.('{0}Expires' -f $SecretPrefix) = $Script:NRAPIAuthenticationInformation.Expires.ToString() } if ($null -ne $Script:NRAPIAuthenticationInformation.Refresh) { $Secrets.('{0}Refresh' -f $SecretPrefix) = $Script:NRAPIAuthenticationInformation.Refresh } if ($null -ne $Script:NRAPIConnectionInformation.UseSecretManagement) { $Secrets.('{0}UseSecretManagement' -f $SecretPrefix) = $Script:NRAPIConnectionInformation.UseSecretManagement.ToString() } if ($null -ne $Script:NRAPIConnectionInformation.WriteToSecretVault) { $Secrets.('{0}WriteToSecretVault' -f $SecretPrefix) = $Script:NRAPIConnectionInformation.WriteToSecretVault.ToString() } if ($null -ne $Script:NRAPIConnectionInformation.ReadFromSecretVault) { $Secrets.('{0}ReadFromSecretVault' -f $SecretPrefix) = $Script:NRAPIConnectionInformation.ReadFromSecretVault.ToString() } if ($null -ne $Script:NRAPIConnectionInformation.VaultName) { $Secrets.('{0}VaultName' -f $SecretPrefix) = $Script:NRAPIConnectionInformation.VaultName } foreach ($Secret in $Secrets.GetEnumerator()) { Write-Verbose ('Processing secret {0} for vault storage.' -f $Secret.Key) Write-Debug ('Secret {0} has type {1}.' -f $Secret.Key, $Secret.Value.GetType().Name) Write-Debug ('Secret {0} has value {1}.' -f $Secret.Key, $Secret.Value.ToString()) $SecretName = $Secret.Key $SecretValue = $Secret.Value if ([String]::IsNullOrEmpty($SecretValue) -or ($null -eq $SecretValue)) { Write-Verbose ('Secret {0} is null. Skipping.' -f $SecretName) continue } Set-Secret -Vault $VaultName -Name $SecretName -Secret $SecretValue -ErrorAction Stop Write-Verbose ('Secret {0} written to secret vault {1}.' -f $SecretName, $VaultName) } } #EndRegion '.\Private\Set-NinjaOneSecrets.ps1' 131 #Region '.\Private\Start-OAuthHTTPListener.ps1' -1 function Start-OAuthHTTPListener { <# .SYNOPSIS Instantiates and starts a .NET HTTP listener to handle OAuth authorization code responses. .DESCRIPTION Utilises the `System.Net.HttpListener` class to create a simple HTTP listener on a user-defined port .EXAMPLE PS C:\> New-NinjaOnePATCHRequest -OpenURI 'http://localhost:9090' .OUTPUTS Outputs an object containing the response from the web request. #> [CmdletBinding()] [OutputType([System.Collections.Hashtable])] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '', Justification = 'Private function - no need to support.')] param ( [Parameter(Mandatory)] [System.UriBuilder]$OpenURI, [Parameter()] [int] $TimeoutSeconds = 15 ) Write-Verbose 'Opening browser to authenticate.' Write-Verbose "Authentication URL: $($OpenURI.ToString())" $HTTP = [System.Net.HttpListener]::new() $HTTP.Prefixes.Add("http://localhost:$Port/") $HTTP.Start() Start-Process $OpenURI.ToString() $Timeout = [System.TimeSpan]::FromSeconds($TimeoutSeconds) $ContextTask = $HTTP.GetContextAsync() $Result = @{} while ($ContextTask.AsyncWaitHandle.WaitOne($Timeout)) { $Context = $ContextTask.GetAwaiter().GetResult() [string]$HTML = '<h1>NinjaOne PowerShell Module</h1><br /><p>An authorisation code has been received. The HTTP listener will stop in 5 seconds.</p><p>Please close this tab / window.</p>' [string]$HTMLError = '<h1>NinjaOne PowerShell Module</h1><br /><p>An error occured. The HTTP listener will stop in 5 seconds.</p><p>Please close this tab / window and try again.</p>' if ($Context.Request.QueryString -and $Context.Request.QueryString['Code']) { $Result.Code = $Context.Request.QueryString['Code'] Write-Verbose "Authorisation code received: $($Result.Code)" if ($null -ne $Result.Code) { $Result.GotAuthorisationCode = $True } } else { $HTML = $HTMLError } $Response = [System.Text.Encoding]::UTF8.GetBytes($HTML) $Context.Response.ContentLength64 = $Response.Length $Context.Response.OutputStream.Write($Response, 0, $Response.Length) $Context.Response.OutputStream.Close() Start-Sleep -Seconds 5 $HTTP.Stop() $HTTP.Dispose() break } if ($HTTP.IsListening) { $HTTP.Stop() $HTTP.Dispose() } if (!$Result.GotAuthorisationCode) { Remove-Variable -Name 'NRAPIConnectionInformation' -Scope 'Script' -Force Remove-Variable -Name 'NRAPIAuthenticationInformation' -Scope 'Script' -Force throw 'Authorisation failed, please try again.' } return $Result } #EndRegion '.\Private\Start-OAuthHTTPListener.ps1' 69 #Region '.\Private\Update-NinjaOneToken.ps1' -1 function Update-NinjaOneToken { [CmdletBinding()] [OutputType([Void])] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '', Justification = 'Private function - no need to support.')] param() try { # Using our refresh token let's get a new auth token by re-running Connect-NinjaOne. if ($Script:NRAPIConnectionInformation.AuthMode -eq 'Client Credentials') { $ReauthParams = @{ Instance = $Script:NRAPIConnectionInformation.Instance ClientId = $Script:NRAPIConnectionInformation.ClientId ClientSecret = $Script:NRAPIConnectionInformation.ClientSecret UseClientAuth = $True ShowTokens = $Script:NRAPIConnectionInformation.ShowTokens UseKeyVault = $Script:NRAPIConnectionInformation.UseKeyVault VaultName = $Script:NRAPIConnectionInformation.VaultName WriteToKeyVault = $Script:NRAPIConnectionInformation.WriteToKeyVault } } elseif ($null -ne $Script:NRAPIAuthenticationInformation.Refresh) { $ReauthParams = @{ Instance = $Script:NRAPIConnectionInformation.Instance ClientId = $Script:NRAPIConnectionInformation.ClientId ClientSecret = $Script:NRAPIConnectionInformation.ClientSecret RefreshToken = $Script:NRAPIAuthenticationInformation.Refresh UseTokenAuth = $True ShowTokens = $Script:NRAPIConnectionInformation.ShowTokens UseKeyVault = $Script:NRAPIConnectionInformation.UseKeyVault VaultName = $Script:NRAPIConnectionInformation.VaultName WriteToKeyVault = $Script:NRAPIConnectionInformation.WriteToKeyVault } } else { throw 'Unable to refresh authentication token information. Not using client credentials and/or refresh token is missing.' } Connect-NinjaOne @ReauthParams Write-Verbose 'Refreshed authentication token information from NinjaOne.' Write-Verbose "Authentication information now set to: $($Script:NRAPIAuthenticationInformation | Out-String -Width 2048)" } catch { New-NinjaOneError $_ } } #EndRegion '.\Private\Update-NinjaOneToken.ps1' 41 #Region '.\Public\Backup\Get\Get-NinjaOneBackupJobs.ps1' -1 function Get-NinjaOneBackupJobs { <# .SYNOPSIS Gets backup jobs from the NinjaOne API. .DESCRIPTION Retrieves backup jobs from the NinjaOne v2 API. .FUNCTIONALITY Backup Jobs .EXAMPLE PS> Get-NinjaOneBackupJobs Gets all backup jobs. .EXAMPLE PS> Get-NinjaOneBackupJobs -status 'RUNNING' Gets all backup jobs with a status of 'RUNNING'. .EXAMPLE PS> Get-NinjaOneBackupJobs -status 'RUNNING', 'COMPLETED' Gets all backup jobs with a status of 'RUNNING' or 'COMPLETED'. .EXAMPLE PS> Get-NinjaOneBackupJobs -statusFilter 'status = RUNNING' Gets all backup jobs with a status of 'RUNNING'. .EXAMPLE PS> Get-NinjaOneBackupJobs -statusFilter 'status in (RUNNING, COMPLETED)' Gets all backup jobs with a status of 'RUNNING' or 'COMPLETED'. .EXAMPLE PS> Get-NinjaOneBackupJobs -planType 'IMAGE' Gets all backup jobs with a plan type of 'IMAGE'. .EXAMPLE PS> Get-NinjaOneBackupJobs -planType 'IMAGE', 'FILE_FOLDER' Gets all backup jobs with a plan type of 'IMAGE' or 'FILE_FOLDER'. .EXAMPLE PS> Get-NinjaOneBackupJobs -planTypeFilter 'planType = IMAGE' Gets all backup jobs with a plan type of 'IMAGE'. .EXAMPLE PS> Get-NinjaOneBackupJobs -planTypeFilter 'planType in (IMAGE, FILE_FOLDER)' Gets all backup jobs with a plan type of 'IMAGE' or 'FILE_FOLDER'. .EXAMPLE PS> Get-NinjaOneBackupJobs -startTimeBetween (Get-Date).AddDays(-1), (Get-Date) Gets all backup jobs with a start time between 24 hours ago and now. .EXAMPLE PS> Get-NinjaOneBackupJobs -startTimeAfter (Get-Date).AddDays(-1) Gets all backup jobs with a start time after 24 hours ago. .EXAMPLE PS> Get-NinjaOneBackupJobs -startTimeFilter 'startTime between(2024-01-01T00:00:00.000Z,2024-01-02T00:00:00.000Z)' Gets all backup jobs with a start time between 2024-01-01T00:00:00.000Z and 2024-01-02T00:00:00.000Z. .EXAMPLE PS> Get-NinjaOneBackupJobs -startTimeFilter 'startTime after 2024-01-01T00:00:00.000Z' Gets all backup jobs with a start time after 2024-01-01T00:00:00.000Z. .EXAMPLE PS> Get-NinjaOneBackupJobs -deviceFilter all Gets all backup jobs for the all devices. Includes active and deleted devices. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/backupjobs #> [CmdletBinding()] [OutputType([Object])] [Alias('gnobj')] [MetadataAttribute( '/v2/backup/jobs', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Cursor name. [Parameter(Position = 0, ValueFromPipelineByPropertyName)] [String]$cursor, # Deleted device filter. [Parameter(Position = 1, ValueFromPipelineByPropertyName)] [Alias('ddf')] [String]$deletedDeviceFilter, # Device filter. [Parameter(Position = 2, ValueFromPipelineByPropertyName)] [Alias('df')] [String]$deviceFilter, # Which devices to include (defaults to 'active'). [Parameter(Position = 3, ValueFromPipelineByPropertyName)] [ValidateSet('active', 'deleted', 'all')] [String]$include, # Number of results per page. [Parameter(Position = 4, ValueFromPipelineByPropertyName)] [Int]$pageSize, # Filter by plan type. See the supplemental documentation at https://docs.homotechsual.dev/modules/ninjaone/filters/ptf [Parameter(Position = 5, ValueFromPipelineByPropertyName)] [ValidateSet('IMAGE, FILE_FOLDER')] [String]$planType, # Raw plan type filter. See the supplemental documentation at https://docs.homotechsual.dev/modules/ninjaone/filters/ptf [Parameter(Position = 6, ValueFromPipelineByPropertyName)] [Alias('ptf')] [String]$planTypeFilter, # Filter by status. See the supplemental documentation at https://docs.homotechsual.dev/modules/ninjaone/filters/sf [Parameter(Position = 6, ValueFromPipelineByPropertyName)] [ValidateSet('PROCESSING', 'RUNNING', 'COMPLETED', 'CANCELED', 'FAILED')] [String]$status, # Raw status filter. See the supplemental documentation at https://docs.homotechsual.dev/modules/ninjaone/filters/sf [Parameter(Position = 7, ValueFromPipelineByPropertyName)] [Alias('sf')] [String]$statusFilter, # Start time between filter. See the supplemental documentation at https://docs.homotechsual.dev/modules/ninjaone/filters/stf [Parameter(Position = 8, ValueFromPipelineByPropertyName)] [ValidateCount(2, 2)] [DateTime[]]$startTimeBetween, # Start time after filter. See the supplemental documentation at https://docs.homotechsual.dev/modules/ninjaone/filters/stf [Parameter(Position = 9, ValueFromPipelineByPropertyName)] [DateTime]$startTimeAfter, # Raw start time filter. See the supplemental documentation at https://docs.homotechsual.dev/modules/ninjaone/filters/stf [Parameter(Position = 10, ValueFromPipelineByPropertyName)] [Alias('stf')] [String]$startTimeFilter ) begin { # Preprocess the $status parameter to the format for the sf filter. if ($status.Count -eq 1) { $statusFilter = ('status = {0}' -f $status) } elseif ($status.Count -gt 1) { $statusFilter = ('status in ({0})' -f ($status -join ',')) } # Preprocess the $planType parameter to the format for the ptf filter. if ($planType.Count -eq 1) { $planTypeFilter = ('planType = {0}' -f $planType) } elseif ($planType.Count -gt 1) { $planTypeFilter = ('planType in ({0})' -f ($planType -join ',')) } # Preprocess the $startTimeBetween parameter to the format for the stf filter. if ($startTimeBetween) { $startTimeFilter = ('startTime between({0},{1})' -f $startTimeBetween[0].ToUniversalTime().ToString('o'), $startTimeBetween[1].ToUniversalTime().ToString('o')) } # Preprocess the $startTimeAfter parameter to the format for the stf filter. if ($startTimeAfter) { $startTimeFilter = ('startTime after {0}' -f $startTimeAfter.ToUniversalTime().ToString('o')) } $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters if ($status) { # Workaround to prevent the query string processor from adding a 'status=' parameter by removing it from the set parameters. $Parameters.Remove('status') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = '/v2/backup/jobs' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $BackupJobsResults = New-NinjaOneGETRequest @RequestParams return $BackupJobsResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Backup\Get\Get-NinjaOneBackupJobs.ps1' 169 #Region '.\Public\Backup\Get\Get-NinjaOneIntegrityCheckJobs.ps1' -1 function Get-NinjaOneIntegrityCheckJobs { <# .SYNOPSIS Gets backup integrity check jobs from the NinjaOne API. .DESCRIPTION Retrieves backup integrity check jobs from the NinjaOne v2 API. .FUNCTIONALITY Integrity Check Jobs .EXAMPLE PS> Get-NinjaOneIntegrityCheckJobs Gets all backup integrity check jobs. .EXAMPLE PS> Get-NinjaOneIntegrityCheckJobs -status 'RUNNING' Gets all backup integrity check jobs with a status of 'RUNNING'. .EXAMPLE PS> Get-NinjaOneIntegrityCheckJobs -status 'RUNNING', 'COMPLETED' Gets all backup integrity check jobs with a status of 'RUNNING' or 'COMPLETED'. .EXAMPLE PS> Get-NinjaOneIntegrityCheckJobs -statusFilter 'status = RUNNING' Gets all backup integrity check jobs with a status of 'RUNNING'. .EXAMPLE PS> Get-NinjaOneIntegrityCheckJobs -statusFilter 'status in (RUNNING, COMPLETED)' Gets all backup integrity check jobs with a status of 'RUNNING' or 'COMPLETED'. .EXAMPLE PS> Get-NinjaOneIntegrityCheckJobs -planType 'IMAGE' Gets all backup integrity check jobs with a plan type of 'IMAGE'. .EXAMPLE PS> Get-NinjaOneIntegrityCheckJobs -planType 'IMAGE', 'FILE_FOLDER' Gets all backup integrity check jobs with a plan type of 'IMAGE' or 'FILE_FOLDER'. .EXAMPLE PS> Get-NinjaOneIntegrityCheckJobs -planTypeFilter 'planType = IMAGE' Gets all backup integrity check jobs with a plan type of 'IMAGE'. .EXAMPLE PS> Get-NinjaOneIntegrityCheckJobs -planTypeFilter 'planType in (IMAGE, FILE_FOLDER)' Gets all backup integrity check jobs with a plan type of 'IMAGE' or 'FILE_FOLDER'. .EXAMPLE PS> Get-NinjaOneIntegrityCheckJobs -startTimeBetween (Get-Date).AddDays(-1), (Get-Date) Gets all backup integrity check jobs with a start time between 24 hours ago and now. .EXAMPLE PS> Get-NinjaOneIntegrityCheckJobs -startTimeAfter (Get-Date).AddDays(-1) Gets all backup integrity check jobs with a start time after 24 hours ago. .EXAMPLE PS> Get-NinjaOneIntegrityCheckJobs -startTimeFilter 'startTime between(2024-01-01T00:00:00.000Z,2024-01-02T00:00:00.000Z)' Gets all backup integrity check jobs with a start time between 2024-01-01T00:00:00.000Z and 2024-01-02T00:00:00.000Z. .EXAMPLE PS> Get-NinjaOneIntegrityCheckJobs -startTimeFilter 'startTime after 2024-01-01T00:00:00.000Z' Gets all backup integrity check jobs with a start time after 2024-01-01T00:00:00.000Z. .EXAMPLE PS> Get-NinjaOneIntegrityCheckJobs -deviceFilter all Gets all backup integrity check jobs for the all devices. Includes active and deleted devices. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/integritycheckjobs #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoicj')] [MetadataAttribute( '/v2/backup/integrity-check-jobs', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Cursor name. [Parameter(Position = 0, ValueFromPipelineByPropertyName)] [String]$cursor, # Deleted device filter. [Parameter(Position = 1, ValueFromPipelineByPropertyName)] [Alias('ddf')] [String]$deletedDeviceFilter, # Device filter. [Parameter(Position = 2, ValueFromPipelineByPropertyName)] [Alias('df')] [String]$deviceFilter, # Which devices to include (defaults to 'active'). [Parameter(Position = 3, ValueFromPipelineByPropertyName)] [ValidateSet('active', 'deleted', 'all')] [String]$include, # Number of results per page. [Parameter(Position = 4, ValueFromPipelineByPropertyName)] [Int]$pageSize, # Filter by plan type. See the supplemental documentation at https://docs.homotechsual.dev/modules/ninjaone/filters/ptf [Parameter(Position = 5, ValueFromPipelineByPropertyName)] [ValidateSet('IMAGE, FILE_FOLDER')] [String]$planType, # Raw plan type filter. See the supplemental documentation at https://docs.homotechsual.dev/modules/ninjaone/filters/ptf [Parameter(Position = 6, ValueFromPipelineByPropertyName)] [Alias('ptf')] [String]$planTypeFilter, # Filter by status. See the supplemental documentation at https://docs.homotechsual.dev/modules/ninjaone/filters/sf [Parameter(Position = 6, ValueFromPipelineByPropertyName)] [ValidateSet('PROCESSING', 'RUNNING', 'COMPLETED', 'CANCELED', 'FAILED')] [String]$status, # Raw status filter. See the supplemental documentation at https://docs.homotechsual.dev/modules/ninjaone/filters/sf [Parameter(Position = 7, ValueFromPipelineByPropertyName)] [Alias('sf')] [String]$statusFilter, # Start time between filter. See the supplemental documentation at https://docs.homotechsual.dev/modules/ninjaone/filters/stf [Parameter(Position = 8, ValueFromPipelineByPropertyName)] [ValidateCount(2, 2)] [DateTime[]]$startTimeBetween, # Start time after filter. See the supplemental documentation at https://docs.homotechsual.dev/modules/ninjaone/filters/stf [Parameter(Position = 9, ValueFromPipelineByPropertyName)] [DateTime]$startTimeAfter, # Raw start time filter. See the supplemental documentation at https://docs.homotechsual.dev/modules/ninjaone/filters/stf [Parameter(Position = 10, ValueFromPipelineByPropertyName)] [Alias('stf')] [String]$startTimeFilter ) begin { # Preprocess the $status parameter to the format for the sf filter. if ($status.Count -eq 1) { $statusFilter = ('status = {0}' -f $status) } elseif ($status.Count -gt 1) { $statusFilter = ('status in ({0})' -f ($status -join ',')) } # Preprocess the $planType parameter to the format for the ptf filter. if ($planType.Count -eq 1) { $planTypeFilter = ('planType = {0}' -f $planType) } elseif ($planType.Count -gt 1) { $planTypeFilter = ('planType in ({0})' -f ($planType -join ',')) } # Preprocess the $startTimeBetween parameter to the format for the stf filter. if ($startTimeBetween) { $startTimeFilter = ('startTime between({0},{1})' -f $startTimeBetween[0].ToUniversalTime().ToString('o'), $startTimeBetween[1].ToUniversalTime().ToString('o')) } # Preprocess the $startTimeAfter parameter to the format for the stf filter. if ($startTimeAfter) { $startTimeFilter = ('startTime after {0}' -f $startTimeAfter.ToUniversalTime().ToString('o')) } $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters if ($status) { # Workaround to prevent the query string processor from adding a 'status=' parameter by removing it from the set parameters. $Parameters.Remove('status') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = '/v2/backup/integrity-check-jobs' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $IntegrityCheckJobsResults = New-NinjaOneGETRequest @RequestParams return $IntegrityCheckJobsResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Backup\Get\Get-NinjaOneIntegrityCheckJobs.ps1' 169 #Region '.\Public\Backup\New\New-NinjaOneIntegrityCheckJob.ps1' -1 function New-NinjaOneIntegrityCheckJob { <# .SYNOPSIS Creates a new backup integrity check job using the NinjaOne API. .DESCRIPTION Create a new backup integrity check job using the NinjaOne v2 API. .FUNCTIONALITY Integrity Check Job .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/integritycheckjob #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('nnol')] [MetadataAttribute( '/v2/backup/integrity-check-jobs', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The deviceId to create the integrity check job for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # The planUid to create the integrity check job for. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [GUID]$planUid, # Show the integrity check job that was created. [Switch]$show ) process { try { $Resource = 'v2/backups/integrity-check-jobs' $Body = @{ deviceId = $deviceId planUid = $planUid } $RequestParams = @{ Resource = $Resource Body = $Body } if ($PSCmdlet.ShouldProcess(('Integrity Check Job for device {0} plan {1}' -f $deviceId, $planUid), 'Create')) { $IntegrityCheckJobCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $IntegrityCheckJobCreate } else { Write-Information ('Integrity Check Job {0} created.' -f $IntegrityCheckJobCreate.jobUid) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Backup\New\New-NinjaOneIntegrityCheckJob.ps1' 57 #Region '.\Public\CustomFields\Get\Get-NinjaOneCustomFieldSignedURLs.ps1' -1 function Get-NinjaOneCustomFieldSignedURLs { <# .SYNOPSIS Gets custom field signed URLs from the NinjaOne API. .DESCRIPTION Retrieves custom field signed URLs from the NinjaOne v2 API. .FUNCTIONALITY Custom Field Signed URLs .EXAMPLE Get-NinjaOneCustomFieldSignedURLs -entityType 'ORGANIZATION' -entityId 1 Gets signed URLs for the custom fields of the ORGANIZATION entity with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/customfieldsignedurls #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoodsu', 'Get-NinjaOneOrganizationDocumentSignedURLs')] [MetadataAttribute( '/v2/organization/document/{clientDocumentId}/signed-urls', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The client document id to get signed URLs for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'documentId', 'organisationDocumentId', 'organizationDocumentId')] [Int]$clientDocumentId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'clientdocumentid=' parameter by removing it from the set parameters. if ($clientDocumentId) { $Parameters.Remove('clientDocumentId') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting signed URLs for custom field with id {0}.' -f $clientDocumentId) $Resource = ('v2/organization/document/{0}/signed-urls' -f $clientDocumentId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $OrganisationDocumentSignedURLsResults = New-NinjaOneGETRequest @RequestParams if ($OrganisationDocumentSignedURLsResults) { return $OrganisationDocumentSignedURLsResults } else { throw ('No custom field signed URLs found for custom field {0}.' -f $clientDocumentId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\CustomFields\Get\Get-NinjaOneCustomFieldSignedURLs.ps1' 60 #Region '.\Public\Devices\Get\Get-NinjaOneDeviceActivities.ps1' -1 function Get-NinjaOneDeviceActivities { <# .SYNOPSIS Wrapper command using `Get-NinjaOneActivities` to get activities for a device. .DESCRIPTION Gets activities for a device using the NinjaOne v2 API. .FUNCTIONALITY Device Activities .EXAMPLE Get-NinjaOneDeviceActivities -deviceId 1 Gets activities for the device with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/deviceactivities #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodac')] [MetadataAttribute()] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by device id. [Parameter(Mandatory, ParameterSetName = 'Single Device', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Return built in job names in the given language. [Parameter(ParameterSetName = 'Single Device', Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('lang')] [String]$languageTag, # Return job times/dates in the given timezone. [Parameter(ParameterSetName = 'Single Device', Position = 2, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('tz')] [String]$timezone ) begin { } process { try { $DeviceActivities = Get-NinjaOneActivities -deviceId $deviceId if ($DeviceActivities) { return $DeviceActivities } else { New-NinjaOneError -Message ('No activities found for the device with the id {0}.' -f $deviceId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDeviceActivities.ps1' 51 #Region '.\Public\Devices\Get\Get-NinjaOneDeviceAlerts.ps1' -1 function Get-NinjaOneDeviceAlerts { <# .SYNOPSIS Wrapper command using `Get-NinjaOneAlerts` to get alerts for a device. .DESCRIPTION Gets alerts for a device using the NinjaOne v2 API. .FUNCTIONALITY Device Alerts .EXAMPLE Get-NinjaOneDeviceAlerts -deviceId 1 Gets alerts for the device with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/devicealerts #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodal')] [MetadataAttribute()] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by device id. [Parameter(Mandatory, ParameterSetName = 'Single Device', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Return built in condition names in the given language. [Parameter(ParameterSetName = 'Single Device', Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('lang')] [String]$languageTag, # Return alert times/dates in the given timezone. [Parameter(ParameterSetName = 'Single Device', Position = 2, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('tz')] [String]$timezone ) begin { } process { try { $DeviceAlerts = Get-NinjaOneAlerts -deviceId $deviceId if ($DeviceAlerts) { return $DeviceAlerts } else { New-NinjaOneError -Message ('No Alerts found for the device with the id { 0 }.' -f $deviceId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDeviceAlerts.ps1' 51 #Region '.\Public\Devices\Get\Get-NinjaOneDeviceDisks.ps1' -1 function Get-NinjaOneDeviceDisks { <# .SYNOPSIS Gets device disks from the NinjaOne API. .DESCRIPTION Retrieves device disks from the NinjaOne v2 API. .FUNCTIONALITY Device Disk drives .EXAMPLE PS> Get-NinjaOneDeviceDisks -deviceId 1 Gets the disks for the device with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/devicedisks #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodd', 'gnoddd', 'Get-NinjaOneDeviceDiskDrives')] [MetadataAttribute( '/v2/device/{id}/disks', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Device id to get disk information for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting disks for device {0}.' -f $Device.SystemName) $Resource = ('v2/device/{0}/disks' -f $deviceId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceDiskResults = New-NinjaOneGETRequest @RequestParams return $DeviceDiskResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDeviceDisks.ps1' 55 #Region '.\Public\Devices\Get\Get-NinjaOneDeviceJobs.ps1' -1 function Get-NinjaOneDeviceJobs { <# .SYNOPSIS Wrapper command using `Get-NinjaOneJobs` to get jobs for a device. .DESCRIPTION Gets jobs for a device using the NinjaOne v2 API. .FUNCTIONALITY Device Jobs .EXAMPLE Get-NinjaOneDeviceJobs -deviceId 1 Gets jobs for the device with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/deviceJobs #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodj')] [MetadataAttribute()] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by device id. [Parameter(Mandatory, ParameterSetName = 'Single Device', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Return built in job names in the given language. [Parameter(ParameterSetName = 'Single Device', Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('lang')] [String]$languageTag, # Return job times/dates in the given timezone. [Parameter(ParameterSetName = 'Single Device', Position = 2, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('tz')] [String]$timezone ) begin { } process { try { $DeviceJobs = Get-NinjaOneJobs -deviceId $deviceId if ($DeviceJobs) { return $DeviceJobs } else { New-NinjaOneError -Message ('No jobs found for the device with the id {0}.' -f $deviceId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDeviceJobs.ps1' 51 #Region '.\Public\Devices\Get\Get-NinjaOneDeviceLastLoggedOnUser.ps1' -1 function Get-NinjaOneDeviceLastLoggedOnUser { <# .SYNOPSIS Gets device last logged on user from the NinjaOne API. .DESCRIPTION Retrieves device last logged on user from the NinjaOne v2 API. .FUNCTIONALITY Device Last Logged On User .EXAMPLE PS> Get-NinjaOneDeviceLastLoggedOnUser -deviceId 1 Gets the last logged on user for the device with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/devicelastloggedonuser #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodllou')] [MetadataAttribute( '/v2/device/{id}/last-logged-on-user', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Device id to get the last logged on user for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting last logged on user for device {0}.' -f $Device.SystemName) $Resource = ('v2/device/{0}/last-logged-on-user' -f $deviceId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceLastLoggedOnUserResults = New-NinjaOneGETRequest @RequestParams return $DeviceLastLoggedOnUserResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDeviceLastLoggedOnUser.ps1' 55 #Region '.\Public\Devices\Get\Get-NinjaOneDeviceNetworkInterfaces.ps1' -1 function Get-NinjaOneDeviceNetworkInterfaces { <# .SYNOPSIS Gets device network interfaces from the NinjaOne API. .DESCRIPTION Retrieves device network interfaces from the NinjaOne v2 API. .FUNCTIONALITY Device Network Interfaces .EXAMPLE PS> Get-NinjaOneDeviceNetworkInterfaces -deviceId 1 Gets the network interfaces for the device with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/devicelastloggedonuser #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodni')] [MetadataAttribute( '/v2/device/{id}/network-interfaces', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Device id to get the network interfaces for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting network interfaces for device {0}.' -f $Device.SystemName) $Resource = ('v2/device/{0}/network-interfaces' -f $deviceId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceNetworkInterfaceResults = New-NinjaOneGETRequest @RequestParams return $DeviceNetworkInterfaceResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDeviceNetworkInterfaces.ps1' 55 #Region '.\Public\Devices\Get\Get-NinjaOneDeviceOSPatches.ps1' -1 function Get-NinjaOneDeviceOSPatches { <# .SYNOPSIS Gets device OS patches from the NinjaOne API. .DESCRIPTION Retrieves device OS patches from the NinjaOne v2 API. If you want patch information for multiple devices please check out the related 'queries' commandlet `Get-NinjaOneOSPatches`. .FUNCTIONALITY Device OS Patches .EXAMPLE PS> Get-NinjaOneDeviceOSPatches -deviceId 1 Gets OS patch information for the device with id 1. .EXAMPLE PS> Get-NinjaOneDeviceOSPatches -deviceId 1 -status 'APPROVED' -type 'SECURITY_UPDATES' -severity 'CRITICAL' Gets OS patch information for the device with id 1 where the patch is an approved security update with critical severity. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/deviceospatches #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodosp')] [MetadataAttribute( '/v2/device/{id}/os-patches', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Device id to get OS patch information for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Filter returned patches by patch status. [Parameter(Position = 1)] [ValidateSet('MANUAL', 'APPROVED', 'FAILED', 'REJECTED')] [String[]]$status, # Filter returned patches by type. [Parameter(Position = 2)] [ValidateSet('UPDATE_ROLLUPS', 'SECURITY_UPDATES', 'DEFINITION_UPDATES', 'CRITICAL_UPDATES', 'REGULAR_UPDATES', 'FEATURE_PACKS', 'DRIVER_UPDATES')] [String[]]$type, # Filter returned patches by severity. [Parameter(Position = 3)] [ValidateSet('OPTIONAL', 'MODERATE', 'IMPORTANT', 'CRITICAL')] [String[]]$severity ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting OS patches for device {0}.' -f $Device.SystemName) $Resource = ('v2/device/{0}/os-patches' -f $deviceId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceOSPatchResults = New-NinjaOneGETRequest @RequestParams return $DeviceOSPatchResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDeviceOSPatches.ps1' 71 #Region '.\Public\Devices\Get\Get-NinjaOneDeviceOSPatchInstalls.ps1' -1 function Get-NinjaOneDeviceOSPatchInstalls { <# .SYNOPSIS Gets device OS patch installs from the NinjaOne API. .DESCRIPTION Retrieves device OS patch installs from the NinjaOne v2 API. If you want patch install status for multiple devices please check out the related 'queries' commandlet `Get-NinjaOneOSPatchInstalls`. .FUNCTIONALITY Device OS Patch Installs .EXAMPLE PS> Get-NinjaOneDeviceOSPatchInstalls -deviceId 1 Gets OS patch installs for the device with id 1. .EXAMPLE PS> Get-NinjaOneDeviceOSPatchInstalls -deviceId 1 -status 'FAILED' -installedAfter (Get-Date 2022/01/01) Gets OS patch installs for the device with id 1 where the patch failed to install after 2022-01-01. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/deviceospatchinstalls #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodospi')] [MetadataAttribute( '/v2/device/{id}/os-patch-installs', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Device id to get OS patch install information for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Filter patches by patch status. [Parameter(Position = 1)] [ValidateSet('FAILED', 'INSTALLED')] [String]$status, # Filter patches to those installed before this date. Expects DateTime or Int. [Parameter(Position = 2)] [DateTime]$installedBefore, # Filter patches to those installed after this date. Unix Epoch time. [Parameter(Position = 2)] [Int]$installedBeforeUnixEpoch, # Filter patches to those installed after this date. Expects DateTime or Int. [Parameter(Position = 3)] [DateTime]$installedAfter, # Filter patches to those installed after this date. Unix Epoch time. [Parameter(Position = 3)] [Int]$installedAfterUnixEpoch ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters Write-Verbose ('Parameters: {0}' -f ($Parameters | Out-String)) # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null # If the [DateTime] parameter $installedBefore is set convert the value to a Unix Epoch. if ($installedBefore) { [Int]$installedBefore = ConvertTo-UnixEpoch -DateTime $installedBefore } # If the Unix Epoch parameter $installedBeforeUnixEpoch is set assign the value to the $installedBefore variable and null $installedBeforeUnixEpoch. if ($installedBeforeUnixEpoch) { $Parameters.Remove('installedBeforeUnixEpoch') | Out-Null [Int]$installedBefore = $installedBeforeUnixEpoch } # If the [DateTime] parameter $installedAfter is set convert the value to a Unix Epoch. if ($installedAfter) { [Int]$installedAfter = ConvertTo-UnixEpoch -DateTime $installedAfter } # If the Unix Epoch parameter $installedAfterUnixEpoch is set assign the value to the $installedAfter variable and null $installedAfterUnixEpoch. if ($installedAfterUnixEpoch) { $Parameters.Remove('installedAfterUnixEpoch') | Out-Null [Int]$installedAfter = $installedAfterUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting OS patch installs for device {0}.' -f $Device.SystemName) $Resource = ('v2/device/{0}/os-patch-installs' -f $deviceId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceOSPatchInstallResults = New-NinjaOneGETRequest @RequestParams return $DeviceOSPatchInstallResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDeviceOSPatchInstalls.ps1' 94 #Region '.\Public\Devices\Get\Get-NinjaOneDevicePolicyOverrides.ps1' -1 function Get-NinjaOneDevicePolicyOverrides { <# .SYNOPSIS Gets device policy overrides from the NinjaOne API. .DESCRIPTION Retrieves device policy override sections from the NinjaOne v2 API. .FUNCTIONALITY Device Policy Overrides .EXAMPLE PS> Get-NinjaOneDevicePolicyOverrides -deviceId 1 Gets the policy override sections for the device with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/devicepolicyoverrides #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodpo')] [MetadataAttribute( '/v2/device/{id}/policy/overrides', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Device id to get the policy overrides for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Expand the overrides property. [Switch]$expandOverrides ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting policy overrides for device {0}.' -f $Device.SystemName) $Resource = ('v2/device/{0}/policy/overrides' -f $deviceId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceLastLoggedOnUserResults = New-NinjaOneGETRequest @RequestParams if ($expandOverrides) { return $DeviceLastLoggedOnUserResults | Select-Object -ExpandProperty Overrides } else { return $DeviceLastLoggedOnUserResults } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDevicePolicyOverrides.ps1' 61 #Region '.\Public\Devices\Get\Get-NinjaOneDeviceProcessors.ps1' -1 function Get-NinjaOneDeviceProcessors { <# .SYNOPSIS Gets device processors from the NinjaOne API. .DESCRIPTION Retrieves device processors from the NinjaOne v2 API. .FUNCTIONALITY Device Processors .EXAMPLE PS> Get-NinjaOneDeviceProcessors -deviceId 1 Gets the processors for the device with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/deviceprocessors #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodp')] [MetadataAttribute( '/v2/device/{id}/processors', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Device id to get processor information for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting processors for device {0}.' -f $Device.SystemName) $Resource = ('v2/device/{0}/processors' -f $deviceId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceProcessorResults = New-NinjaOneGETRequest @RequestParams return $DeviceProcessorResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDeviceProcessors.ps1' 55 #Region '.\Public\Devices\Get\Get-NinjaOneDeviceSoftwareInventory.ps1' -1 function Get-NinjaOneDeviceSoftwareInventory { <# .SYNOPSIS Wrapper command using `Get-NinjaOneSoftwareProducts` to get installed software products for a device. .DESCRIPTION Gets installed software products for a device using the NinjaOne v2 API. .FUNCTIONALITY Device Software Inventory .EXAMPLE Get-NinjaOneDeviceAlerts -deviceId 1 Gets alerts for the device with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/devicealerts #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodsi', 'gnods', 'Get-NinjaOneDeviceSoftware')] [MetadataAttribute()] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by device id. [Parameter(Mandatory, ParameterSetName = 'Single Device', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId ) begin { } process { try { $DeviceSoftwareInventory = Get-NinjaOneSoftwareProducts -deviceId $deviceId if ($DeviceSoftwareInventory) { return $DeviceSoftwareInventory } else { New-NinjaOneError -Message ('No software products found for the device with the id {0}.' -f $deviceId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDeviceSoftwareInventory.ps1' 43 #Region '.\Public\Devices\Get\Get-NinjaOneDeviceSoftwarePatches.ps1' -1 function Get-NinjaOneDeviceSoftwarePatches { <# .SYNOPSIS Gets device Software patches from the NinjaOne API. .DESCRIPTION Retrieves device Software patches from the NinjaOne v2 API. If you want patch information for multiple devices please check out the related 'queries' commandlet `Get-NinjaOneSoftwarePatches`. .FUNCTIONALITY Device Software Patches .EXAMPLE PS> Get-NinjaOneDeviceSoftwarePatches -deviceId 1 Gets all software patches for the device with id 1. .EXAMPLE PS> Get-NinjaOneDeviceSoftwarePatches -deviceId 1 -status 'APPROVED' -type 'PATCH' -impact 'CRITICAL' Gets all software patches for the device with id 1 where the patch is approved, has type patch and has critical impact/severity. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/devicesoftwarepatches #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodsp')] [MetadataAttribute( '/v2/device/{id}/software-patches', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Device id to get software patch information for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Filter patches by patch status. [Parameter(Position = 1)] [ValidateSet('MANUAL', 'APPROVED', 'FAILED', 'REJECTED')] [String]$status, # Filter patches by product identifier. [Parameter(Position = 2)] [string]$productIdentifier, # Filter patches by type. [Parameter(Position = 3)] [ValidateSet('PATCH', 'INSTALLER')] [String]$type, # Filter patches by impact. [Parameter(Position = 4)] [ValidateSet('OPTIONAL', 'RECOMMENDED', 'CRITICAL')] [String]$impact ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting software patches for device {0}.' -f $Device.SystemName) $Resource = ('v2/device/{0}/software-patches' -f $deviceId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceSoftwarePatchResults = New-NinjaOneGETRequest @RequestParams return $DeviceSoftwarePatchResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDeviceSoftwarePatches.ps1' 74 #Region '.\Public\Devices\Get\Get-NinjaOneDeviceSoftwarePatchInstalls.ps1' -1 function Get-NinjaOneDeviceSoftwarePatchInstalls { <# .SYNOPSIS Gets device software patch installs from the NinjaOne API. .DESCRIPTION Retrieves device software patch installs from the NinjaOne v2 API. If you want patch install status for multiple devices please check out the related 'queries' commandlet `Get-NinjaOneSoftwarePatchInstalls`. .FUNCTIONALITY Device Software Patch Installs .EXAMPLE PS> Get-NinjaOneDeviceSoftwarePatchInstalls -deviceId 1 Gets software patch installs for the device with id 1. .EXAMPLE PS> Get-NinjaOneDeviceSoftwarePatchInstalls -deviceId 1 -type 'PATCH' -impact 'RECOMMENDED' -status 'FAILED' -installedAfter (Get-Date 2022/01/01) Gets OS patch installs for the device with id 1 where the patch with type patch and impact / severity recommended failed to install after 2022-01-01. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/devicesoftwarepatchinstalls #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodspi')] [MetadataAttribute( '/v2/device/{id}/software-patch-installs', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Device id to get software patch install information for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Filter patches by type. [Parameter(Position = 1)] [ValidateSet('PATCH', 'INSTALLER')] [string]$type, # Filter patches by impact. [Parameter(Position = 2)] [ValidateSet('OPTIONAL', 'RECOMMENDED', 'CRITICAL')] [string]$impact, # Filter patches by patch status. [Parameter(Position = 3)] [ValidateSet('FAILED', 'INSTALLED')] [String]$status, # Filter patches by product identifier. [Parameter(Position = 4)] [String]$productIdentifier, # Filter patches to those installed before this date. PowerShell DateTime object. [Parameter(Position = 5)] [DateTime]$installedBefore, # Filter patches to those installed after this date. Unix Epoch time. [Parameter(Position = 5)] [Int]$installedBeforeUnixEpoch, # Filter patches to those installed after this date. PowerShell DateTime object. [Parameter(Position = 6)] [DateTime]$installedAfter, # Filter patches to those installed after this date. Unix Epoch time. [Parameter(Position = 6)] [Int]$installedAfterUnixEpoch ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null # If the [DateTime] parameter $installedBefore is set convert the value to a Unix Epoch. if ($installedBefore) { [Int]$installedBefore = ConvertTo-UnixEpoch -DateTime $installedBefore } # If the Unix Epoch parameter $installedBeforeUnixEpoch is set assign the value to the $installedBefore variable and null $installedBeforeUnixEpoch. if ($installedBeforeUnixEpoch) { $Parameters.Remove('installedBeforeUnixEpoch') | Out-Null [Int]$installedBefore = $installedBeforeUnixEpoch } # If the [DateTime] parameter $installedAfter is set convert the value to a Unix Epoch. if ($installedAfter) { [Int]$installedAfter = ConvertTo-UnixEpoch -DateTime $installedAfter } # If the Unix Epoch parameter $installedAfterUnixEpoch is set assign the value to the $installedAfter variable and null $installedAfterUnixEpoch. if ($installedAfterUnixEpoch) { $Parameters.Remove('installedAfterUnixEpoch') | Out-Null [Int]$installedAfter = $installedAfterUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting software patch installs for device {0}.' -f $Device.SystemName) $Resource = ('v2/device/{0}/software-patch-installs' -f $deviceId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceSoftwarePatchInstallResults = New-NinjaOneGETRequest @RequestParams return $DeviceSoftwarePatchInstallResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDeviceSoftwarePatchInstalls.ps1' 104 #Region '.\Public\Devices\Get\Get-NinjaOneDeviceVolumes.ps1' -1 function Get-NinjaOneDeviceVolumes { <# .SYNOPSIS Gets device volumes from the NinjaOne API. .DESCRIPTION Retrieves device volumes from the NinjaOne v2 API. .FUNCTIONALITY Device Volumes .EXAMPLE PS> Get-NinjaOneDeviceVolumes -deviceId 1 Gets the volumes for the device with id 1. .EXAMPLE PS> Get-NinjaOneDeviceVolumes -deviceId 1 -include bl Gets the volumes for the device with id 1 and includes BitLocker status. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/devicevolumes #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodv', 'gnodsv', 'Get-NinjaOneDeviceStorageVolumes')] [MetadataAttribute( '/v2/device/{id}/volumes', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Device id to get volumes for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Additional information to include currently known options are 'bl' for BitLocker status. [Parameter(Position = 1)] [String]$include ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting volumes for device {0}.' -f $Device.SystemName) $Resource = ('v2/device/{0}/volumes' -f $deviceId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceVolumeResults = New-NinjaOneGETRequest @RequestParams return $DeviceVolumeResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDeviceVolumes.ps1' 62 #Region '.\Public\Devices\Get\Get-NinjaOneDeviceWindowsServices.ps1' -1 function Get-NinjaOneDeviceWindowsServices { <# .SYNOPSIS Gets device windows services from the NinjaOne API. .DESCRIPTION Retrieves device windows services from the NinjaOne v2 API. .FUNCTIONALITY Device Windows Services .EXAMPLE PS> Get-NinjaOneDeviceWindowsServices -deviceId 1 Gets all windows services for the device with id 1. .EXAMPLE PS> Get-NinjaOneDeviceWindowsServices -deviceId 1 -name 'NinjaRMM Agent' Gets all windows services for the device with id 1 that match the name 'NinjaRMM Agent'. .EXAMPLE PS> Get-NinjaOneDeviceWindowsServices -deviceId 1 -state 'RUNNING' Gets all windows services for the device with id 1 that are in the 'RUNNING' state. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/devicewindowsservices #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodws')] [MetadataAttribute( '/v2/device/{id}/windows-services', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Device id to get windows services for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Filter by service name. Ninja interprets this case sensitively. [Parameter(Position = 1)] [String]$name, # Filter by service state. [Parameter(Position = 2)] [ValidateSet( 'UNKNOWN', 'STOPPED', 'START_PENDING', 'RUNNING', 'STOP_PENDING', 'PAUSE_PENDING', 'PAUSED', 'CONTINUE_PENDING' )] [String]$state ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting windows services for device {0}.' -f $Device.SystemName) $Resource = ('v2/device/{0}/windows-services' -f $deviceId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceWindowsServiceResults = New-NinjaOneGETRequest @RequestParams return $DeviceWindowsServiceResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Get\Get-NinjaOneDeviceWindowsServices.ps1' 79 #Region '.\Public\Devices\Set\Set-NinjaOneDeviceCustomFields.ps1' -1 function Set-NinjaOneDeviceCustomFields { <# .SYNOPSIS Sets the value of the specified device custom fields. .DESCRIPTION Sets the value of the specified device custom fields using the NinjaOne v2 API. .FUNCTIONALITY Device Custom Fields .OUTPUTS A powershell object containing the response. .EXAMPLE PS> Set-NinjaOneDeviceCustomFields -deviceId 1 -customFields @{ CustomField1 = 'Value1'; CustomField2 = 'Value2' } Set `CustomField1` to `Value1` and `CustomField2` to `Value2` respectively for the device with id 1. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Set/devicecustomfields #> [CmdletBinding(SupportsShouldProcess = $true, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('snodcf', 'unodcf', 'Update-NinjaOneDeviceCustomFields')] [MetadataAttribute( '/v2/device/{id}/custom-fields', 'patch' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The device to set the custom field value(s) for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # The custom field(s) body object. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Alias('customFields', 'body')] [Object]$deviceCustomFields ) process { try { Write-Verbose ('Setting custom fields for device {0}.' -f $deviceId) $Resource = ('v2/device/{0}/custom-fields' -f $deviceId) $RequestParams = @{ Resource = $Resource Body = $deviceCustomFields } if ($PSCmdlet.ShouldProcess(('Custom Fields for {0}' -f $deviceId), 'Set')) { $CustomFieldUpdate = New-NinjaOnePATCHRequest @RequestParams if ($CustomFieldUpdate -eq 204) { Write-Information ('Custom fields for {0} updated successfully.' -f $deviceId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Devices\Set\Set-NinjaOneDeviceCustomFields.ps1' 55 #Region '.\Public\Document Templates\Get\Get-NinjaOneDocumentTemplates.ps1' -1 function Get-NinjaOneDocumentTemplates { <# .SYNOPSIS Gets one or more document templates from the NinjaOne API. .DESCRIPTION Retrieves one or more document templates from the NinjaOne v2 API. .FUNCTIONALITY Document Template .OUTPUTS A powershell object containing the response. .EXAMPLE PS> Get-NinjaOneDocumentTemplate Retrieves all document templates with their fields. .EXAMPLE PS> Get-NinjaOneDocumentTemplate -documentTemplateId 1 .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/documenttemplate #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodt', 'Get-NinjaOneDocumentTemplate')] [MetadataAttribute( '/v2/document-templates', 'get', '/v2/document-templates/{documentTemplateId}', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The document template id to retrieve. [Parameter(Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [String]$documentTemplateId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'documenttemplateid=' parameter by removing it from the set parameters. $Parameters.Remove('documentTemplateId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { if ($documentTemplateId) { Write-Verbose 'Getting document template from NinjaOne API.' $DocumentTemplate = Get-NinjaOneDocumentTemplates -documentTemplateId $documentTemplateId if ($DocumentTemplate) { Write-Verbose ('Getting document template with id {0}.' -f $documentTemplateId) $Resource = ('v2/document-templates/{0}' -f $documentTemplateId) } } else { Write-Verbose 'Retrieving all document templates.' $Resource = 'v2/document-templates' } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } try { $DocumentTemplateResults = New-NinjaOneGETRequest @RequestParams return $DocumentTemplateResults } catch { if (-not $DocumentTemplateResults) { if ($documentTemplateId) { throw ('Document template with id {0} not found.' -f $documentTemplateId) } else { throw 'No document templates found.' } } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Document Templates\Get\Get-NinjaOneDocumentTemplates.ps1' 78 #Region '.\Public\Document Templates\New\New-NinjaOneDocumentTemplate.ps1' -1 function New-NinjaOneDocumentTemplate { <# .SYNOPSIS Creates a new document template using the NinjaOne API. .DESCRIPTION Create a new document template using the NinjaOne v2 API. .FUNCTIONALITY Document Template .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/documenttemplate #> [CmdletBinding( SupportsShouldProcess, ConfirmImpact = 'Medium' )] [OutputType([Object])] [Alias('nnodt')] [MetadataAttribute( '/v2/document-templates', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The name of the document template. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [String]$name, # The description of the document template. [Parameter(Position = 1, ValueFromPipelineByPropertyName)] [String]$description, # Allow multiple instances of this document template to be used per organisation. [Parameter(Position = 2, ValueFromPipelineByPropertyName)] [Switch]$allowMultiple, # Is this document template mandatory for all organisations. [Parameter(Position = 3, ValueFromPipelineByPropertyName)] [Switch]$mandatory, # The document template fields. [Parameter(Mandatory, Position = 4, ValueFromPipelineByPropertyName)] [PSTypeName('DocumentTemplateField')][Object[]]$fields, # Make this template available to all technicians. [Parameter(Position = 6, ValueFromPipelineByPropertyName)] [Switch]$availableToAllTechnicians, # Set the technician roles that can access this template. [Parameter(Position = 7, ValueFromPipelineByPropertyName)] [Int[]]$allowedTechnicianRoles, # Show the document template that was created. [Switch]$show ) process { try { $DocumentTemplate = @{ name = $name description = $description allowMultiple = $allowMultiple mandatory = $mandatory fields = $fields availableToAllTechnicians = $availableToAllTechnicians allowedTechnicianRoles = $allowedTechnicianRoles } $Resource = 'v2/document-templates' $RequestParams = @{ Resource = $Resource Body = $DocumentTemplate } if ($PSCmdlet.ShouldProcess(('Document Template {0}' -f $DocumentTemplate.name), 'Create')) { $DocumentTemplateCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $DocumentTemplateCreate } else { Write-Information ('Document Template {0} created.' -f $DocumentTemplateCreate.name) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Document Templates\New\New-NinjaOneDocumentTemplate.ps1' 76 #Region '.\Public\Document Templates\Remove\Remove-NinjaOneDocumentTemplate.ps1' -1 function Remove-NinjaOneDocumentTemplate { <# .SYNOPSIS Removes a document template using the NinjaOne API. .DESCRIPTION Removes the specified document template NinjaOne v2 API. .FUNCTIONALITY Document Template .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Remove/documenttemplate #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('rnodt')] [MetadataAttribute( '/v2/document-templates/{documentTemplateId}', 'delete' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The document template to delete. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$documentTemplateId ) process { try { $Resource = ('v2/document-templates/{0}' -f $documentTemplateId) $RequestParams = @{ Resource = $Resource } if ($PSCmdlet.ShouldProcess(('Document Template {0}' -f $documentTemplateId), 'Delete')) { $DocumentTemplateDelete = New-NinjaOneDELETERequest @RequestParams if ($DocumentTemplateDelete -eq 204) { Write-Information ('Document template {0} deleted successfully.' -f $documentTemplateId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Document Templates\Remove\Remove-NinjaOneDocumentTemplate.ps1' 45 #Region '.\Public\Document Templates\Set\Set-NinjaOneDocumentTemplate.ps1' -1 function Set-NinjaOneDocumentTemplate { <# .SYNOPSIS Sets a document template. .DESCRIPTION Updates a document template using the NinjaOne v2 API. .FUNCTIONALITY Document Template .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Set/documenttemplate #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('snodt', 'unodt', 'Update-NinjaOneDocumentTemplate')] [MetadataAttribute( '/v2/document-templates/{documentTemplateId}', 'put' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The document template id to update. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$documentTemplateId, # The name of the document template. [Parameter(Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [String]$name, # The description of the document template. [Parameter(Position = 2, ValueFromPipelineByPropertyName)] [String]$description, # Allow multiple instances of this document template to be used per organisation. [Parameter(Position = 3, ValueFromPipelineByPropertyName)] [Switch]$allowMultiple, # Is this document template mandatory for all organisations. [Parameter(Position = 4, ValueFromPipelineByPropertyName)] [Switch]$mandatory, # The document template fields. [Parameter(Mandatory, Position = 5, ValueFromPipelineByPropertyName)] [Object[]]$fields, # Make this template available to all technicians. [Parameter(Position = 6, ValueFromPipelineByPropertyName)] [Switch]$availableToAllTechnicians, # Set the technician roles that can access this template. [Parameter(Position = 7, ValueFromPipelineByPropertyName)] [Int[]]$allowedTechnicianRoles, # Show the document template that was created. [Switch]$show ) begin { # Validate the fields parameter. foreach ($field in $fields) { if ($field.fieldType -in ('DROPDOWN', 'MULTI_SELECT')) { if ($null -eq $field.fieldContent) { throw 'Field content must be specified for field type {0}.' -f $field.fieldType } elseif ($null -eq $field.fieldContent.values) { throw 'Field content values must be specified for field type {0}.' -f $field.fieldType } } } } process { try { Write-Verbose ('Setting document template {0}.' -f $DocumentTemplate.Name) $Resource = ('v2/document-templates/{1}' -f $documentTemplateId) $UpdatedDocumentTemplate = @{} if ($name) { $UpdatedDocumentTemplate.Add('name', $name) } if ($description) { $UpdatedDocumentTemplate.Add('description', $description) } if ($allowMultiple) { $UpdatedDocumentTemplate.Add('allowMultiple', $allowMultiple) } if ($mandatory) { $UpdatedDocumentTemplate.Add('mandatory', $mandatory) } if ($fields) { $UpdatedDocumentTemplate.Add('fields', $fields) } if ($availableToAllTechnicians) { $UpdatedDocumentTemplate.Add('availableToAllTechnicians', $availableToAllTechnicians) } if ($allowedTechnicianRoles) { $UpdatedDocumentTemplate.Add('allowedTechnicianRoles', $allowedTechnicianRoles) } $RequestParams = @{ Resource = $Resource Body = $UpdatedDocumentTemplate } if ($PSCmdlet.ShouldProcess(('Document Template {0}' -f $DocumentTemplate.Name), 'Update')) { $DocumentTemplateUpdate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $DocumentTemplateUpdate } elseif ($DocumentTemplateUpdate -eq 204) { Write-Information ('Document Template {0} updated successfully.' -f $UpdatedDocumentTemplate.Name) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Document Templates\Set\Set-NinjaOneDocumentTemplate.ps1' 106 #Region '.\Public\Groups\Get\Get-NinjaOneGroupMembers.ps1' -1 function Get-NinjaOneGroupMembers { <# .SYNOPSIS Gets group members from the NinjaOne API. .DESCRIPTION Retrieves group members from the NinjaOne v2 API. .FUNCTIONALITY Group Members .EXAMPLE PS> Get-NinjaOneGroupMembers -groupId 1 Gets all group members for group with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/groupmembers #> [CmdletBinding()] [OutputType([Object])] [Alias('gnogm')] [MetadataAttribute( '/v2/group/{id}/device-ids', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The group id to get members for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$groupId, # Refresh ?ToDo Query with Ninja [Parameter(Position = 1)] [string]$refresh ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'groupid=' parameter by removing it from the set parameters. $Parameters.Remove('groupId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting group members for group {0}.' -f $groupId) $Resource = ('v2/group/{0}/device-ids' -f $groupId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $GroupMemberResults = New-NinjaOneGETRequest @RequestParams if ($GroupMemberResults) { return $GroupMemberResults } else { throw ('No group members found for group {0}.' -f $groupId) } return $GroupMemberResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Groups\Get\Get-NinjaOneGroupMembers.ps1' 63 #Region '.\Public\KnowledgeBaseArticles\Get\Get-NinjaOneGlobalKnowledgeBaseArticles.ps1' -1 function Get-NinjaOneOrganisationKnowledgeBaseArticles { <# .SYNOPSIS Gets global knowledge base articles from the NinjaOne API. .DESCRIPTION Retrieves global knowledge base articles from the NinjaOne v2 API. .FUNCTIONALITY Global Knowledge Base Articles .EXAMPLE PS> Get-NinjaOneGlobalKnowledgeBaseArticles Gets all global knowledge base articles. .EXAMPLE PS> Get-NinjaOneGlobalKnowledgeBaseArticles -articleName 'Article Name' Gets all global knowledge base articles with the name 'Article Name'. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/globalknowledgebasearticles #> [CmdletBinding()] [OutputType([Object])] [Alias('gnogkba')] [MetadataAttribute( '/v2/knowledgebase/global/articles', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The knowledge base article name to get. [Parameter(ValueFromPipeline, ValueFromPipelineByPropertyName)] [String]$articleName ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose 'Getting global knowledge base articles.' $Resource = 'v2/knowledgebase/global/articles' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $GlobalKnowledgeBaseArticlesResults = New-NinjaOneGETRequest @RequestParams return $GlobalKnowledgeBaseArticlesResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\KnowledgeBaseArticles\Get\Get-NinjaOneGlobalKnowledgeBaseArticles.ps1' 56 #Region '.\Public\KnowledgeBaseArticles\Get\Get-NinjaOneKnowledgeBaseArticle.ps1' -1 function Get-NinjaOneKnowledgeBaseArticle { <# .SYNOPSIS Gets a knowledge base article from the NinjaOne API. .DESCRIPTION Retrieves a knowledge base article from the NinjaOne v2 API. .FUNCTIONALITY Knowledge Base Article .EXAMPLE PS> Get-NinjaOneKnowledgeBaseArticle -articleId 1 Gets the knowledge base article with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/knowledgebasearticle #> [CmdletBinding()] [OutputType([Object])] [Alias('gnokba')] [MetadataAttribute( '/v2/knowledgebase/article/{articleId}/download', 'get', '/v2/knowledgebase/article/{articleId}/signed-urls', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The knowledge base article id to get. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$articleId, # Get a map of content ids and their corresponding signed urls. [Parameter(ValueFromPipeline, ValueFromPipelineByPropertyName)] [Switch]$signedUrls ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'articleId=' parameter by removing it from the set parameters. $Parameters.Remove('articleId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { if (!$signedUrls) { Write-Verbose ('Getting knowledge base article with id {0}.' -f $articleId) $Resource = ('v2/knowledgebase/article/{0}/download' -f $articleId) } elseif ($signedUrls) { Write-Verbose ('Getting signed urls for knowledge base article with id {0}.' -f $articleId) $Resource = ('v2/knowledgebase/article/{0}/signed-urls' -f $articleId) } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $KnowledgeBaseArticleResults = New-NinjaOneGETRequest @RequestParams return $KnowledgeBaseArticleResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\KnowledgeBaseArticles\Get\Get-NinjaOneKnowledgeBaseArticle.ps1' 65 #Region '.\Public\KnowledgeBaseArticles\Get\Get-NinjaOneKnowledgeBaseFolders.ps1' -1 function Get-NinjaOneKnowledgeBaseFolders { <# .SYNOPSIS Gets knowledge base folders from the NinjaOne API. .DESCRIPTION Retrieves knowledge base folders and information on their contents from the NinjaOne v2 API. .FUNCTIONALITY Knowledge Base Folders .EXAMPLE PS> Get-NinjaOneKnowledgeBaseFolders Gets all knowledge base folders. .EXAMPLE PS> Get-NinjaOneKnowledgeBaseFolders -folderId 1 Gets the knowledge base folder with id 1. .EXAMPLE PS> Get-NinjaOneKnowledgeBaseFolders -folderPath 'Folder/Subfolder' Gets the knowledge base folder with the path 'Folder/Subfolder'. .EXAMPLE PS> Get-NinjaOneKnowledgeBaseFolders -organisationId 1 Gets all knowledge base folders for the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/knowledgebasefolders #> [CmdletBinding()] [OutputType([Object])] [Alias('gnokbf', 'Get-NinjaOneKnowledgeBaseFolder')] [MetadataAttribute( '/v2/knowledgebase/folder/{folderId}', 'get', '/v2/knowledgebase/folder', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The knowledge base folder id to get. [Parameter(ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$folderId, # The knowledge base folder path to get. [Parameter(ValueFromPipeline, ValueFromPipelineByPropertyName)] [String]$folderPath, # The organisation id to get knowledge base folders for. [Parameter(ValueFromPipeline, ValueFromPipelineByPropertyName)] [Int]$organisationId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'folderId=' parameter by removing it from the set parameters. $Parameters.Remove('folderId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { if ($folderId) { Write-Verbose ('Getting knowledge base folder with id {0}.' -f $folderId) $Resource = ('v2/knowledgebase/folder/{0}' -f $folderId) } else { Write-Verbose 'Getting knowledge base folders.' $Resource = 'v2/knowledgebase/folder' } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $KnowledgeBaseFoldersResults = New-NinjaOneGETRequest @RequestParams return $KnowledgeBaseFoldersResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\KnowledgeBaseArticles\Get\Get-NinjaOneKnowledgeBaseFolders.ps1' 80 #Region '.\Public\KnowledgeBaseArticles\Get\Get-NinjaOneOrganisationKnowledgeBaseArticles.ps1' -1 function Get-NinjaOneOrganisationKnowledgeBaseArticles { <# .SYNOPSIS Gets knowledge base articles for organisations from the NinjaOne API. .DESCRIPTION Retrieves knowledge base articles for organisations from the NinjaOne v2 API. .FUNCTIONALITY Organisation Knowledge Base Articles .EXAMPLE PS> Get-NinjaOneOrganisationKnowledgeBaseArticles Gets all knowledge base articles for organisations. .EXAMPLE PS> Get-NinjaOneOrganisationKnowledgeBaseArticles -articleName 'Article Name' Gets all knowledge base articles for organisations with the name 'Article Name'. .EXAMPLE PS> Get-NinjaOneOrganisationKnowledgeBaseArticles -organisationIds '1,2,3' Gets all knowledge base articles for organisations with ids 1, 2, and 3. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/organisationknowledgebasearticles #> [CmdletBinding()] [OutputType([Object])] [Alias('gnookba', 'Get-NinjaOneOrganizationKnowledgeBaseArticles')] [MetadataAttribute( '/v2/knowledgebase/organization/articles', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The knowledge base article name to get. [Parameter(ValueFromPipeline, ValueFromPipelineByPropertyName)] [String]$articleName, # The organisation ids to get knowledge base articles for. Use a comma separated list for multiple ids. [Parameter(ValueFromPipeline, ValueFromPipelineByPropertyName)] [String]$organisationIds ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose 'Getting organisation knowledge base articles.' $Resource = 'v2/knowledgebase/organization/articles' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $OrganisationKnowledgeBaseArticlesResults = New-NinjaOneGETRequest @RequestParams return $OrganisationKnowledgeBaseArticlesResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\KnowledgeBaseArticles\Get\Get-NinjaOneOrganisationKnowledgeBaseArticles.ps1' 63 #Region '.\Public\KnowledgeBaseArticles\Get\Get-NinjaOneRelatedItemAttachment.ps1' -1 function Get-NinjaOneRelatedItemAttachment { <# .SYNOPSIS Gets a related item attachment from the NinjaOne API. .DESCRIPTION Retrieves a related item attachment from the NinjaOne v2 API. .FUNCTIONALITY Related Item Attachment .EXAMPLE PS> Get-NinjaOneKnowledgeBaseArticle -articleId 1 Gets the knowledge base article with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/knowledgebasearticle #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoria')] [MetadataAttribute( '/v2/related-items/{relatedItemId}/attachment/download', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The related item id to get the attachment for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$relatedItemId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding a 'relatedItemId=' parameter by removing it from the set parameters. $Parameters.Remove('relatedItemId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting related item attachment download for id {0}.' -f $articleId) $Resource = ('v2/related-items/{0}/attachment/download' -f $relatedItemId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $RelatedItemAttachmentResults = New-NinjaOneGETRequest @RequestParams return $RelatedItemAttachmentResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\KnowledgeBaseArticles\Get\Get-NinjaOneRelatedItemAttachment.ps1' 55 #Region '.\Public\KnowledgeBaseArticles\Get\Get-NinjaOneRelatedItemAttachmentSignedURLs.ps1' -1 function Get-NinjaOneRelatedItemAttachmentSignedURLs { <# .SYNOPSIS Gets related item attachment signed URLs from the NinjaOne API. .DESCRIPTION Retrieves a related item attachment signed URLs from the NinjaOne v2 API. .FUNCTIONALITY Related Item Attachment Signed URLs .EXAMPLE PS> Get-NinjaOneRelatedItemAttachmentSignedURLs -entityType 'KB_DOCUMENT' -entityId 1 Gets the related item attachment signed URLs for the KB_DOCUMENT entity with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/relateditemattachmentsignedurls #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoriasu')] [MetadataAttribute( '/v2/related-items/{relatedItemId}/attachment/download', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The entity type of the related item. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [ValidateSet('ORGANIZATION', 'DOCUMENT', 'LOCATION', 'NODE', 'CHECKLIST', 'KB_DOCUMENT')] [String]$entityType, # The entity id of the related item. [Parameter(Mandatory, Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$entityId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'entityType=' parameter by removing it from the set parameters. $Parameters.Remove('entityType') | Out-Null # Workaround to prevent the query string processor from adding an 'entityId=' parameter by removing it from the set parameters. $Parameters.Remove('entityId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting related item attachment signed urls for {0} entity {1}.' -f $entityType, $entityId) $Resource = ('v2/related-items/with-entity/{0}/{1}/attachments/signed-urls' -f $entityType, $entityId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $RelatedItemAttachmentSignedURLsResults = New-NinjaOneGETRequest @RequestParams return $RelatedItemAttachmentSignedURLsResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\KnowledgeBaseArticles\Get\Get-NinjaOneRelatedItemAttachmentSignedURLs.ps1' 61 #Region '.\Public\Location\Get\Get-NinjaOneLocationCustomFields.ps1' -1 function Get-NinjaOneLocationCustomFields { <# .SYNOPSIS Gets location custom fields from the NinjaOne API. .DESCRIPTION Retrieves location custom fields from the NinjaOne v2 API. .FUNCTIONALITY Location Custom Fields .EXAMPLE Get-NinjaOneLocationCustomFields organisationId 1 -locationId 2 Gets custom field details for the location with id 2 belonging to the organisation with id 1. .EXAMPLE Get-NinjaOneLocationCustomFields organisationId 1 -locationId 2 -withInheritance Gets custom field details for the location with id 2 belonging to the organisation with id 1 and inherits values from parent organisation, if no value is set for the location you will get the value from the parent organisation. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/locationcustomfields #> [CmdletBinding()] [OutputType([Object])] [Alias('gnolcf')] [MetadataAttribute( '/v2/organization/{id}/location/{locationId}/custom-fields', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by organisation id. [Parameter(Mandatory, Position = 0, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # Filter by location id. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Int]$locationId, # Inherit custom field values from parent organisation. [Parameter(Position = 2, ValueFromPipelineByPropertyName)] [Boolean]$withInheritance ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'organisationid=' parameter by removing it from the set parameters. $Parameters.Remove('organisationId') | Out-Null # Workaround to prevent the query string processor from adding an 'locationid=' parameter by removing it from the set parameters. $Parameters.Remove('locationId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose 'Getting organisation custom fields from NinjaOne API.' Write-Verbose ('Getting custom fields for organisation {0} - location {1}.' -f $organisationId, $locationId) $Resource = ('v2/organization/{0}/location/{1}/custom-fields' -f $organisationId, $locationId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $CustomFieldResults = New-NinjaOneGETRequest @RequestParams if ($CustomFieldResults) { return $CustomFieldResults } else { throw ('No custom fields found for organisation {0} - location {1}.' -f $organisationId, $locationId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Location\Get\Get-NinjaOneLocationCustomFields.ps1' 71 #Region '.\Public\Location\Set\Set-NinjaOneLocationCustomFields.ps1' -1 function Set-NinjaOneLocationCustomFields { <# .SYNOPSIS Sets an location's custom fields. .DESCRIPTION Sets location custom field values using the NinjaOne v2 API. .FUNCTIONALITY Location Custom Fields .EXAMPLE PS> $LocationCustomFields = @{ field1 = 'value1' field2 = 'value2' } PS> Update-NinjaOneLocationCustomFields -organisationId 1 -locationId 2 -locationCustomFields $LocationCustomFields Updates the custom fields for the location with id 2 belonging to the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Set/locationcustomfields #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('snolcf', 'unolcf', 'Update-NinjaOneLocationCustomFields')] [MetadataAttribute( '/v2/organization/{id}/location/{locationId}/custom-fields', 'patch' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The organisation to set the custom fields for. [Parameter(Mandatory, Position = 0, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # The location to set the custom fields for. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Int]$locationId, # The organisation custom field body object. [Parameter(Mandatory, Position = 2, ValueFromPipelineByPropertyName)] [Alias('customFields', 'body')] [Object]$locationCustomFields ) process { try { Write-Verbose ('Setting location custom fields for location {0}.' -f $locationId) $Resource = ('v2/organization/{0}/location/{1}/custom-fields' -f $organisationId, $locationId) $RequestParams = @{ Resource = $Resource Body = $locationCustomFields } if ($PSCmdlet.ShouldProcess(('Location custom fields for {0} in {1}' -f $locationId, $organisationId), 'Update')) { $LocationCustomFieldsUpdate = New-NinjaOnePATCHRequest @RequestParams if ($LocationCustomFieldsUpdate -eq 204) { Write-Information ('Location {0} custom fields updated successfully.' -f $locationId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Location\Set\Set-NinjaOneLocationCustomFields.ps1' 62 #Region '.\Public\Management\Get\Get-NinjaOneCustomFieldsPolicyCondition.ps1' -1 function Get-NinjaOneCustomFieldsPolicyCondition { <# .SYNOPSIS Gets detailed information on a single custom field condition for a given policy from the NinjaOne API. .DESCRIPTION Retrieves the detailed information on a given custom field condition for a given policy id from the NinjaOne v2 API. .FUNCTIONALITY Custom Field Policy Condition .EXAMPLE PS> Get-NinjaOneCustomFieldsPolicyCondition -policyId 1 -conditionId 1 Gets the custom field policy condition with id 1 for the policy with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/customfieldspolicycondition #> [CmdletBinding()] [OutputType([Object])] [Alias('gnopccf')] [MetadataAttribute( '/v2/policies/{policy_id}/condition/custom-fields/{condition_id}', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The policy id to get the custom field conditions for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$policyId, # The condition id to get the custom field condition for. [Parameter(Mandatory, Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Int]$conditionId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding a 'policyid=' parameter by removing it from the set parameters. $Parameters.Remove('policyId') | Out-Null # Workaround to prevent the query string processor from adding a 'conditionid=' parameter by removing it from the set parameters. $Parameters.Remove('conditionId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting custom field condition {0} for policy {1}.' -f $conditionId, $policyId) $Resource = ('v2/policies/{0}/condition/custom-fields/{1}' -f $policyId, $conditionId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $PolicyConditionCustomFieldsResults = New-NinjaOneGETRequest @RequestParams return $PolicyConditionCustomFieldsResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Get\Get-NinjaOneCustomFieldsPolicyCondition.ps1' 60 #Region '.\Public\Management\Get\Get-NinjaOneCustomFieldsPolicyConditions.ps1' -1 function Get-NinjaOneCustomFieldsPolicyConditions { <# .SYNOPSIS Gets custom field conditions for a given policy from the NinjaOne API. .DESCRIPTION Retrieves the custom field conditions for a given policy id from the NinjaOne v2 API. .FUNCTIONALITY Custom Field Policy Conditions .EXAMPLE PS> Get-NinjaOneCustomFieldsPolicyConditions -policyId 1 Gets the custom field policy conditions for the policy with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/customfieldspolicyconditions #> [CmdletBinding()] [OutputType([Object])] [Alias('gnopccf')] [MetadataAttribute( '/v2/policies/{policy_id}/condition/custom-fields', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The policy id to get the custom field conditions for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$policyId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding a 'policyid=' parameter by removing it from the set parameters. $Parameters.Remove('policyId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting custom field conditions for policy {0}.' -f $policyId) $Resource = ('v2/policies/{0}/condition/custom-fields' -f $policyId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $PolicyConditionsCustomFieldsResults = New-NinjaOneGETRequest @RequestParams if ($PolicyConditionsCustomFieldsResults) { return $PolicyConditionsCustomFieldsResults } else { throw ('No custom fields conditions found for policy {0}.' -f $policyId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Get\Get-NinjaOneCustomFieldsPolicyConditions.ps1' 59 #Region '.\Public\Management\Get\Get-NinjaOneDeviceDashboardURL.ps1' -1 function Get-NinjaOneDeviceDashboardURL { <# .SYNOPSIS Gets device dashboard URL from the NinjaOne API. .DESCRIPTION Retrieves device dashboard URL from the NinjaOne v2 API. .FUNCTIONALITY Device Dashboard URL .EXAMPLE PS> Get-NinjaOneDeviceDashboardURL -deviceId 1 Gets the device dashboard URL for the device with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/devicedashboardurl #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoddurl', 'gnodl', 'Get-NinjaOneDeviceLink')] [MetadataAttribute( '/v2/device/{id}/dashboard-url', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The device id to get the dashboard URL for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # return redirect response. This is largely useless as it will return a HTML redirect page source. [Parameter(Position = 1)] [Switch]$redirect ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting dashboard URL for device {0}.' -f $Device.SystemName) $Resource = ('v2/device/{0}/dashboard-url' -f $deviceId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } if ($redirect) { $RequestParams.Add('Raw', $true) } $DeviceDashboardURLResults = New-NinjaOneGETRequest @RequestParams if ($DeviceDashboardURLResults) { return $DeviceDashboardURLResults } else { throw ('No dashboard URL found for device {0}.' -f $Device.SystemName) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Get\Get-NinjaOneDeviceDashboardURL.ps1' 65 #Region '.\Public\Management\Get\Get-NinjaOneDeviceScriptingOptions.ps1' -1 function Get-NinjaOneDeviceScriptingOptions { <# .SYNOPSIS Gets device scripting options from the NinjaOne API. .DESCRIPTION Retrieves device scripting options from the NinjaOne v2 API. .FUNCTIONALITY Device Scripting Options .EXAMPLE PS> Get-NinjaOneDeviceScriptingOptions -deviceId 1 Gets the device scripting options for the device with id 1. .EXAMPLE PS> Get-NinjaOneDeviceScriptingOptions -deviceId 1 -Scripts Gets the scripts for the device with id 1. .EXAMPLE PS> Get-NinjaOneDeviceScriptingOptions -deviceId 1 -Categories Gets the categories for the device with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/devicescriptingoptions #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodso')] [MetadataAttribute( '/v2/device/{id}/scripting/options', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The device id to get the scripting options for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Built in scripts / job names should be returned in the specified language. [Parameter(Position = 1)] [Alias('lang')] [String]$LanguageTag, # Return the categories list only. [Parameter(Position = 2)] [Switch]$Categories, # Return the scripts list only. [Parameter(Position = 3)] [Switch]$Scripts ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting scripting options for device {0}.' -f $Device.SystemName) $Resource = ('v2/device/{0}/scripting/options' -f $deviceId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceScriptingOptionResults = New-NinjaOneGETRequest @RequestParams if ($DeviceScriptingOptionResults) { if ($Categories) { return $DeviceScriptingOptionResults.Categories } elseif ($Scripts) { return $DeviceScriptingOptionResults.Scripts } else { return $DeviceScriptingOptionResults } } else { throw ('No scripting options found for device {0}.' -f $Device.SystemName) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Get\Get-NinjaOneDeviceScriptingOptions.ps1' 83 #Region '.\Public\Management\Get\Get-NinjaOneInstaller.ps1' -1 function Get-NinjaOneInstaller { <# .SYNOPSIS Gets agent installer URL from the NinjaOne API. .DESCRIPTION Retrieves agent installer URL from the NinjaOne v2 API. .FUNCTIONALITY Installer .EXAMPLE PS> Get-NinjaOneInstaller -organisationId 1 -locationId 1 -installerType WINDOWS_MSI Gets the agent installer URL for the location with id 1 in the organisation with id 1 for the Windows MSI installer. .EXAMPLE PS> Get-NinjaOneInstaller -organisationId 1 -locationId 1 -installerType MAC_PKG Gets the agent installer URL for the location with id 1 in the organisation with id 1 for the Mac PKG installer. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/installer #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoi')] [MetadataAttribute( '/v2/organization/{id}/location/{location_id}/installer/{installer_type}', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The organisation id to get the installer for. [Parameter(Mandatory, Position = 0, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # The location id to get the installer for. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Int]$locationId, # Installer type/platform. [Parameter(Mandatory, Position = 2, ValueFromPipelineByPropertyName)] [ValidateSet( 'WINDOWS_MSI', 'MAC_DMG', 'MAC_PKG', 'LINUX_DEB', 'LINUX_RPM' )] [String]$installerType ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'organisationid=' parameter by removing it from the set parameters. $Parameters.Remove('organisationId') | Out-Null # Workaround to prevent the query string processor from adding a 'locationid=' parameter by removing it from the set parameters. $Parameters.Remove('locationId') | Out-Null # Workaround to prevent the query string processor from adding an 'installertype=' parameter by removing it from the set parameters. $Parameters.Remove('installerType') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting installer for organisation {0} - location {1} ({2}).' -f $Organisation.Name, $Location.Name, $installerType) $Resource = ('v2/organization/{0}/location/{1}/installer/{2}' -f $organisationId, $locationId, $installerType) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $AgentInstallerResults = New-NinjaOneGETRequest @RequestParams if ($AgentInstallerResults) { return $AgentInstallerResults } else { throw ('No agent installer found for organisation { 0 } - location { 1 } ({ 2 }).' -f $Organisation.Name, $Location.Name, $installerType) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Get\Get-NinjaOneInstaller.ps1' 80 #Region '.\Public\Management\Get\Get-NinjaOneWindowsEventPolicyCondition.ps1' -1 function Get-NinjaOneWindowsEventPolicyCondition { <# .SYNOPSIS Gets detailed information on a single windows event condition for a given policy from the NinjaOne API. .DESCRIPTION Retrieves the detailed information for a given windows event condition for a given policy id from the NinjaOne v2 API. .FUNCTIONALITY Windows Event Policy Condition .EXAMPLE PS> Get-NinjaOneWindowsEventPolicyCondition -policyId 1 -conditionId 1 Gets the windows event policy condition with id 1 for the policy with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/windowseventpolicycondition #> [CmdletBinding()] [OutputType([Object])] [Alias('gnopccf')] [MetadataAttribute( '/v2/policies/{policy_id}/condition/windows-event/{condition_id}', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The policy id to get the windows event conditions for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$policyId, # The condition id to get the windows event condition for. [Parameter(Mandatory, Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Int]$conditionId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding a 'policyid=' parameter by removing it from the set parameters. $Parameters.Remove('policyId') | Out-Null # Workaround to prevent the query string processor from adding a 'conditionid=' parameter by removing it from the set parameters. $Parameters.Remove('conditionId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting windows event condition {0} for policy {1}.' -f $conditionId, $policyId) $Resource = ('v2/policies/{0}/condition/windows-event/{1}' -f $policyId, $conditionId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $PolicyConditionWindowsEventResults = New-NinjaOneGETRequest @RequestParams return $PolicyConditionWindowsEventResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Get\Get-NinjaOneWindowsEventPolicyCondition.ps1' 60 #Region '.\Public\Management\Get\Get-NinjaOneWindowsEventPolicyConditions.ps1' -1 function Get-NinjaOnePolicyConditionsWindowsEvent { <# .SYNOPSIS Gets windows event conditions for a given policy from the NinjaOne API. .DESCRIPTION Retrieves the windows event conditions for a given policy id from the NinjaOne v2 API. .FUNCTIONALITY Windows Event Policy Conditions .EXAMPLE PS> Get-NinjaOnePolicyConditionsWindowsEvent -policyId 1 Gets the windows event policy conditions for the policy with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/windowseventpolicyconditions #> [CmdletBinding()] [OutputType([Object])] [Alias('gnopccf')] [MetadataAttribute( '/v2/policies/{policy_id}/condition/windows-event', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The policy id to get the windows event conditions for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$policyId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding a 'policyid=' parameter by removing it from the set parameters. $Parameters.Remove('policyId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting windows event conditions for policy {0}.' -f $policyId) $Resource = ('v2/policies/{0}/condition/windows-event' -f $policyId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $PolicyConditionsWindowsEventResults = New-NinjaOneGETRequest @RequestParams if ($PolicyConditionsWindowsEventResults) { return $PolicyConditionsWindowsEventResults } else { throw ('No windows event conditions found for policy {0}.' -f $policyId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Get\Get-NinjaOneWindowsEventPolicyConditions.ps1' 59 #Region '.\Public\Management\Invoke\Invoke-NinjaOneDeviceScript.ps1' -1 function Invoke-NinjaOneDeviceScript { <# .SYNOPSIS Runs a script or built-in action against the given device. .DESCRIPTION Runs a script or built-in action against a single device using the NinjaOne v2 API. .FUNCTIONALITY Script or Action .OUTPUTS A powershell object containing the response. .EXAMPLE PS> Invoke-NinjaOneDeviceScript -deviceId 1 -type 'SCRIPT' -scriptId 1 Runs the script with id 1 against the device with id 1. .EXAMPLE PS> Invoke-NinjaOneDeviceScript -deviceId 1 -type 'ACTION' -actionUId '00000000-0000-0000-0000-000000000000' Runs the built-in action with uid 00000000-0000-0000-0000-000000000000 against the device with id 1. .EXAMPLE .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Invoke/scriptoraction #> [CmdletBinding()] [OutputType([Object])] [Alias('inods')] [MetadataAttribute( '/v2/device/{id}/script/run', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The device to run a script on. [Parameter(Mandatory, ParameterSetName = 'SCRIPT', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Parameter(Mandatory, ParameterSetName = 'ACTION', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # The type - script or action. [Parameter(Mandatory, ParameterSetName = 'SCRIPT', Position = 1, ValueFromPipelineByPropertyName)] [Parameter(Mandatory, ParameterSetName = 'ACTION', Position = 1, ValueFromPipelineByPropertyName)] [ValidateSet('SCRIPT', 'ACTION')] [String]$type, # The id of the script to run. Only used if the type is script. [Parameter(Mandatory, ParameterSetName = 'SCRIPT', Position = 2, ValueFromPipelineByPropertyName)] [Int]$scriptId, # The unique uid of the action to run. Only used if the type is action. [Parameter(Mandatory, ParameterSetName = 'ACTION', Position = 2, ValueFromPipelineByPropertyName)] [GUID]$actionUId, # The parameters to pass to the script or action. [Parameter(ParameterSetName = 'SCRIPT', Position = 3, ValueFromPipelineByPropertyName)] [Parameter(ParameterSetName = 'ACTION', Position = 3, ValueFromPipelineByPropertyName)] [String]$parameters, # The credential/role identifier to use when running the script. [Parameter(ParameterSetName = 'SCRIPT', Position = 4, ValueFromPipelineByPropertyName)] [Parameter(ParameterSetName = 'ACTION', Position = 4, ValueFromPipelineByPropertyName)] [ValidateScript( { $_ -is [String] -OR $_ -in @('system', 'SR_MAC_SCRIPT', 'SR_LINUX_SCRIPT', 'loggedonuser', 'SR_LOCAL_ADMINISTRATOR', 'SR_DOMAIN_ADMINISTRATOR') } )] [String]$runAs ) begin { } process { try { if ($type -eq 'SCRIPT') { $prettyAction = 'script' } else { $prettyAction = 'action' } $Device = Get-NinjaOneDevice -deviceId $deviceId if ($Device) { Write-Verbose ('Getting device scripting options for device {0}.' -f $Device.SystemName) if ($type -eq 'SCRIPT') { $ScriptOrAction = Get-NinjaOneDeviceScriptingOptions -deviceId $deviceId -Scripts | Where-Object { $_.id -eq $scriptId -AND $_.type -eq $type } } else { $ScriptOrAction = Get-NinjaOneDeviceScriptingOptions -deviceId $deviceId -Scripts | Where-Object { $_.uid -eq $actionUId -AND $_.type -eq $type } } if ($ScriptOrAction.Count -gt 1) { Write-Warning ('More than one {0} matched for device {1}.' -f $prettyAction, $Device.SystemName) Write-Verbose ('Raw {0} options: {1}' -f $prettyAction, ($ScriptOrAction | Out-String)) } if ($ScriptOrAction) { Write-Verbose ('Running {0} {1} on device {2}.' -f $prettyAction, $ScriptOrAction.Name, $Device.SystemName) $Resource = ('v2/device/{0}/script/run' -f $deviceId) $RunRequest = @{ type = $type } if ($scriptId) { $RunRequest.id = $scriptId } if ($actionUId) { $RunRequest.uid = $actionUId } if ($parameters) { $RunRequest.parameters = $parameters } if ($runAs) { $RunRequest.runAs = $runAs } Write-Verbose ('Raw run request: {0}' -f ($RunRequest | Out-String)) } else { if ($scriptId) { throw ('Script with id {0} not found for device {1}.' -f $scriptId, $Device.SystemName) } elseif ($actionUId) { throw ('Action with uid {0} not found for device {1}.' -f $actionUId, $Device.SystemName) } } } else { throw ('Device with id {0} not found.' -f $deviceId) } $RequestParams = @{ Resource = $Resource Body = $RunRequest } $ScriptRun = New-NinjaOnePOSTRequest @RequestParams if ($ScriptRun -eq 204) { Write-Information ('Requested run for {0} {1} on device {2} successfully.' -f $prettyAction, $ScriptOrAction.Name, $Device.SystemName) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Invoke\Invoke-NinjaOneDeviceScript.ps1' 123 #Region '.\Public\Management\Invoke\Invoke-NinjaOneWindowsServiceAction.ps1' -1 function Invoke-NinjaOneWindowsServiceAction { <# .SYNOPSIS Runs an action against the given Windows Service for the given device. .DESCRIPTION Runs an action against a windows service on a single device using the NinjaOne v2 API. .FUNCTIONALITY Windows Service Action .OUTPUTS System.Void This commandlet returns no output. A success message will be written to the information stream if the API returns a 204 success code. Use `-InformationAction Continue` to see this message. .EXAMPLE .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Invoke/windowsserviceaction #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] # This commandlet returns no output. A success message will be written to the information stream if the API returns a 204 success code. Use `-InformationAction Continue` to see this message. [OutputType([System.Void])] [Alias('inowsa')] [MetadataAttribute( '/v2/device/{id}/windows-service/{serviceId}/control', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The device(s) to change service configuration for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [int]$deviceId, # The service to alter configuration for. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Alias('service', 'serviceName')] [string]$serviceId, # The action to invoke. [Parameter(Mandatory, Position = 2, ValueFromPipelineByPropertyName)] [ValidateSet('START', 'PAUSE', 'STOP', 'RESTART')] [string]$action ) process { try { $Device = Get-NinjaOneDevice -deviceId $deviceId if ($Device) { $Service = Get-NinjaOneDeviceWindowsServices -deviceId $deviceId -name $serviceId if ($Service) { Write-Verbose ('Performing action {0} on service {1} on device {2}.' -f $action, $Service.DisplayName, $Device.SystemName) $Resource = ('v2/device/{0}/windows-service/{1}/control' -f $deviceId, $serviceId) } else { throw ('Service with id {0} not found.' -f $serviceId) } } else { throw ('Device with id {0} not found.' -f $deviceId) } $RequestParams = @{ Resource = $Resource Body = @{ action = $action } } if ($PSCmdlet.ShouldProcess("Service $($serviceId) configuration", 'Set')) { $ServiceAction = New-NinjaOnePOSTRequest @RequestParams if ($ServiceAction -eq 204) { Write-Information ('Requested {0} on service {1} on device {2} successfully.' -f $action, $serviceId, $deviceId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Invoke\Invoke-NinjaOneWindowsServiceAction.ps1' 72 #Region '.\Public\Management\New\New-NinjaOneCustomFieldsPolicyCondition.ps1' -1 function New-NinjaOneCustomFieldsPolicyCondition { <# .SYNOPSIS Creates a new custom fields policy condition using the NinjaOne API. .DESCRIPTION Create a new custom fields policy condition using the NinjaOne v2 API. .FUNCTIONALITY Custom Fields Policy Condition .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/customfieldspolicycondition #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('nnocfpc')] [MetadataAttribute( '/v2/policies/{policy_id}/condition/custom-fields', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The policy id to create the custom fields policy condition for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$policyId, # An object containing the custom fields policy condition to create. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Alias('body')] [Object]$customFieldsPolicyCondition, # Show the custom fields policy condition that was created. [Switch]$show ) process { try { $Resource = ('v2/policies/{0}/condition/custom-fields' -f $policyId) $RequestParams = @{ Resource = $Resource Body = $customFieldsPolicyCondition } if ($PSCmdlet.ShouldProcess(('Custom Fields condition for policy {0}' -f $policyId), 'Create')) { $CustomFieldsConditionCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $CustomFieldsConditionCreate } else { Write-Information ('Custom Fields condition {0} created.' -f $CustomFieldsConditionCreate.displayName) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\New\New-NinjaOneCustomFieldsPolicyCondition.ps1' 54 #Region '.\Public\Management\New\New-NinjaOneInstaller.ps1' -1 function New-NinjaOneInstaller { <# .SYNOPSIS Creates a new installer using the NinjaOne API. .DESCRIPTION Create a new installer download link using the NinjaOne v2 API. .FUNCTIONALITY Installer .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/installer #> [CmdletBinding( SupportsShouldProcess, ConfirmImpact = 'Medium' )] [OutputType([Object])] [Alias('nnoi')] [MetadataAttribute( '/v2/organization/generate-installer', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The organization id to use when creating the installer. [Parameter(Mandatory, Position = 0, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # The location id to use when creating the installer. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Int]$locationId, # The installer type to use when creating the installer. [Parameter(Mandatory, Position = 2, ValueFromPipelineByPropertyName)] [ValidateSet('WINDOWS_MSI', 'MAC_DMG', 'MAC_PKG', 'LINUX_DEB', 'LINUX_RPM')] [String]$installerType, # The number of uses permitted for the installer. #[Parameter(Position = 3, ValueFromPipelineByPropertyName)] #[Int]$usageLimit, # The node role id to use when creating the installer. [Parameter(Position = 4, ValueFromPipelineByPropertyName)] [ValidateNodeRoleId()] [Object]$nodeRoleId = 'auto' ) process { try { $Resource = 'v2/organization/generate-installer' $InstallerBody = @{ organization_id = $organisationId location_id = $locationId installer_type = $installerType # usage_limit = $usageLimit content = @{ nodeRoleId = $nodeRoleId } } $RequestParams = @{ Resource = $Resource Body = $InstallerBody } $OrganisationExists = (Get-NinjaOneOrganisations -organisationId $organisationId).Count -gt 0 $LocationExists = (Get-NinjaOneLocations -organisationId $organisationId | Where-Object { $_.id -eq $locationId }).Count -gt 0 if ($OrganisationExists -and $LocationExists) { if ($PSCmdlet.ShouldProcess('Installer', 'Create')) { $InstallerCreate = New-NinjaOnePOSTRequest @RequestParams return $InstallerCreate.url } } else { throw "Organisation '$organisationId' or location '$locationId' does not exist." } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\New\New-NinjaOneInstaller.ps1' 73 #Region '.\Public\Management\New\New-NinjaOneLocation.ps1' -1 function New-NinjaOneLocation { <# .SYNOPSIS Creates a new location using the NinjaOne API. .DESCRIPTION Create an location using the NinjaOne v2 API. .FUNCTIONALITY Location .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/location #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('nnol')] [MetadataAttribute( '/v2/organization/{id}/locations', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The organization Id to use when creating the location. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # An object containing the location to create. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Alias('body')] [Object]$location, # Show the location that was created. [Switch]$show ) process { try { $Resource = ('v2/organization/{0}/locations' -f $organisationId) $RequestParams = @{ Resource = $Resource Body = $location } if ($PSCmdlet.ShouldProcess(('Location {0}' -f $location.name), 'Create')) { $LocationCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $LocationCreate } else { Write-Information ('Location {0} created.' -f $LocationCreate.name) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\New\New-NinjaOneLocation.ps1' 54 #Region '.\Public\Management\New\New-NinjaOneOrganisation.ps1' -1 function New-NinjaOneOrganisation { <# .SYNOPSIS Creates a new organisation using the NinjaOne API. .DESCRIPTION Create an organisation using the NinjaOne v2 API. .FUNCTIONALITY Organisation .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/organisation #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('nnoo', 'New-NinjaOneOrganization')] [MetadataAttribute( '/v2/organizations', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The Id of the organisation to use as a template. [Parameter(Position = 0, ValueFromPipelineByPropertyName)] [Alias('templateOrganizationId', 'templateId')] [String]$templateOrganisationId, # An object containing the organisation to create. [Parameter(Mandatory, Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('organization', 'body')] [Object]$organisation, # Show the organisation that was created. [Switch]$show ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'organisation=' parameter by removing it from the set parameters. if ($organisation) { $Parameters.Remove('organisation') | Out-Null } # Workaround to prevent the query string processor from adding a 'show=' parameter by removing it from the set parameters. if ($show) { $Parameters.Remove('show') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/organizations' $RequestParams = @{ Resource = $Resource Body = $organisation QSCollection = $QSCollection } if ($PSCmdlet.ShouldProcess(('Organisation {0}' -f $organisation.name), 'Create')) { $OrganisationCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $OrganisationCreate } else { Write-Information ('Organisation {0} created.' -f $OrganisationCreate.name) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\New\New-NinjaOneOrganisation.ps1' 68 #Region '.\Public\Management\New\New-NinjaOnePolicy.ps1' -1 function New-NinjaOnePolicy { <# .SYNOPSIS Creates a new policy using the NinjaOne API. .DESCRIPTION Create a new policy using the NinjaOne v2 API. .FUNCTIONALITY Policy .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/policy #> [CmdletBinding( SupportsShouldProcess, ConfirmImpact = 'Medium' )] [OutputType([Object])] [Alias('nnop')] [MetadataAttribute( '/v2/policies', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The mode to run in, new, child or copy. [Parameter(Mandatory, Position = 0, ValueFromPipelineByPropertyName)] [ValidateSet('NEW', 'CHILD', 'COPY')] [String]$mode, # An object containing the policy to create. [Parameter(Mandatory, Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Object]$policy, # The Id of the template policy to copy from. [Parameter(Position = 2, ValueFromPipelineByPropertyName)] [Alias('templateId')] [Int]$templatePolicyId, # Show the policy that was created. [Switch]$show ) begin { if ($mode -eq 'CHILD' -and $null -eq $policy.parentPolicyId) { throw 'The policy must have a parent policy id if using "CHILD" mode.' } elseif ($mode -eq 'COPY' -and $null -eq $templatePolicyId) { throw 'The policy must have a template policy id if using "COPY" mode.' } $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters if ($policy) { $Parameters.Remove('policy') | Out-Null } if ($templatePolicyId) { $Parameters.Remove('templatePolicyId') | Out-Null } if ($show) { $Parameters.Remove('show') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/policies' $RequestParams = @{ Resource = $Resource Body = $policy QSCollection = $QSCollection } if ($PSCmdlet.ShouldProcess(('Policy {0}' -f $policy.Name), 'Create')) { $PolicyCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $PolicyCreate } else { Write-Information ('Policy {0} created.' -f $PolicyCreate.name) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\New\New-NinjaOnePolicy.ps1' 77 #Region '.\Public\Management\New\New-NinjaOneWindowsEventPolicyCondition.ps1' -1 function New-NinjaOneWindowsEventPolicyCondition { <# .SYNOPSIS Creates a new windows event policy condition using the NinjaOne API. .DESCRIPTION Create a new windows event policy condition using the NinjaOne v2 API. .FUNCTIONALITY Windows Event Policy Condition .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/customfieldspolicycondition #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('nnocfpc')] [MetadataAttribute( '/v2/policies/{policy_id}/condition/windows-event', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The policy id to create the windows event policy condition for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$policyId, # An object containing the windows event policy condition to create. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Alias('body')] [Object]$windowsEventPolicyCondition, # Show the windows event policy condition that was created. [Switch]$show ) process { try { $Resource = ('v2/policies/{0}/condition/windows-event' -f $policyId) $RequestParams = @{ Resource = $Resource Body = $windowsEventPolicyCondition } if ($PSCmdlet.ShouldProcess(('Windows Event condition for policy {0}' -f $policyId), 'Create')) { $WindowsEventConditionCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $WindowsEventConditionCreate } else { Write-Information ('Windows Event conditon {0} created.' -f $WindowsEventConditionCreate.displayName) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\New\New-NinjaOneWindowsEventPolicyCondition.ps1' 54 #Region '.\Public\Management\Remove\Remove-NinjaOneDeviceMaintenance.ps1' -1 function Remove-NinjaOneDeviceMaintenance { <# .SYNOPSIS Cancels scheduled maintenance for the given device. .DESCRIPTION Cancels scheduled maintenance for the given device using the NinjaOne v2 API. .FUNCTIONALITY Maintenance .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Remove/maintenance #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('rnodm')] [MetadataAttribute( '/v2/device/{id}/maintenance', 'delete' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The device Id to cancel maintenance for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId ) process { try { $Resource = ('v2/device/{0}/maintenance' -f $deviceId) $RequestParams = @{ Resource = $Resource } if ($PSCmdlet.ShouldProcess(('{0} Maintenance' -f $deviceId), 'Delete')) { $DeviceMaintenance = New-NinjaOneDELETERequest @RequestParams if ($DeviceMaintenance -eq 204) { Write-Information ('Scheduled device maintenance for device {0} deleted successfully.' -f $deviceId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Remove\Remove-NinjaOneDeviceMaintenance.ps1' 45 #Region '.\Public\Management\Remove\Remove-NinjaOnePolicyCondition.ps1' -1 function Remove-NinjaOnePolicyCondition { <# .SYNOPSIS Remove the given policy condition. .DESCRIPTION Removes the given policy condition using the NinjaOne v2 API. .FUNCTIONALITY Policy Condition .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Remove/policycondition #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('rnopc')] [MetadataAttribute( '/v2/policies/{policy_id}/condition/{condition_id}', 'delete' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The policy id to remove the condition from. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$policyId, # The condition id to remove. [Parameter(Mandatory, Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [GUID]$conditionId ) process { try { $Resource = ('v2/policies/{0}/condition/{1}' -f $policyId, $conditionId) $RequestParams = @{ Resource = $Resource } if ($PSCmdlet.ShouldProcess(('Policy {0} Condition {1}' -f $policyId, $conditionId), 'Delete')) { $PolicyConditionDelete = New-NinjaOneDELETERequest @RequestParams if ($PolicyConditionDelete -eq 204) { Write-Information ('Condition {0} in policy with id {1} deleted successfully.' -f $conditionId, $policyId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Remove\Remove-NinjaOnePolicyCondition.ps1' 48 #Region '.\Public\Management\Reset\Reset-NinjaOneAlert.ps1' -1 function Reset-NinjaOneAlert { <# .SYNOPSIS Resets alerts using the NinjaOne API. .DESCRIPTION Resets the status of alerts using the NinjaOne v2 API. .FUNCTIONALITY Alert .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Reset/alert #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('rnoa')] [MetadataAttribute( '/v2/alert/{uid}/reset', 'post', '/v2/alert/{uid}', 'delete' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The alert Id to reset status for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [String]$uid, # The reset activity data. [Parameter(Position = 1, ValueFromPipelineByPropertyName)] [Object]$activityData ) process { try { if ($activityData) { $Resource = ('v2/alert/{0}/reset' -f $uid) $RequestParams = @{ Resource = $Resource Body = $activityData } if ($PSCmdlet.ShouldProcess(('Alert {0}' -f $uid), 'Reset')) { $Alert = New-NinjaOnePOSTRequest @RequestParams if ($Alert -eq 204) { $OIP = $InformationPreference $InformationPreference = 'Continue' Write-Information 'Alert reset successfully.' $InformationPreference = $OIP } } } else { $Resource = ('v2/alert/{0}' -f $uid) $RequestParams = @{ Resource = $Resource } if ($PSCmdlet.ShouldProcess(('Alert {0}' -f $uid), 'Reset')) { $Alert = New-NinjaOneDELETERequest @RequestParams if ($Alert -eq 204) { Write-Information 'Alert reset successfully.' } } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Reset\Reset-NinjaOneAlert.ps1' 67 #Region '.\Public\Management\Reset\Reset-NinjaOneDevicePolicyOverrides.ps1' -1 function Reset-NinjaOneDevicePolicyOverrides { <# .SYNOPSIS Resets (removes) device policy overrides using the NinjaOne API. .DESCRIPTION Resets (removes) all configured device policy overrides using the NinjaOne v2 API. .FUNCTIONALITY Device Policy Overrides .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Reset/devicepolicyoverrides #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('rnodpo')] [MetadataAttribute( '/v2/device/{id}/policy/overrides', 'delete' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The device Id to reset policy overrides for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId ) process { try { $Device = Get-NinjaOneDevice -deviceId $deviceId if ($Device) { Write-Verbose ('Resetting device policy overrides for device {0}.' -f $Device.SystemName) $Resource = ('v2/device/{0}/policy/overrides' -f $deviceId) } else { throw ('Device with id {0} not found.' -f $deviceId) } $RequestParams = @{ Resource = $Resource } if ($PSCmdlet.ShouldProcess(('Device Policy Overrides for {0}' -f $Device.SystemName), 'Reset')) { $PolicyOverrides = New-NinjaOneDELETERequest @RequestParams if ($PolicyOverrides -eq 204) { Write-Information ('Device policy overrides for {0} reset successfully.' -f $Device.SystemName) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Reset\Reset-NinjaOneDevicePolicyOverrides.ps1' 51 #Region '.\Public\Management\Restart\Restart-NinjaOneDevice.ps1' -1 function Restart-NinjaOneDevice { <# .SYNOPSIS Reboots a device using the NinjaOne API. .DESCRIPTION Triggers a device reboot using the NinjaOne v2 API. .FUNCTIONALITY Device .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Restart/device #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('rnod')] [MetadataAttribute( '/v2/device/{id}/reboot/{mode}', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The device Id to reset status for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # The reboot mode. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [ValidateSet('NORMAL', 'FORCED')] [String]$mode, # The reboot reason. [Parameter(Position = 3, ValueFromPipelineByPropertyName)] [String]$reason ) process { try { Write-Verbose ('Rebooting device {0}.' -f $deviceId) $Resource = ('v2/device/{0}/reboot/{1}' -f $deviceId, $mode) $RequestParams = @{ Resource = $Resource } if ($reason) { $reasonObject = @{ reason = $reason } $RequestParams.Add('body', $reasonObject) } if ($PSCmdlet.ShouldProcess(('Device' -f $deviceId), 'Reboot')) { $Alert = New-NinjaOnePOSTRequest @RequestParams if ($Alert -eq 204) { Write-Information ('Device {0} rebooted command sent successfully.' -f $deviceId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Restart\Restart-NinjaOneDevice.ps1' 59 #Region '.\Public\Management\Set\Set-NinjaOneDevice.ps1' -1 function Set-NinjaOneDevice { <# .SYNOPSIS Sets device information, like friendly name, user data etc. .DESCRIPTION Sets device information using the NinjaOne v2 API. .FUNCTIONALITY Device .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Set/device #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('snod', 'unod', 'Update-NinjaOneDevice')] [MetadataAttribute( '/v2/device/{id}', 'patch' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The device to set the information for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # The device information body object. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Object]$deviceInformation ) process { try { Write-Verbose ('Setting device information for device {0}.' -f $deviceId) $Resource = ('v2/device/{0}' -f $deviceId) $RequestParams = @{ Resource = $Resource Body = $deviceInformation } if ($PSCmdlet.ShouldProcess(('Device {0} information' -f $deviceId), 'Update')) { $DeviceUpdate = New-NinjaOnePATCHRequest @RequestParams if ($DeviceUpdate -eq 204) { Write-Information ('Device {0} information updated successfully.' -f $deviceId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Set\Set-NinjaOneDevice.ps1' 50 #Region '.\Public\Management\Set\Set-NinjaOneDeviceApproval.ps1' -1 function Set-NinjaOneDeviceApproval { <# .SYNOPSIS Sets the approval status of the specified device(s) .DESCRIPTION Sets the approval status of the specified device(s) using the NinjaOne v2 API. .FUNCTIONALITY Device Approval .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Set/deviceapproval #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('snoda', 'unoda', 'Update-NinjaOneDeviceApproval')] [MetadataAttribute( '/v2/devices/approval/{mode}', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The approval mode. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [ValidateSet('APPROVE', 'REJECT')] [String]$mode, # The device(s) to set the approval status for. [Parameter(Mandatory, Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'ids')] [Int[]]$deviceIds ) begin { } process { try { $Resource = ('v2/devices/approval/{0}' -f $mode) if ($deviceIds -is [array]) { $devices = @{ 'devices' = $deviceIds } } else { $devices = @{ 'devices' = @($deviceIds) } } $RequestParams = @{ Resource = $Resource Body = $devices } if ($PSCmdlet.ShouldProcess('Device Approval', 'Set')) { $DeviceApprovals = New-NinjaOnePOSTRequest @RequestParams if ($DeviceApprovals -eq 204) { if ($mode -eq 'APPROVE') { $approvalResult = 'approved' } else { $approvalResult = 'rejected' } Write-Information ('Device(s) {0} {1} successfully.' -f (($DeviceResults | Select-Object -ExpandProperty SystemName) -join ', '), $approvalResult) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Set\Set-NinjaOneDeviceApproval.ps1' 65 #Region '.\Public\Management\Set\Set-NinjaOneDeviceMaintenance.ps1' -1 function Set-NinjaOneDeviceMaintenance { <# .SYNOPSIS Sets a new maintenance window for the specified device(s) .DESCRIPTION Schedule a new maintenance window for the given device(s) using the NinjaOne v2 API. .FUNCTIONALITY Device Maintenance .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Set/devicemaintenance #> [CmdletBinding( SupportsShouldProcess, ConfirmImpact = 'Medium' )] [OutputType([Object])] [Alias('snodm', 'unodm', 'Update-NinjaOneDeviceMaintenance')] [MetadataAttribute( '/v2/device/{id}/maintenance', 'put' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The device to set a maintenance window for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # The features to disable during maintenance. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [ValidateSet('ALERTS', 'PATCHING', 'AVSCANS', 'TASKS')] [String[]]$disabledFeatures, # The start date/time for the maintenance window - PowerShell DateTime object. [Parameter(Position = 2)] [DateTime]$start, # The start date/time for the maintenance window - Unix Epoch time. [Parameter(Position = 2)] [Int]$unixStart, # The end date/time for the maintenance window - PowerShell DateTime object. [Parameter(Position = 3)] [DateTime]$end, # The end date/time for the maintenance window - Unix Epoch time. [Parameter(Position = 3)] [Int]$unixEnd ) process { try { Write-Verbose ('Setting maintenance window for device {0}.' -f $deviceId) if ($start) { [Int]$start = ConvertTo-UnixEpoch -DateTime $start } elseif ($unixStart) { $Parameters.Remove('unixStart') | Out-Null [Int]$start = $unixStart } if ($end) { [Int]$end = ConvertTo-UnixEpoch -DateTime $end } elseif ($unixEnd) { $Parameters.Remove('unixEnd') | Out-Null [Int]$end = $unixEnd } else { throw 'An end date/time must be specified.' } $MaintenanceWindow = @{ disabledFeatures = [Array]$disabledFeatures start = $start end = $end } $RequestParams = @{ Resource = $Resource Body = $MaintenanceWindow } if ($PSCmdlet.ShouldProcess(('Device Maintenance for {0}' -f $deviceId), 'Set')) { $DeviceMaintenance = New-NinjaOnePUTRequest @RequestParams -ErrorAction Stop if ($DeviceMaintenance -eq 204) { Write-Information ('Maintenance window for {0} set successfully.' -f $deviceId) } } } catch [System.IO.InvalidDataException] { throw $_ } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Set\Set-NinjaOneDeviceMaintenance.ps1' 83 #Region '.\Public\Management\Set\Set-NinjaOneLocation.ps1' -1 function Set-NinjaOneLocation { <# .SYNOPSIS Sets location information, like name, address, description etc. .DESCRIPTION Sets location information using the NinjaOne v2 API. .FUNCTIONALITY Location .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Set/location #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('snol', 'unol', 'Update-NinjaOneLocation')] [MetadataAttribute( '/v2/organization/{id}/locations/{locationId}', 'patch' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The organisation to set the location information for. [Parameter(Mandatory, Position = 0, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # The location to set the information for. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Int]$locationId, # The location information body object. [Parameter(Mandatory, Position = 2, ValueFromPipelineByPropertyName)] [Object]$locationInformation ) process { try { Write-Verbose ('Setting location information for location {0}.' -f $locationId) $Resource = ('v2/organization/{0}/locations/{1}' -f $organisationId, $locationId) $RequestParams = @{ Resource = $Resource Body = $locationInformation } if ($PSCmdlet.ShouldProcess(('Location information for {0} in {1}' -f $locationId, $organisationId), 'Update')) { $LocationUpdate = New-NinjaOnePATCHRequest @RequestParams if ($LocationUpdate -eq 204) { Write-Information ('Location {0} information updated successfully.' -f $locationId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Set\Set-NinjaOneLocation.ps1' 53 #Region '.\Public\Management\Set\Set-NinjaOneOrganisation.ps1' -1 function Set-NinjaOneOrganisation { <# .SYNOPSIS Sets organisation information, like name, node approval mode etc. .DESCRIPTION Sets organisation information using the NinjaOne v2 API. .FUNCTIONALITY Organisation .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Set/organisation #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('snoo', 'Set-NinjaOneOrganization', 'unoo', 'Update-NinjaOneOrganisation', 'Update-NinjaOneOrganization')] [MetadataAttribute( '/v2/organization/{id}', 'patch' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The organisation to set the information for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # The organisation information body object. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Alias('organizationInformation', 'body')] [Object]$organisationInformation ) process { try { Write-Verbose ('Setting organisation information for organisation {0}.' -f $organisationId) $Resource = ('v2/organization/{0}' -f $organisationId) $RequestParams = @{ Resource = $Resource Body = $organisationInformation } if ($PSCmdlet.ShouldProcess(('Organisation {0} information' -f $organisationId), 'Update')) { $OrganisationUpdate = New-NinjaOnePATCHRequest @RequestParams if ($OrganisationUpdate -eq 204) { Write-Information ('Organisation {0} information updated successfully.' -f $organisationId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Set\Set-NinjaOneOrganisation.ps1' 51 #Region '.\Public\Management\Set\Set-NinjaOneOrganisationPolicies.ps1' -1 function Set-NinjaOneOrganisationPolicies { <# .SYNOPSIS Sets policy assignment for node role(s) for an organisation. .DESCRIPTION Sets policy assignment for node role(s) for an organisation using the NinjaOne v2 API. .FUNCTIONALITY Organisation Policies .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/set/organisationpolicies #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Array])] [Alias('snoop', 'Set-NinjaOneOrganizationPolicies', 'snorpa', 'Set-NinjaOneNodeRolePolicyAssignment', 'unorpa', 'Update-NinjaOneNodeRolePolicyAssignment', 'snopm', 'Set-NinjaOneOrganisationPolicyMappings', 'Set-NinjaOneOrganizationPolicyMappings', 'Set-NinjaOneOrganisationPolicyMapping', 'Set-NinjaOneOrganizationPolicyMapping', 'unopm', 'Update-NinjaOneOrganisationPolicyMappings', 'Update-NinjaOneOrganisationPolicyMapping', 'Update-NinjaOneOrganizationPolicyMappings', 'Update-NinjaOneOrganizationPolicyMapping')] [MetadataAttribute( '/v2/organization/{id}/policies', 'put' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The organisation to update the policy assignment for. [Parameter(Mandatory, ParameterSetName = 'Single', Position = 0, ValueFromPipelineByPropertyName)] [Parameter(Mandatory, ParameterSetName = 'Multiple', Position = 0, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # The node role id to update the policy assignment for. [Parameter(Mandatory, ParameterSetName = 'Single', Position = 1, ValueFromPipelineByPropertyName)] [Int]$nodeRoleId, # The policy id to assign to the node role. [Parameter(Mandatory, ParameterSetName = 'Single', Position = 2, ValueFromPipelineByPropertyName)] [Int]$policyId, # The node role policy assignments to update. Should be an array of objects with the following properties: nodeRoleId, policyId. [Parameter(Mandatory, ParameterSetName = 'Multiple', Position = 1, ValueFromPipelineByPropertyName)] [Object[]]$policyAssignments ) process { try { if ($PSCmdlet.ParameterSetName -eq 'Single') { try { $Body = @{ 'nodeRoleId' = $nodeRoleId 'policyId' = $policyId } } catch { New-NinjaOneError -ErrorRecord $_ } } elseif ($PSCmdlet.ParameterSetName -eq 'Multiple') { $Body = [System.Collections.Generic.List[Object]]::new() $policyAssignments | ForEach-Object { try { $Body.Add( @{ 'nodeRoleId' = $_.nodeRoleId 'policyId' = $_.policyId } ) | Out-Null } catch { New-NinjaOneError -ErrorRecord $_ } } } $Resource = ('v2/organization/{0}/policies' -f $organisation.id) $RequestParams = @{ Resource = $Resource Body = $Body } if ($PSCmdlet.ParameterSetName -eq 'Single') { $RequestParams.AsArray = $true } elseif ($PSCmdlet.ParameterSetName -eq 'Multiple') { $RequestParams.AsArray = $false } if ($PSCmdlet.ShouldProcess(('Assign policy {0} to role {1} for {2}.' -f $policyId, $nodeRoleId, $organisationId), 'Update')) { $NodeRolePolicyAssignment = New-NinjaOnePUTRequest @RequestParams if ($NodeRolePolicyAssignment -eq 204) { Write-Information ('Policy {0} assigned to role {1} for {2}.' -f $policyId, $nodeRoleId, $organisationId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Set\Set-NinjaOneOrganisationPolicies.ps1' 85 #Region '.\Public\Management\Set\Set-NinjaOneWindowsServiceConfiguration.ps1' -1 function Set-NinjaOneWindowsServiceConfiguration { <# .SYNOPSIS Sets the configuration of the given Windows Service for the given device. .DESCRIPTION Sets the configuration of the Windows Service for a single device using the NinjaOne v2 API. .FUNCTIONALITY Windows Service Configuration .OUTPUTS A powershell object containing the response. .EXAMPLE Set-NinjaOneWindowsServiceConfiguration -deviceId "12345" -serviceId "NinjaRMMAgent" -Configuration @{ startType = "AUTO_START"; userName = "LocalSystem" } .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Set/windowsserviceconfiguration #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('snowsc', 'unowsc', 'Update-NinjaOneWindowsServiceConfiguration')] [MetadataAttribute( '/v2/device/{id}/windows-service/{serviceId}/configure', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The device to change servce configuration for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # The service to alter configuration for. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Int]$serviceId, # The configuration to set. [Parameter(Mandatory, Position = 2, ValueFromPipelineByPropertyName)] [Object]$configuration ) process { try { $Resource = ('v2/device/{0}/windows-service/{1}/configure' -f $deviceId, $serviceId) $RequestParams = @{ Resource = $Resource Body = $configuration } if ($PSCmdlet.ShouldProcess(('Service {0} configuration' -f $serviceId), 'Set')) { $ServiceConfiguration = New-NinjaOnePOSTRequest @RequestParams if ($ServiceConfiguration -eq 204) { Write-Information ('Service {0} configuration updated successfully.' -f $serviceId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Management\Set\Set-NinjaOneWindowsServiceConfiguration.ps1' 54 #Region '.\Public\Object Helpers\New-NinjaOneCustomFieldObject.ps1' -1 function New-NinjaOneCustomFieldObject { <# .SYNOPSIS Create a new Custom Field object. .DESCRIPTION Creates a new Custom Field object containing required / specified properties / structure. .FUNCTIONALITY Custom Field Object Helper .OUTPUTS [Object] A new Custom Field object. #> [CmdletBinding()] [OutputType([Object])] [Alias('nnodtfo')] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '', Justification = 'Does not change system state, creates a new object.')] param( # The custom field name. [Parameter(Mandatory, Position = 0)] [String]$Name, # The custom field value. [Parameter(Mandatory, Position = 1)] [Object]$Value, # Is the custom field value HTML. [Parameter(Position = 2)] [Bool]$IsHTML ) process { if ($IsHTML) { $OutputObject = [PSCustomObject]@{ name = $Name value = @{ html = $Value } } } else { $OutputObject = [PSCustomObject]@{ name = $Name value = $Value } } $OutputObject.PSTypeNames.Insert(0, 'CustomField') return $OutputObject } } #EndRegion '.\Public\Object Helpers\New-NinjaOneCustomFieldObject.ps1' 45 #Region '.\Public\Object Helpers\New-NinjaOneDocumentTemplateFieldObject.ps1' -1 function New-NinjaOneDocumentTemplateFieldObject { <# .SYNOPSIS Create a new Document Template Field object. .DESCRIPTION Creates a new Document Template Field object containing required / specified properties / structure. .FUNCTIONALITY Document Template Field Object Helper .OUTPUTS [Object] A new Document Template Field or UI Element object. #> [CmdletBinding()] [OutputType([Object])] [Alias('nnodtfo')] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '', Justification = 'Does not change system state, creates a new object.')] param( # The human readable label for the field. [Parameter(Mandatory, ParameterSetName = 'Field', Position = 0)] [String]$Label, # The machine readable name for the field. This is an immutable value. [Parameter(Mandatory, ParameterSetName = 'Field', Position = 1)] [String]$Name, # The description of the field. [Parameter(ParameterSetName = 'Field', Position = 2)] [String]$Description, # The type of the field. [Parameter(Mandatory, ParameterSetName = 'Field', Position = 3)] [ValidateSet('DROPDOWN', 'MULTI_SELECT', 'CHECKBOX', 'TEXT', 'TEXT_MULTILINE', 'TEXT_ENCRYPTED', 'NUMERIC', 'DECIMAL', 'DATE', 'DATE_TIME', 'TIME', 'ATTACHMENT', 'NODE_DROPDOWN', 'NODE_MULTI_SELECT', 'CLIENT_DROPDOWN', 'CLIENT_MULTI_SELECT', 'CLIENT_LOCATION_DROPDOWN', 'CLIENT_LOCATION_MULTI_SELECT', 'CLIENT_DOCUMENT_DROPDOWN', 'CLIENT_DOCUMENT_MULTI_SELECT', 'EMAIL', 'PHONE', 'IP_ADDRESS', 'WYSIWYG', 'URL')] [String]$Type, # The technician permissions for the field. [Parameter(ParameterSetName = 'Field', Position = 4)] [ValidateSet('NONE', 'EDITABLE', 'READ_ONLY')] [String]$TechnicianPermission = 'NONE', # The script permissions for the field. [Parameter(ParameterSetName = 'Field', Position = 5)] [ValidateSet('NONE', 'READ_ONLY', 'WRITE_ONLY', 'READ_WRITE')] [String]$ScriptPermission = 'NONE', # The API permissions for the field. [Parameter(ParameterSetName = 'Field', Position = 6)] [ValidateSet('NONE', 'READ_ONLY', 'WRITE_ONLY', 'READ_WRITE')] [String]$APIPermission = 'NONE', # The default value for the field. [Parameter(ParameterSetName = 'Field', Position = 7)] [String]$DefaultValue, # The field options (a.k.a the field content). [Parameter(ParameterSetName = 'Field', Position = 8)] [Object[]]$Options, # When creating a UI element (e.g a title, separator or description box) this is the machine readable name of the UI element. [Parameter(Mandatory, ParameterSetName = 'UIElement', Position = 0)] [String]$ElementName, # When creating a UI element (e.g a title, separator or description box) this is the value of the UI element. [Parameter(ParameterSetName = 'UIElement', Position = 1)] [String]$ElementValue, # When creating a UI element (e.g a title, separator or description box) this is the type of the UI element. [Parameter(Mandatory, ParameterSetName = 'UIElement', Position = 2)] [ValidateSet('TITLE', 'SEPARATOR', 'DESCRIPTION')] [String]$ElementType ) process { if ($PSCmdlet.ParameterSetName -eq 'Field') { # Build our Document Template Field object as a hashtable. $DocumentTemplateField = @{} $DocumentTemplateField.Add('fieldLabel', $Label) $DocumentTemplateField.Add('fieldName', $Name) if ($Description) { $DocumentTemplateField.Add('fieldDescription', $Description) } $DocumentTemplateField.Add('fieldType', $Type) $DocumentTemplateField.Add('fieldTechnicianPermission', $TechnicianPermission) $DocumentTemplateField.Add('fieldScriptPermission', $ScriptPermission) $DocumentTemplateField.Add('fieldAPIPermission', $APIPermission) if ($DefaultValue) { $DocumentTemplateField.Add('fieldDefaultValue', $DefaultValue) } if ($Options) { $DocumentTemplateField.Add('fieldContent', $Options) } $OutputObject = [PSCustomObject]$DocumentTemplateField } elseif ($PSCmdlet.ParameterSetName -eq 'UIElement') { # Build our UI Element object as a hashtable. $UIElement = @{} $UIElement.Add('uiElementName', $ElementName) if ($ElementValue) { $UIElement.Add('uiElementValue', $ElementValue) } $UIElement.Add('uiElementType', $ElementType) $OutputObject = [PSCustomObject]$UIElement } $OutputObject.PSObject.TypeNames.Insert(0, 'DocumentTemplateField') return $OutputObject } } #EndRegion '.\Public\Object Helpers\New-NinjaOneDocumentTemplateFieldObject.ps1' 95 #Region '.\Public\Object Helpers\New-NinjaOneEntityRelationObject.ps1' -1 function New-NinjaOneEntityRelationObject { <# .SYNOPSIS Create a new Entity Relation object. .DESCRIPTION Creates a new Entity Relation object containing required / specified properties / structure. .FUNCTIONALITY Entity Relation Object Helper .OUTPUTS [Object] A new Document Template Field or UI Element object. #> [CmdletBinding()] [OutputType([Object])] [Alias('nnoer')] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '', Justification = 'Does not change system state, creates a new object.')] param( # The entity type of the relation. [EntityType]$Entity, [EntityType]$relationEntityType, [FilterOperator]$Operator, [ValidateStringOrInt()][Object]$Value ) NinjaOneTicketBoardFilter([String]$Field, [String]$Operator, [Object]$Value) { if ($Operator -in @('present', 'not_present') -and ($null -ne $Value)) { throw [MetadataException]::new("Operator '$Operator' does not accept a value.") } if ($Operator -notin @('present', 'not_present') -and ($null -eq $Value)) { throw [MetadataException]::new("Operator '$Operator' requires a value.") } if ($Operator -in @('greater_than', 'less_than', 'greater_or_equal_than', 'less_or_equal_than') -and ($Value -isnot [Int])) { throw [MetadataException]::new("Operator '$Operator' requires a numeric value.") } if ($Operator -in @('contains_any', 'contains_none') -and ($Value -notlike '*,*')) { throw [MetadataException]::new("Operator '$Operator' requires a value in the format 'value1,value2,value3'.") } if ($Operator -eq 'between' -and ($Value -notlike '*:*')) { throw [MetadataException]::new("Operator '$Operator' requires a value in the format 'start:end'.") } if ($Operator -eq 'is' -and ($Value -notlike '*:is')) { throw [MetadataException]::new("Operator '$Operator' requires a value in the format 'property:is'.") } # ToDo: Get clarification on the in and not_in operators from NinjaOne. Support request #279234 #if ($Operator -in @('in', 'not_in')) { # throw [MetadataException]::new("Operator '$Operator' requires a value in the format 'property:value'.") #} $this.Field = $Field $this.Operator = $Operator $this.Value = $Value } } #EndRegion '.\Public\Object Helpers\New-NinjaOneEntityRelationObject.ps1' 54 #Region '.\Public\Object Helpers\New-NinjaOneTicketBoardFilter.ps1' -1 #EndRegion '.\Public\Object Helpers\New-NinjaOneTicketBoardFilter.ps1' 1 #Region '.\Public\Organisation\Get\Get-NinjaOneOrganisationCustomFields.ps1' -1 function Get-NinjaOneOrganisationCustomFields { <# .SYNOPSIS Gets organisation custom fields from the NinjaOne API. .DESCRIPTION Retrieves organisation custom fields from the NinjaOne v2 API. .FUNCTIONALITY Organisation Custom Fields .EXAMPLE Get-NinjaOneOrganisationCustomFields -organisationId 1 Gets custom field details for the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/organisationcustomfields #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoocf', 'Get-NinjaOneOrganizationCustomFields')] [MetadataAttribute( '/v2/organization/{id}/custom-fields', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by organisation id. [Parameter(Mandatory, Position = 0, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'organisationid=' parameter by removing it from the set parameters. if ($organisationId) { $Parameters.Remove('organisationId') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose 'Getting organisation custom fields from NinjaOne API.' Write-Verbose ('Getting custom fields for organisation {0}.' -f $Organisation.Name) $Resource = ('v2/organization/{0}/custom-fields' -f $organisationId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $CustomFieldResults = New-NinjaOneGETRequest @RequestParams if ($CustomFieldResults) { return $CustomFieldResults } else { throw ('No custom fields found for organisation {0}.' -f $Organisation.Name) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Organisation\Get\Get-NinjaOneOrganisationCustomFields.ps1' 61 #Region '.\Public\Organisation\Get\Get-NinjaOneOrganisationDevices.ps1' -1 function Get-NinjaOneOrganisationUsers { <# .SYNOPSIS Wrapper command using `Get-NinjaOneDevices` to get devices for an organisation. .DESCRIPTION Gets devices for an organisation using the NinjaOne v2 API. .FUNCTIONALITY Organisation Devices .EXAMPLE PS> Get-NinjaOneOrganisationDevices -organisationId 1 Gets devices for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneOrganisationDevices -organisationId 1 -after 10 Gets devices for the organisation with id 1 starting from device id 10. .EXAMPLE PS> Get-NinjaOneOrganisationDevices -organisationId 1 -pageSize 10 Gets 10 devices for the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/organisationdevices #> [CmdletBinding()] [OutputType([Object])] [Alias('gnood', 'Get-NinjaOneOrganizationDevices')] [MetadataAttribute()] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by organisation id. [Parameter(Mandatory, ParameterSetName = 'Single Organisation', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # Start results from device id. [Parameter(ParameterSetName = 'Single Organisation', Position = 1)] [Int]$after, # Number of results per page. [Parameter(ParameterSetName = 'Single Organisation', Position = 2)] [Int]$pageSize ) begin { } process { try { $OrganisationRequestParams = @{} if ($organisationId) { $OrganisationRequestParams.Add('organisationId', $organisationId) } if ($after) { $OrganisationRequestParams.Add('after', $after) } if ($pageSize) { $OrganisationRequestParams.Add('pageSize', $pageSize) } $OrganisationDevices = Get-NinjaOneDevices @OrganisationRequestParams if ($OrganisationDevices) { return $OrganisationDevices } else { New-NinjaOneError -Message ('No devices found for the organisation with the id {0}.' -f $organisationId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Organisation\Get\Get-NinjaOneOrganisationDevices.ps1' 67 #Region '.\Public\Organisation\Get\Get-NinjaOneOrganisationInformation.ps1' -1 function Get-NinjaOneOrganisationInformation { <# .SYNOPSIS Wrapper command using `Get-NinjaOneOrganisations` to get detailed information for an organisation. .DESCRIPTION Gets detailed information for an organisation using the NinjaOne v2 API. .FUNCTIONALITY Organisation Information .EXAMPLE Get-NinjaOneOrganisationInformation -organisationId 1 Gets detailed information for the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/organisationinformation #> [CmdletBinding()] [OutputType([Object])] [Alias('gnooi', 'Get-NinjaOneOrganizationInformation')] [MetadataAttribute()] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by organisation id. [Parameter(Mandatory, ParameterSetName = 'Single Organisation', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId ) begin { } process { try { $OrganisationInformation = Get-NinjaOneOrganisations -organisationId $organisationId if ($OrganisationInformation) { return $OrganisationInformation } else { New-NinjaOneError -Message ('No organisation found with the id {0}.' -f $organisationId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Organisation\Get\Get-NinjaOneOrganisationInformation.ps1' 43 #Region '.\Public\Organisation\Get\Get-NinjaOneOrganisationLocationBackupUsage.ps1' -1 function Get-NinjaOneOrganisationLocationBackupUsage { <# .SYNOPSIS Gets backup usage for a location from the NinjaOne API. .DESCRIPTION Retrieves backup usage for a location from the NinjaOne v2 API. For all locations omit the `locationId` parameter for devices backup usage use `Get-NinjaOneBackupUsage`. .FUNCTIONALITY Location Backup Usage .EXAMPLE PS> Get-NinjaOneLocationBackupUsage -organisationId 1 Gets backup usage for all locations in the organisation with id 1. .EXAMPLE PS> Get-NinjaOneLocationBackupUsage -organisationId 1 -locationId 1 Gets backup usage for the location with id 1 in the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/locationbackupusage #> [CmdletBinding()] [OutputType([Object])] [Alias('gnolbu', 'gnoolbu', 'Get-NinjaOneLocationBackupUsage', 'Get-NinjaOneOrganizationLocationBackupUsage')] [MetadataAttribute( '/v2/organization/{id}/locations/backup/usage', 'get', '/v2/organization/{id}/locations/{locationId}/backup/usage', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Organisation id to retrieve backup usage for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # Location id to retrieve backup usage for. [Parameter(Position = 1, ValueFromPipelineByPropertyName)] [Int]$locationId ) process { try { Write-Verbose 'Getting location from NinjaOne API.' if ($locationId) { Write-Verbose ('Getting backup usage for location {0} in organisation {1}.' -f $location.name, $organisation.name) $Resource = ('v2/organization/{0}/locations/{1}/backup/usage' -f $organisationId, $locationId) } else { Write-Verbose ('Getting backup usage for all locations in organisation {0}.' -f $organisation.name) $Resource = ('v2/organization/{0}/locations/backup/usage' -f $organisationId) } $RequestParams = @{ Resource = $Resource } $LocationBackupUsageResults = New-NinjaOneGETRequest @RequestParams return $LocationBackupUsageResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Organisation\Get\Get-NinjaOneOrganisationLocationBackupUsage.ps1' 62 #Region '.\Public\Organisation\Get\Get-NinjaOneOrganisationLocations.ps1' -1 function Get-NinjaOneOrganisationLocations { <# .SYNOPSIS Wrapper command using `Get-NinjaOneLocations` to get locations for an organisation. .DESCRIPTION Gets locations for an organisation using the NinjaOne v2 API. .FUNCTIONALITY Organisation Locations .EXAMPLE Get-NinjaOneOrganisationLocations -organisationId 1 Gets locations for the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/organisationlocations #> [CmdletBinding()] [OutputType([Object])] [Alias('gnool', 'Get-NinjaOneOrganizationLocations')] [MetadataAttribute()] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by organisation id. [Parameter(Mandatory, ParameterSetName = 'Single Organisation', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId ) begin { } process { try { $OrganisationLocations = Get-NinjaOneLocations -organisationId $organisationId if ($OrganisationLocations) { return $OrganisationLocations } else { New-NinjaOneError -Message ('No locations found for the organisation with the id {0}.' -f $organisationId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Organisation\Get\Get-NinjaOneOrganisationLocations.ps1' 43 #Region '.\Public\Organisation\Get\Get-NinjaOneOrganisationLocationsBackupUsage.ps1' -1 function Get-NinjaOneOrganisationLocationsBackupUsage { <# .SYNOPSIS Wrapper command using `Get-NinjaOneLocationBackupUsage` to get backup usage for all locations in an organisation. .DESCRIPTION Gets backup usage for all locations in an organisation using the NinjaOne v2 API. .FUNCTIONALITY Organisation Locations Backup Usage .EXAMPLE Get-NinjaOneLocationBackupUsage -organisationId 1 Gets backup usage for all locations for the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/organisationlocationsbackupusage #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoolbu', 'Get-NinjaOneOrganizationLocationsBackupUsage')] [MetadataAttribute()] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by organisation id. [Parameter(Mandatory, ParameterSetName = 'Single Organisation', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId ) begin { } process { try { $OrganisationLocationsBackupUsage = Get-NinjaOneLocationBackupUsage -organisationId $organisationId if ($OrganisationLocationsBackupUsage) { return $OrganisationLocationsBackupUsage } else { New-NinjaOneError -Message ('No backup usage found for the organisation with the id {0}.' -f $organisationId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Organisation\Get\Get-NinjaOneOrganisationLocationsBackupUsage.ps1' 43 #Region '.\Public\Organisation\Get\Get-NinjaOneOrganisationUsers.ps1' -1 function Get-NinjaOneOrganisationUsers { <# .SYNOPSIS Wrapper command using `Get-NinjaOneUsers` to get users for an organisation. .DESCRIPTION Gets users for an organisation using the NinjaOne v2 API. .FUNCTIONALITY Organisation Users .EXAMPLE Get-NinjaOneOrganisationUsers -organisationId 1 Gets users for the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/organisationusers #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoou', 'Get-NinjaOneOrganizationUsers')] [MetadataAttribute()] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by organisation id. [Parameter(Mandatory, ParameterSetName = 'Single Organisation', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId ) begin { } process { try { $OrganisationUsers = Get-NinjaOneUsers -organisationId $organisationId if ($OrganisationUsers) { return $OrganisationUsers } else { New-NinjaOneError -Message ('No users found for the organisation with the id {0}.' -f $organisationId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Organisation\Get\Get-NinjaOneOrganisationUsers.ps1' 43 #Region '.\Public\Organisation\Set\Set-NinjaOneOrganisationCustomFields.ps1' -1 function Set-NinjaOneOrganisationCustomFields { <# .SYNOPSIS Updates an organisation's custom fields. .DESCRIPTION Updates organisation custom field values using the NinjaOne v2 API. .FUNCTIONALITY Organisation Custom Fields .EXAMPLE PS> $OrganisationCustomFields = @{ field1 = 'value1' field2 = 'value2' } PS> Update-NinjaOneOrganisationCustomFields -organisationId 1 -organisationCustomFields $OrganisationCustomFields Updates the custom fields for the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Set/organisationcustomfields #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('snocf', 'Set-NinjaOneOrganizationCustomFields', 'unocf', 'Update-NinjaOneOrganisationCustomFields', 'Update-NinjaOneOrganizationCustomFields')] [MetadataAttribute( '/v2/organization/{id}/custom-fields', 'patch' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The organisation to set the custom fields for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # The organisation custom field body object. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Alias('customFields', 'body', 'organizationCustomFields')] [Object]$organisationCustomFields ) process { try { Write-Verbose ('Setting organisation custom fields for organisation {0}.' -f $organisationId) $Resource = ('v2/organization/{0}/custom-fields' -f $organisationId) $RequestParams = @{ Resource = $Resource Body = $organisationCustomFields } if ($PSCmdlet.ShouldProcess(('Organisation {0} custom fields' -f $organisationId), 'Update')) { $OrganisationCustomFieldsUpdate = New-NinjaOnePATCHRequest @RequestParams if ($OrganisationCustomFieldsUpdate -eq 204) { Write-Information ('Organisation {0} custom fields updated successfully.' -f $organisationId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Organisation\Set\Set-NinjaOneOrganisationCustomFields.ps1' 59 #Region '.\Public\OrganisationDocuments\Get\Get-NinjaOneOrganisationDocuments.ps1' -1 function Get-NinjaOneOrganisationDocuments { <# .SYNOPSIS Gets organisation documents from the NinjaOne API. .DESCRIPTION Retrieves organisation documents from the NinjaOne v2 API. .FUNCTIONALITY Organisation Documents .EXAMPLE Get-NinjaOneOrganisationDocuments -organisationId 1 Gets documents for the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/organisationdocuments #> [CmdletBinding()] [OutputType([Object])] [Alias('gnood', 'Get-NinjaOneOrganizationDocuments')] [MetadataAttribute( '/v2/organization/{organizationId}/documents', 'get', '/v2/organization/documents', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by organisation id. [Parameter(Mandatory, ParameterSetName = 'Single Organisation', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # Filter by document name. [Parameter(ParameterSetName = 'All Organisations', Position = 1, ValueFromPipelineByPropertyName)] [String]$documentName, # Group by template or organisation. [Parameter(ParameterSetName = 'All Organisations', Position = 2, ValueFromPipelineByPropertyName)] [ValidateSet('template', 'organization')] [String]$groupBy, # Filter by organisation ids. Comma separated list of organisation ids. [Parameter(ParameterSetName = 'All Organisations', Position = 3, ValueFromPipelineByPropertyName)] [String]$organisationIds, # Filter by template ids. Comma separated list of template ids. [Parameter(ParameterSetName = 'All Organisations', Position = 4, ValueFromPipelineByPropertyName)] [String]$templateIds, # Filter by template name. [Parameter(ParameterSetName = 'All Organisations', Position = 5, ValueFromPipelineByPropertyName)] [String]$templateName ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'organisationid=' parameter by removing it from the set parameters. if ($organisationId) { $Parameters.Remove('organisationId') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose 'Getting organisation documents from NinjaOne API.' if ($PSCmdlet.ParameterSetName -eq 'Single Organisation') { Write-Verbose ('Getting documents for organisation {0}.' -f $organisationId) $Resource = ('v2/organization/{0}/documents' -f $organisationId) } elseif ($PSCmdlet.ParameterSetName -eq 'All Organisations') { Write-Verbose 'Getting documents for all organisations.' $Resource = 'v2/organization/documents' } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $OrganisationDocumentResults = New-NinjaOneGETRequest @RequestParams if ($OrganisationDocumentResults) { return $OrganisationDocumentResults } else { throw ('No documents found for organisation {0}.' -f $organisationId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\OrganisationDocuments\Get\Get-NinjaOneOrganisationDocuments.ps1' 85 #Region '.\Public\OrganisationDocuments\Get\Get-NinjaOneOrganisationDocumentSignedURLs.ps1' -1 function Get-NinjaOneOrganisationDocumentSignedURLs { <# .SYNOPSIS Gets organisation document signed URLs from the NinjaOne API. .DESCRIPTION Retrieves organisation document signed URLs from the NinjaOne v2 API. .FUNCTIONALITY Organisation Document Signed URLs .EXAMPLE Get-NinjaOneOrganisationDocumentSignedURLs -clientDocumentId 1 Gets signed URLs for the organisation document with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/organisationdocumentsignedurls #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoodsu', 'Get-NinjaOneOrganizationDocumentSignedURLs')] [MetadataAttribute( '/v2/organization/document/{clientDocumentId}/signed-urls', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The client document id to get signed URLs for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'documentId', 'organisationDocumentId', 'organizationDocumentId')] [Int]$clientDocumentId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'clientdocumentid=' parameter by removing it from the set parameters. if ($clientDocumentId) { $Parameters.Remove('clientDocumentId') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose ('Getting signed URLs for organisation document with id {0}.' -f $clientDocumentId) $Resource = ('v2/organization/document/{0}/signed-urls' -f $clientDocumentId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $OrganisationDocumentSignedURLsResults = New-NinjaOneGETRequest @RequestParams if ($OrganisationDocumentSignedURLsResults) { return $OrganisationDocumentSignedURLsResults } else { throw ('No organisation document signed URLs found for organisation document {0}.' -f $clientDocumentId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\OrganisationDocuments\Get\Get-NinjaOneOrganisationDocumentSignedURLs.ps1' 60 #Region '.\Public\OrganisationDocuments\New\New-NinjaOneOrganisationDocument.ps1' -1 function New-NinjaOneOrganisationDocument { <# .SYNOPSIS Creates a new organisation document using the NinjaOne API. .DESCRIPTION Create a single organisation document using the NinjaOne v2 API. .FUNCTIONALITY Organisation Document .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/organisationdocument #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('nnood', 'New-NinjaOneOrganizationDocument')] [MetadataAttribute( '/v2/organization/{organizationId}/template/{documentTemplateId}/document', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The Id of the organisation to create the document for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('organizationId', 'id')] [String]$organisationId, # The Id of the document template to use. [Parameter(Mandatory, Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('templateId')] [String]$documentTemplateId, # An object containing an array of organisation documents to create. [Parameter(Mandatory, Position = 2, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('organizationDocuments', 'organisationDocuments', 'organizationDocument', 'body')] [Object]$organisationDocument, # Show the organisation document that was created. [Switch]$show ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'organisationId=' parameter by removing it from the set parameters. if ($organisationId) { $Parameters.Remove('organisationId') | Out-Null } # Workaround to prevent the query string processor from adding a 'documentTemplateId=' parameter by removing it from the set parameters. if ($documentTemplateId) { $Parameters.Remove('documentTemplateId') | Out-Null } # Workaround to prevent the query string processor from adding an 'organisationDocuments=' parameter by removing it from the set parameters. if ($organisationDocuments) { $Parameters.Remove('organisationDocuments') | Out-Null } # Workaround to prevent the query string processor from adding a 'show=' parameter by removing it from the set parameters. if ($show) { $Parameters.Remove('show') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = ('v2/organization/{0}/template/{1}/document' -f $organisationId, $documentTemplateId) $RequestParams = @{ Resource = $Resource Body = $organisationDocuments QSCollection = $QSCollection } if ($PSCmdlet.ShouldProcess(('Organisation document for organisation {0}' -f $organisationId), 'Create')) { $OrganisationDocumentCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $OrganisationDocumentCreate } else { Write-Information ('Organisation document for {0} created.' -f $organisationId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\OrganisationDocuments\New\New-NinjaOneOrganisationDocument.ps1' 80 #Region '.\Public\OrganisationDocuments\New\New-NinjaOneOrganisationDocuments.ps1' -1 function New-NinjaOneOrganisationDocuments { <# .SYNOPSIS Creates new organisation documents using the NinjaOne API. .DESCRIPTION Create one or more organisation documents using the NinjaOne v2 API. .FUNCTIONALITY Organisation Documents .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/organisationdocument #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('nnood', 'New-NinjaOneOrganizationDocument')] [MetadataAttribute( '/v2/organization/documents', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # An object containing an array of organisation documents to create. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('organizationDocuments', 'body')] [Object[]]$organisationDocuments, # Show the organisation documents that were created. [Switch]$show ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'organisationDocuments=' parameter by removing it from the set parameters. if ($organisationDocuments) { $Parameters.Remove('organisationDocuments') | Out-Null } # Workaround to prevent the query string processor from adding a 'show=' parameter by removing it from the set parameters. if ($show) { $Parameters.Remove('show') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/organization/documents' $RequestParams = @{ Resource = $Resource Body = $organisationDocuments QSCollection = $QSCollection } if ($PSCmdlet.ShouldProcess(('Organisation documents for organisation(s) {0}' -f $organisationDocuments.organizationId), 'Create')) { $OrganisationDocumentsCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $OrganisationDocumentsCreate } else { Write-Information ('Organisation documents for {0} created.' -f $OrganisationDocumentsCreate.organizationId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\OrganisationDocuments\New\New-NinjaOneOrganisationDocuments.ps1' 64 #Region '.\Public\OrganisationDocuments\Remove\Remove-NinjaOneOrganisationDocument.ps1' -1 function Remove-NinjaOneOrganisationDocument { <# .SYNOPSIS Removes an organisation document using the NinjaOne API. .DESCRIPTION Removes the specified organisation document using the NinjaOne v2 API. .FUNCTIONALITY Organisation Document .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Remove/organisationdocument #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('rnood', 'Remove-NinjaOneOrganizationDocument')] [MetadataAttribute( '/v2/organization/document/{clientDocumentId}', 'delete' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The organisation document to delete. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'documentId', 'organisationDocumentId', 'organizationDocument')] [Int]$clientDocumentId ) process { try { $Resource = ('v2/organization/document/{0}' -f $clientDocumentId) $RequestParams = @{ Resource = $Resource } if ($PSCmdlet.ShouldProcess(('Organisation Document {0}' -f $clientDocumentId), 'Delete')) { $OrganisationDocumentDelete = New-NinjaOneDELETERequest @RequestParams if ($OrganisationDocumentDelete -eq 204) { Write-Information ('Organisation Document {0} deleted successfully.' -f $clientDocumentId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\OrganisationDocuments\Remove\Remove-NinjaOneOrganisationDocument.ps1' 45 #Region '.\Public\OrganisationDocuments\Set\Set-NinjaOneOrganisationDocument.ps1' -1 function Set-NinjaOneOrganisationDocument { <# .SYNOPSIS Sets an organisation document. .DESCRIPTION Sets organisation documents using the NinjaOne v2 API. .FUNCTIONALITY Organisation Document .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Set/organisationdocument #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('snood', 'Set-NinjaOneOrganizationDocument', 'unood', 'Update-NinjaOneOrganisationDocument', 'Update-NinjaOneOrganizationDocument')] [MetadataAttribute( '/v2/organization/{organizationId}/document/{clientDocumentId}', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The organisation to set the information for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # The organisation document id to update. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Alias('documentId')] [Int]$clientDocumentId, # The organisation information body object. [Parameter(Mandatory, Position = 2, ValueFromPipelineByPropertyName)] [Alias('organizationDocument', 'body')] [Object]$organisationDocument ) begin { } process { try { Write-Verbose ('Setting organisation document for organisation {0}.' -f $organisationId) $Resource = ('v2/organization/{0}/document/{1}' -f $organisationId, $documentId) $RequestParams = @{ Resource = $Resource Body = $organisationDocument } if ($PSCmdlet.ShouldProcess(('Organisation {0} document {1}' -f $organisationId, $clientDocumentId), 'Update')) { $OrganisationDocumentUpdate = New-NinjaOnePOSTRequest @RequestParams if ($OrganisationDocumentUpdate -eq 204) { Write-Information ('Organisation {0} document {1} updated successfully.' -f $organisationId, $clientDocumentId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\OrganisationDocuments\Set\Set-NinjaOneOrganisationDocument.ps1' 56 #Region '.\Public\OrganisationDocuments\Set\Set-NinjaOneOrganisationDocuments.ps1' -1 function Set-NinjaOneOrganisationDocuments { <# .SYNOPSIS Sets one or more organisation documents. .DESCRIPTION Sets one or more organisation documents using the NinjaOne v2 API. .FUNCTIONALITY Organisation Documents .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Set/organisationdocument #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('snoods', 'Set-NinjaOneOrganizationDocuments', 'unoods', 'Update-NinjaOneOrganisationDocuments', 'Update-NinjaOneOrganizationDocuments')] [MetadataAttribute( '/v2/organization/documents', 'patch' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The organisation documents to update. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('organizationDocuments', 'body')] [NinjaOneOrganisationDocument[]]$organisationDocuments ) begin { } process { try { foreach ($Document in $organisationDocuments) { $Resource = ('v2/organization/documents' -f $organisationId, $documentId) $RequestParams = @{ Resource = $Resource Body = $organisationDocuments } } if ($PSCmdlet.ShouldProcess('Organisation documents', 'Update')) { $OrganisationDocumentsUpdate = New-NinjaOnePATCHRequest @RequestParams if ($OrganisationDocumentsUpdate -eq 204) { Write-Information ('Organisation documents updated successfully.') } else { return $OrganisationDocumentsUpdate } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\OrganisationDocuments\Set\Set-NinjaOneOrganisationDocuments.ps1' 51 #Region '.\Public\PSModule\Connect\Connect-NinjaOne.ps1' -1 function Connect-NinjaOne { <# .SYNOPSIS Creates a new connection to a NinjaOne instance. .DESCRIPTION Creates a new connection to a NinjaOne instance and stores this in a PowerShell Session. .FUNCTIONALITY NinjaOne .EXAMPLE PS> Connect-NinjaOne -Instance 'eu' -ClientId 'AAaaA1aaAaAA-aaAaaA11a1A-aA' -ClientSecret '00Z00zzZzzzZzZzZzZzZZZ0zZ0zzZ_0zzz0zZZzzZz0Z0ZZZzz0z0Z' -UseClientAuth This logs into NinjaOne using the client credentials flow. .EXAMPLE PS> Connect-NinjaOne -Instance 'eu' -ClientId 'AAaaA1aaAaAA-aaAaaA11a1A-aA' -ClientSecret '00Z00zzZzzzZzZzZzZzZZZ0zZ0zzZ_0zzz0zZZzzZz0Z0ZZZzz0z0Z' -Port 9090 -UseWebAuth This logs into NinjaOne using the authorization code flow. .EXAMPLE PS> Connect-NinjaOne -Instance 'eu' -ClientId 'AAaaA1aaAaAA-aaAaaA11a1A-aA' -ClientSecret '00Z00zzZzzzZzZzZzZzZZZ0zZ0zzZ_0zzz0zZZzzZz0Z0ZZZzz0z0Z' -RefreshToken 'a1a11a11-aa11-11a1-a111-a1a111aaa111.11AaaAaaa11aA-AA1aaaAAA111aAaaaaA1AAAA1_AAa' -UseTokenAuth This logs into NinjaOne using the refresh token flow. .EXAMPLE PS> Connect-NinjaOne -UseSecretManagement -VaultName 'NinjaOneVault' -WriteToSecretVault -Instance 'eu' -ClientId 'AAaaA1aaAaAA-aaAaaA11a1A-aA' -ClientSecret '00Z00zzZzzzZzZzZzZzZZZ0zZ0zzZ_0zzz0zZZzzZz0Z0ZZZzz0z0Z' -UseClientAuth This logs into NinjaOne using the client credentials flow and writes the connection information to the secret vault. .EXAMPLE PS> Connect-NinjaOne -UseSecretManagement -VaultName 'NinjaOneVault' -ReadFromSecretVault This reads the connection information from the secret vault. .OUTPUTS Sets two script-scoped variables to hold connection and authentication information. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Connect/ninjaone #> [CmdletBinding( DefaultParameterSetName = 'Authorisation Code' )] [OutputType([System.Void])] [Alias('cno')] [MetadataAttribute('IGNORE')] Param ( # Use the "Authorisation Code" flow with your web browser. [Parameter( Mandatory, ParameterSetName = 'Authorisation Code')] [Parameter( ParameterSetName = 'Secret Vault Write' )] [Switch]$UseWebAuth, # Use the "Token Authentication" flow - useful if you already have a refresh token. [Parameter( Mandatory, ParameterSetName = 'Token Authentication' )] [Parameter( ParameterSetName = 'Secret Vault Write' )] [switch]$UseTokenAuth, # Use the "Client Credentials" flow - useful if you already have a client ID and secret. [Parameter( Mandatory, ParameterSetName = 'Client Credentials' )] [Parameter( ParameterSetName = 'Secret Vault Write' )] [switch]$UseClientAuth, # The NinjaOne instance to connect to. Choose from 'eu', 'oc' or 'us'. [Parameter( Mandatory, ParameterSetName = 'Authorisation Code' )] [Parameter( Mandatory, ParameterSetName = 'Token Authentication' )] [Parameter( Mandatory, ParameterSetName = 'Client Credentials' )] [Parameter( Mandatory, ParameterSetName = 'Secret Vault Write' )] [ValidateSet('eu', 'oc', 'us', 'ca', 'us2')] [string]$Instance, # The Client Id for the application configured in NinjaOne. [Parameter( Mandatory, ParameterSetName = 'Authorisation Code' )] [Parameter( Mandatory, ParameterSetName = 'Token Authentication' )] [Parameter( Mandatory, ParameterSetName = 'Client Credentials' )] [Parameter( Mandatory, ParameterSetName = 'Secret Vault Write' )] [String]$ClientId, # The Client Secret for the application configured in NinjaOne. [Parameter( Mandatory, ParameterSetName = 'Authorisation Code' )] [Parameter( Mandatory, ParameterSetName = 'Token Authentication' )] [Parameter( Mandatory, ParameterSetName = 'Client Credentials' )] [Parameter( Mandatory, ParameterSetName = 'Secret Vault Write' )] [String]$ClientSecret, # The API scopes to request, if this isn't passed the scope is assumed to be "all". Pass a string or array of strings. Limited by the scopes granted to the application in NinjaOne. [Parameter( ParameterSetName = 'Authorisation Code' )] [Parameter( ParameterSetName = 'Token Authentication' )] [Parameter( ParameterSetName = 'Client Credentials' )] [Parameter( ParameterSetName = 'Secret Vault Write' )] [ValidateSet('monitoring', 'management', 'control', 'offline_access')] [String[]]$Scopes, # The redirect URI to use. If not set defaults to 'http://localhost'. Should be a full URI e.g. https://redirect.example.uk:9090/auth [Parameter( ParameterSetName = 'Authorisation Code' )] [Parameter( ParameterSetName = 'Secret Vault Write' )] [URI]$RedirectURL, # The port to use for the redirect URI. Must match with the configuration set in NinjaOne. If not set defaults to '9090'. [Parameter( ParameterSetName = 'Authorisation Code' )] [Parameter( ParameterSetName = 'Secret Vault Write' )] [Int]$Port = 9090, # The refresh token to use for "Token Authentication" flow. [Parameter( ParameterSetName = 'Token Authentication' )] [Parameter( ParameterSetName = 'Secret Vault Write' )] [String]$RefreshToken, # Output the tokens - useful when using "Authorisation Code" flow - to use with "Token Authentication" flow. [Parameter( ParameterSetName = 'Authorisation Code' )] [Parameter( ParameterSetName = 'Token Authentication' )] [Parameter( ParameterSetName = 'Client Credentials' )] [Switch]$ShowTokens, # Use the secret management module to retrieve credentials and store tokens. Check the docs on setting up the secret management module at https://docs.homotechsual.dev/common/secretmanagement. [Parameter( ParameterSetName = 'Authorisation Code' )] [Parameter( ParameterSetName = 'Token Authentication' )] [Parameter( ParameterSetName = 'Client Credentials' )] [Parameter( Mandatory, ParameterSetName = 'Secret Vault Write' )] [Parameter( Mandatory, ParameterSetName = 'Secret Vault Read' )] [Switch]$UseSecretManagement, # The name of the secret vault to use. [Parameter( ParameterSetName = 'Authorisation Code' )] [Parameter( ParameterSetName = 'Token Authentication' )] [Parameter( ParameterSetName = 'Client Credentials' )] [Parameter( Mandatory, ParameterSetName = 'Secret Vault Write' )] [Parameter( Mandatory, ParameterSetName = 'Secret Vault Read' )] [String]$VaultName, # Write updated credentials to secret management vault. [Parameter( ParameterSetName = 'Authorisation Code' )] [Parameter( ParameterSetName = 'Token Authentication' )] [Parameter( ParameterSetName = 'Client Credentials' )] [Parameter( Mandatory, ParameterSetName = 'Secret Vault Write' )] [Parameter( ParameterSetName = 'Secret Vault Read')] [Switch]$WriteToSecretVault, # Read the authentication information from secret management vault. [Parameter( ParameterSetName = 'Secret Vault Read' )] [Switch]$ReadFromSecretVault, # The prefix to add to the name of the secrets stored in the secret vault. [Parameter( ParameterSetName = 'Secret Vault Write' )] [Parameter( ParameterSetName = 'Secret Vault Read' )] [String]$SecretPrefix = 'NinjaOne' ) process { # Run the pre-flight check. Invoke-NinjaOnePreFlightCheck -SkipConnectionChecks # Test for secret management module. if ($UseSecretManagement -or $Script:NRAPIConnectionInformation.UseSecretManagement) { if (-not (Get-Module -Name 'Microsoft.PowerShell.SecretManagement' -ListAvailable)) { Write-Error 'Secret management module not installed, please install the module and try again.' exit 1 } if (-not (Get-SecretVault)) { Write-Error 'No secret vaults found, please create a secret vault and try again.' exit 1 } if ($ReadFromSecretVault -or $Script:NRAPIConnectionInformation.ReadFromSecretVault) { Write-Verbose 'Reading authentication information from secret vault.' Get-NinjaOneSecrets -VaultName $VaultName } } # Set the default scopes if they're not passed. if ($UseClientAuth -and $null -eq $Scopes) { Write-Verbose 'Setting default scopes for client credentials auth.' $Scopes = @('monitoring', 'management', 'control') } elseif (($UseWebAuth -or $UseTokenAuth) -and $null -eq $Scopes) { Write-Verbose 'Setting default scopes for authorisation code or token auth.' $Scopes = @('monitoring', 'management', 'control', 'offline_access') } # Convert scopes to space separated string if it's an array. if ($Scopes -is [System.Array]) { Write-Verbose ('Scopes are an array, converting to space separated string.') $AuthScopes = $Scopes -Join ' ' } else { Write-Verbose ('Scopes are a string, using as is.') $AuthScopes = $Scopes } # Get the NinjaOne instance URL. if ($Instance) { Write-Verbose "Using instance $($Instance) with URL $($Script:NRAPIInstances[$Instance])" $URL = $Script:NRAPIInstances[$Instance] } # Generate a GUID to serve as our state validator. $GUID = ([GUID]::NewGuid()).Guid # Build the redirect URI, if we need one. if ($RedirectURL) { $RedirectURI = [System.UriBuilder]$RedirectURL } else { $RedirectURI = New-Object System.UriBuilder -ArgumentList 'http', 'localhost', $Port } # Determine the authentication mode. if ($UseWebAuth -and $Scopes -notcontains 'offline_access') { $AuthMode = 'Authorisation Code' } elseif ($UseTokenAuth -or ($UseWebAuth -and $Scopes -contains 'offline_access')) { $AuthMode = 'Token Authentication' } elseif ($UseClientAuth) { $AuthMode = 'Client Credentials' } # Build a script-scoped variable to hold the connection information. if ($null -eq $Script:NRAPIConnectionInformation) { $ConnectionInformation = @{ AuthMode = $AuthMode URL = $URL Instance = $Instance ClientId = $ClientId ClientSecret = $ClientSecret AuthListenerPort = $Port AuthScopes = $AuthScopes RedirectURI = $RedirectURI UseSecretManagement = $UseSecretManagement VaultName = $VaultName WriteToSecretVault = $WriteToSecretVault SecretPrefix = $SecretPrefix } Set-Variable -Name 'NRAPIConnectionInformation' -Value $ConnectionInformation -Visibility Private -Scope Script -Force } Write-Verbose "Connection information set to: $($Script:NRAPIConnectionInformation | Format-List | Out-String)" if ($null -eq $Script:NRAPIAuthenticationInformation) { $AuthenticationInformation = [HashTable]@{} # Set a script-scoped variable to hold authentication information. Set-Variable -Name 'NRAPIAuthenticationInformation' -Value $AuthenticationInformation -Visibility Private -Scope Script -Force } if ($Script.NRAPIConnectionInformation.AuthMode -eq 'Token Authentication' -and $null -eq $UseTokenAuth) { $UseTokenAuth = $true } if ($Script.NRAPIConnectionInformation.AuthMode -eq 'Client Credentials' -and $null -eq $UseClientAuth) { $UseClientAuth = $true } if ($Script.NRAPIConnectionInformation.AuthMode -eq 'Authorisation Code' -and $null -eq $UseWebAuth) { $UseWebAuth = $true } if ($UseWebAuth) { # NinjaOne authorisation request query params. $AuthRequestParams = @{ response_type = 'code' client_id = $Script:NRAPIConnectionInformation.ClientId client_secret = $Script:NRAPIConnectionInformation.ClientSecret redirect_uri = $Script:NRAPIConnectionInformation.RedirectURI.ToString() state = $GUID } if ($Script:NRAPIConnectionInformation.AuthScopes) { $AuthRequestParams.scope = $Script:NRAPIConnectionInformation.AuthScopes } # Build the authentication URI. # Start with the query string. $AuthRequestQuery = [System.Web.HttpUtility]::ParseQueryString([String]::Empty) $AuthRequestParams.GetEnumerator() | ForEach-Object { $AuthRequestQuery.Add($_.Key, $_.Value) } # Now the authentication URI $AuthRequestURI = [System.UriBuilder]$URL $AuthRequestURI.Path = 'ws/oauth/authorize' $AuthRequestURI.Query = $AuthRequestQuery.ToString() Write-Verbose "Authentication request query string is $($AuthRequestQuery.ToString())" try { $OAuthListenerParams = @{ OpenURI = $AuthRequestURI } if ($VerbosePreference -eq 'Continue') { $OAuthListenerParams.Verbose = $true } if ($DebugPreference -eq 'Continue') { $OAuthListenerParams.Debug = $true } $OAuthListenerResponse = Start-OAuthHTTPListener @OAuthListenerParams $Script:NRAPIAuthenticationInformation.Code = $OAuthListenerResponse.Code } catch { New-NinjaOneError -ErrorRecord $_ } } if (($UseTokenAuth) -or ($OAuthListenerResponse.GotAuthorisationCode) -or ($UseClientAuth)) { Write-Verbose 'Getting authentication token.' try { if ($OAuthListenerResponse.GotAuthorisationCode) { Write-Verbose 'Using token authentication.' $TokenRequestBody = @{ grant_type = 'authorization_code' client_id = $Script:NRAPIConnectionInformation.ClientId client_secret = $Script:NRAPIConnectionInformation.ClientSecret code = $Script:NRAPIAuthenticationInformation.Code redirect_uri = $Script:NRAPIConnectionInformation.RedirectURI.toString() scope = $Script:NRAPIConnectionInformation.AuthScopes } } elseif ($UseTokenAuth) { Write-Verbose 'Using refresh token.' $TokenRequestBody = @{ grant_type = 'refresh_token' client_id = $Script:NRAPIConnectionInformation.ClientId client_secret = $Script:NRAPIConnectionInformation.ClientSecret refresh_token = $RefreshToken scope = $Script:NRAPIConnectionInformation.AuthScopes } } elseif ($UseClientAuth) { Write-Verbose 'Using client authentication.' $TokenRequestBody = @{ grant_type = 'client_credentials' client_id = $Script:NRAPIConnectionInformation.ClientId client_secret = $Script:NRAPIConnectionInformation.ClientSecret redirect_uri = $Script:NRAPIConnectionInformation.RedirectURI.toString() scope = $Script:NRAPIConnectionInformation.AuthScopes } } Write-Verbose "Token request body is $($TokenRequestBody | Format-List | Out-String)" # Using our authorisation code or refresh token let's get an auth token. $TokenRequestUri = [System.UriBuilder]$URL $TokenRequestUri.Path = 'ws/oauth/token' Write-Verbose "Making token request to $($TokenRequestUri.ToString())" $TokenRequestParams = @{ Uri = $TokenRequestUri.ToString() Method = 'POST' Body = $TokenRequestBody ContentType = 'application/x-www-form-urlencoded' } $TokenResult = Invoke-WebRequest @TokenRequestParams $TokenPayload = $TokenResult.Content | ConvertFrom-Json Write-Verbose "Token payload is $($TokenPayload | Format-List | Out-String)" # Update our script-scoped NRAPIAuthenticationInformation variable with the token. $Script:NRAPIAuthenticationInformation.Type = $TokenPayload.token_type $Script:NRAPIAuthenticationInformation.Access = $TokenPayload.access_token $Script:NRAPIAuthenticationInformation.Expires = Get-TokenExpiry -ExpiresIn $TokenPayload.expires_in $Script:NRAPIAuthenticationInformation.Refresh = $TokenPayload.refresh_token Write-Verbose 'Got authentication token information from NinjaOne.' Write-Verbose "Authentication information set to: $($Script:NRAPIAuthenticationInformation | Format-List | Out-String)" if ($ShowTokens) { Write-Output '================ Auth Tokens ================' Write-Output $($Script:NRAPIAuthenticationInformation | Format-Table -AutoSize) Write-Output ' SAVE THESE IN A SECURE LOCATION ' } } catch { throw } } # If we're using secret management, store the authentication information we need. if ($Script:NRAPIConnectionInformation.UseSecretManagement -and $Script:NRAPIConnectionInformation.WriteToSecretVault) { $SecretManagementParams = @{ AuthMode = $Script:NRAPIConnectionInformation.AuthMode URL = $Script:NRAPIConnectionInformation.URL Instance = $Script:NRAPIConnectionInformation.Instance ClientId = $Script:NRAPIConnectionInformation.ClientId ClientSecret = $Script:NRAPIConnectionInformation.ClientSecret AuthListenerPort = $Script:NRAPIConnectionInformation.AuthListenerPort AuthScopes = $Script:NRAPIConnectionInformation.AuthScopes RedirectURI = $Script:NRAPIConnectionInformation.RedirectURI.ToString() UseSecretManagement = $Script:NRAPIConnectionInformation.UseSecretManagement VaultName = $Script:NRAPIConnectionInformation.VaultName WriteToSecretVault = $Script:NRAPIConnectionInformation.WriteToSecretVault ReadFromSecretVault = $Script:NRAPIConnectionInformation.ReadFromSecretVault Type = $Script:NRAPIAuthenticationInformation.Type Access = $Script:NRAPIAuthenticationInformation.Access Expires = $Script:NRAPIAuthenticationInformation.Expires Refresh = $Script:NRAPIAuthenticationInformation.Refresh SecretPrefix = $Script:NRAPIConnectionInformation.SecretPrefix } Write-Verbose 'Using secret management to store credentials.' Set-NinjaOneSecrets @SecretManagementParams } } } #EndRegion '.\Public\PSModule\Connect\Connect-NinjaOne.ps1' 338 #Region '.\Public\PSModule\Invoke\Invoke-NinjaOneRequest.ps1' -1 function Invoke-NinjaOneRequest { <# .SYNOPSIS Sends a request to the NinjaOne API. .DESCRIPTION Wrapper function to send web requests to the NinjaOne API. .FUNCTIONALITY API Request .EXAMPLE PS> Invoke-NinjaOneRequest -Method 'GET' -Uri 'https://eu.ninjarmm.com/v2/activities' Make a GET request to the activities resource. .OUTPUTS Outputs an object containing the response from the web request. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Invoke/apirequest #> [Cmdletbinding()] [OutputType([Object])] [Alias('inor')] [MetadataAttribute('IGNORE')] param ( # HTTP method to use. [Parameter(Mandatory, Position = 0, ValueFromPipelineByPropertyName)] [ValidateSet('GET', 'POST', 'PUT', 'PATCH', 'DELETE')] [String]$Method, # The URI to send the request to. [Parameter(Mandatory, Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [String]$Uri, # The body of the request. [Parameter(Position = 2)] [String]$Body, # Return the raw response - don't convert from JSON. [Switch]$Raw ) begin { if ($null -eq $Script:NRAPIConnectionInformation) { throw "Missing NinjaOne connection information, please run 'Connect-NinjaOne' first." } if ($null -eq $Script:NRAPIAuthenticationInformation) { throw "Missing NinjaOne authentication tokens, please run 'Connect-NinjaOne' first." } $Now = Get-Date if ($Script:NRAPIAuthenticationInformation.Expires -le $Now) { Write-Verbose 'The auth token has expired, renewing.' Update-NinjaOneToken -Verbose:$VerbosePreference } if ($null -ne $Script:NRAPIAuthenticationInformation) { $AuthHeaders = @{ Authorization = "$($Script:NRAPIAuthenticationInformation.Type) $($Script:NRAPIAuthenticationInformation.Access)" } } else { $AuthHeaders = $null } } process { try { Write-Verbose ('Making a {0} request to {1}' -f $WebRequestParams.Method, $WebRequestParams.Uri) $WebRequestParams = @{ Method = $Method Uri = $Uri } if ($Body) { Write-Verbose ('Body is {0}' -f ($Body | Out-String)) $WebRequestParams.Add('Body', $Body) } else { Write-Verbose 'No body present.' } $Response = Invoke-WebRequest @WebRequestParams -Headers $AuthHeaders -ContentType 'application/json;charset=utf-8' Write-Verbose ('Response status code: {0}' -f $Response.StatusCode) Write-Verbose ('Response headers: {0}' -f ($Response.Headers | Out-String)) Write-Verbose ('Raw response: {0}' -f ($Response | Out-String)) if ($Response.Content) { $ResponseContent = $Response.Content } else { $ResponseContent = 'No content' } if ($Response.Content) { Write-Verbose ('Response content: {0}' -f ($ResponseContent | Out-String)) } else { Write-Verbose 'No response content.' } if ($Raw) { Write-Verbose 'Raw switch present, returning raw response.' $Results = $Response.Content } else { Write-Verbose 'Raw switch not present, converting response from JSON.' $Results = $Response.Content | ConvertFrom-Json } if ($null -eq $Results) { if ($Response.StatusCode -and $WebRequestParams.Method -ne 'GET') { Write-Verbose ('Request completed with status code {0}. No content in the response - returning Status Code.' -f $Response.StatusCode) $Results = $Response.StatusCode } else { Write-Verbose 'Request completed with no results and/or no status code.' $Results = @{} } } return $Results } catch { throw $_ } } } #EndRegion '.\Public\PSModule\Invoke\Invoke-NinjaOneRequest.ps1' 107 #Region '.\Public\Queries\Get\Get-NinjaOneAntivirusStatus.ps1' -1 function Get-NinjaOneAntiVirusStatus { <# .SYNOPSIS Gets the antivirus status from the NinjaOne API. .DESCRIPTION Retrieves the antivirus status from the NinjaOne v2 API. .FUNCTIONALITY AntiVirus Status Query .EXAMPLE PS> Get-NinjaOneAntivirusStatus -deviceFilter 'org = 1' Gets the antivirus status for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneAntivirusStatus -timeStamp 1619712000 Gets the antivirus status at or after the timestamp 1619712000. .EXAMPLE PS> Get-NinjaOneAntivirusStatus -productState 'ON' Gets the antivirus status where the product state is ON. .EXAMPLE PS> Get-NinjaOneAntivirusStatus -productName 'Microsoft Defender Antivirus' Gets the antivirus status where the antivirus product name is Microsoft Defender Antivirus. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/antivirusstatusquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoavs')] [MetadataAttribute( '/v2/queries/antivirus-status', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Monitoring timestamp filter. [Parameter(Position = 1)] [Alias('ts')] [DateTime]$timeStamp, # Monitoring timestamp filter in unix time. [Parameter(Position = 1)] [int]$timeStampUnixEpoch, # Filter by product state. [Parameter(Position = 2)] [String]$productState, # Filter by product name. [Parameter(Position = 3, ValueFromPipeline, ValueFromPipelineByPropertyName)] [string]$productName, # Cursor name. [Parameter(Position = 4)] [String]$cursor, # Number of results per page. [Parameter(Position = 5)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # If the [DateTime] parameter $timeStamp is set convert the value to a Unix Epoch. if ($timeStamp) { [int]$timeStamp = ConvertTo-UnixEpoch -DateTime $timeStamp } # If the Unix Epoch parameter $timeStampUnixEpoch is set assign the value to the $timeStamp variable and null $timeStampUnixEpoch. if ($timeStampUnixEpoch) { $Parameters.Remove('timeStampUnixEpoch') | Out-Null [int]$timeStamp = $timeStampUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/antivirus-status' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $AntivirusStatus = New-NinjaOneGETRequest @RequestParams if ($AntivirusStatus) { return $AntivirusStatus } else { throw 'No antivirus status found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneAntivirusStatus.ps1' 95 #Region '.\Public\Queries\Get\Get-NinjaOneAntivirusThreats.ps1' -1 function Get-NinjaOneAntiVirusThreats { <# .SYNOPSIS Gets the antivirus threats from the NinjaOne API. .DESCRIPTION Retrieves the antivirus threats from the NinjaOne v2 API. .FUNCTIONALITY AntiVirus Threats Query .EXAMPLE PS> Get-NinjaOneAntivirusThreats Gets the antivirus threats. .EXAMPLE PS> Get-NinjaOneAntivirusThreats -deviceFilter 'org = 1' Gets the antivirus threats for the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/antivirusthreatsquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoavt')] [MetadataAttribute( '/v2/queries/antivirus-threats', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Monitoring timestamp filter. [Parameter(Position = 1)] [Alias('ts')] [DateTime]$timeStamp, # Monitoring timestamp filter in unix time. [Parameter(Position = 1)] [int]$timeStampUnixEpoch, # Cursor name. [Parameter(Position = 2)] [String]$cursor, # Number of results per page. [Parameter(Position = 3)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # If the [DateTime] parameter $timeStamp is set convert the value to a Unix Epoch. if ($timeStamp) { [int]$timeStamp = ConvertTo-UnixEpoch -DateTime $timeStamp } # If the Unix Epoch parameter $timeStampUnixEpoch is set assign the value to the $timeStamp variable and null $timeStampUnixEpoch. if ($timeStampUnixEpoch) { $parameters.Remove('timeStampUnixEpoch') | Out-Null [int]$timeStamp = $timeStampUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/antivirus-threats' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $AntivirusThreats = New-NinjaOneGETRequest @RequestParams if ($AntivirusThreats) { return $AntivirusThreats } else { throw 'No antivirus threats found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneAntivirusThreats.ps1' 81 #Region '.\Public\Queries\Get\Get-NinjaOneComputerSystems.ps1' -1 function Get-NinjaOneComputerSystems { <# .SYNOPSIS Gets the computer systems from the NinjaOne API. .DESCRIPTION Retrieves the computer systems from the NinjaOne v2 API. .FUNCTIONALITY Computer Systems Query .EXAMPLE PS> Get-NinjaOneComputerSystems Gets all computer systems. .EXAMPLE PS> Get-NinjaOneComputerSystems -deviceFilter 'org = 1' Gets the computer systems for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneComputerSystems -timeStamp 1619712000 Gets the computer systems with a monitoring timestamp at or after 1619712000. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/computersystemsquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnocs')] [MetadataAttribute( '/v2/queries/computer-systems', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Monitoring timestamp filter. [Parameter(Position = 1)] [Alias('ts')] [DateTime]$timeStamp, # Monitoring timestamp filter in unix time. [Parameter(Position = 1)] [int]$timeStampUnixEpoch, # Cursor name. [Parameter(Position = 2)] [String]$cursor, # Number of results per page. [Parameter(Position = 3)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # If the [DateTime] parameter $timeStamp is set convert the value to a Unix Epoch. if ($timeStamp) { [int]$timeStamp = ConvertTo-UnixEpoch -DateTime $timeStamp } # If the Unix Epoch parameter $timeStampUnixEpoch is set assign the value to the $timeStamp variable and null $timeStampUnixEpoch. if ($timeStampUnixEpoch) { $Parameters.Remove('timeStampUnixEpoch') | Out-Null [int]$timeStamp = $timeStampUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/computer-systems' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $ComputerSystems = New-NinjaOneGETRequest @RequestParams if ($ComputerSystems) { return $ComputerSystems } else { throw 'No computer systems found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneComputerSystems.ps1' 85 #Region '.\Public\Queries\Get\Get-NinjaOneCustomFields.ps1' -1 function Get-NinjaOneCustomFields { <# .SYNOPSIS Gets the custom fields from the NinjaOne API. .DESCRIPTION Retrieves the custom fields from the NinjaOne v2 API. .FUNCTIONALITY Custom Fields Query .EXAMPLE PS> Get-NinjaOneCustomFields Gets all custom field values for all devices. .EXAMPLE PS> Get-NinjaOneCustomFields -deviceFilter 'org = 1' Gets all custom field values for all devices in the organisation with id 1. .EXAMPLE PS> Get-NinjaOneCustomFields -updatedAfter (Get-Date).AddDays(-1) Gets all custom field values for all devices updated in the last 24 hours. .EXAMPLE PS> Get-NinjaOneCustomFields -updatedAfterUnixEpoch 1619712000 Gets all custom field values for all devices updated at or after 1619712000. .EXAMPLE PS> Get-NinjaOneCustomFields -fields 'hasBatteries', 'autopilotHwid' Gets the custom field values for the specified fields. .EXAMPLE PS> Get-NinjaOneCustomFields -detailed Gets the detailed version of the custom field values. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/customfieldsquery #> [CmdletBinding(DefaultParameterSetName = 'Default')] [OutputType([Object])] [Alias('gnocf')] [MetadataAttribute( '/v2/queries/custom-fields', 'get', '/v2/queries/custom-fields-detailed', 'get', '/v2/queries/scoped-custom-fields', 'get', '/v2/queries/scoped-custom-fields-detailed', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(ParameterSetName = 'Default', Position = 0)] [Alias('df')] [String]$deviceFilter, # Cursor name. [Parameter(ParameterSetName = 'Default', Position = 1)] [Parameter(ParameterSetName = 'Scoped', Position = 0)] [String]$cursor, # Number of results per page. [Parameter(ParameterSetName = 'Default', Position = 2)] [Parameter(ParameterSetName = 'Scoped', Position = 1)] [Int]$pageSize, # Custom field scopes to filter by. [Parameter(ParameterSetName = 'Scoped', Position = 2, ValueFromPipeline)] [ValidateSet('NODE', 'ORGANIZATION', 'LOCATION', 'ALL')] [String[]]$scopes, # Custom fields updated after the specified date. PowerShell DateTime object. [Parameter(ParameterSetName = 'Default', Position = 3)] [Parameter(ParameterSetName = 'Scoped', Position = 3)] [DateTime]$updatedAfter, # Custom fields updated after the specified date. Unix Epoch time. [Parameter(ParameterSetName = 'Default', Position = 3)] [Parameter(ParameterSetName = 'Scoped', Position = 3)] [Int]$updatedAfterUnixEpoch, # Array of fields. [Parameter(ParameterSetName = 'Default', Position = 4)] [Parameter(ParameterSetName = 'Scoped', Position = 4)] [String[]]$fields, # Get the detailed custom fields report(s). [Parameter(ParameterSetName = 'Default')] [Parameter(ParameterSetName = 'Scoped')] [Switch]$detailed ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding a 'detailed=' parameter as we use this param to targed an alternative resource. if ($detailed) { $Parameters.Remove('detailed') | Out-Null } # If the [DateTime] parameter $updatedAfter is set convert the value to a Unix Epoch. if ($updatedAfter) { [Int]$updatedAfter = ConvertTo-UnixEpoch -DateTime $updatedAfter } # If the Unix Epoch parameter $updatedAfterUnixEpoch is set assign the value to the $updatedAfter variable and null $updatedAfterUnixEpoch. if ($updatedAfterUnixEpoch) { $Parameters.Remove('updatedAfterUnixEpoch') | Out-Null [Int]$updatedAfter = $updatedAfterUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters -CommaSeparatedArrays } process { try { if ($PSCmdlet.ParameterSetName -eq 'Default') { if ($detailed) { $Resource = 'v2/queries/custom-fields-detailed' } else { $Resource = 'v2/queries/custom-fields' } } elseif ($PSCmdlet.ParameterSetName -eq 'Scoped') { if ($detailed) { $Resource = 'v2/queries/scoped-custom-fields-detailed' } else { $Resource = 'v2/queries/scoped-custom-fields' } } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $CustomFields = New-NinjaOneGETRequest @RequestParams if ($CustomFields) { return $CustomFields } else { throw 'No custom fields found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneCustomFields.ps1' 134 #Region '.\Public\Queries\Get\Get-NinjaOneDeviceBackupUsage.ps1' -1 function Get-NinjaOneDeviceBackupUsage { <# .SYNOPSIS Gets the backup usage by device from the NinjaOne API. .DESCRIPTION Retrieves the backup usage by device from the NinjaOne v2 API. .FUNCTIONALITY Backup Usage Query .EXAMPLE PS> Get-NinjaOneBackupUsage Gets the backup usage by device. .EXAMPLE PS> Get-NinjaOneBackupUsage -includeDeleted Gets the backup usage by device including deleted devices. .EXAMPLE PS> Get-NinjaOneBackupUsage | Where-Object { ($_.references.backupUsage.cloudTotalSize -ne 0) -or ($_.references.backupUsage.localTotalSize -ne 0) } Gets the backup usage by device where the cloud or local total size is not 0. .EXAMPLE PS> Get-NinjaOneBackupUsage -includeDeleted | Where-Object { ($_.references.backupUsage.cloudTotalSize -ne 0) -and ($_.references.backupUsage.localTotalSize -ne 0) -and ($_.references.backupUsage.revisionsTotalSize -ne 0) } Gets the backup usage where the cloud, local and revisions total size is not 0 including deleted devices. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/backupusagequery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodbu', 'gnobu', 'Get-NinjaOneBackupUsage')] [MetadataAttribute( '/v2/queries/backup/usage', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Cursor name. [Parameter(Position = 0)] [String]$cursor, # Number of results per page. [Parameter(Position = 1)] [Int]$pageSize, # Include deleted devices. [Alias('includeDeletedDevices')] [Switch]$includeDeleted ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/backup/usage' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $BackupUsage = New-NinjaOneGETRequest @RequestParams if ($BackupUsage) { return $BackupUsage } else { throw 'No backup usage found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneDeviceBackupUsage.ps1' 72 #Region '.\Public\Queries\Get\Get-NinjaOneDeviceHealth.ps1' -1 function Get-NinjaOneDeviceHealth { <# .SYNOPSIS Gets the device health from the NinjaOne API. .DESCRIPTION Retrieves the device health from the NinjaOne v2 API. .FUNCTIONALITY Device Health Query .EXAMPLE PS> Get-NinjaOneDeviceHealth Gets the device health. .EXAMPLE PS> Get-NinjaOneDeviceHealth -deviceFilter 'org = 1' Gets the device health for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneDeviceHealth -health 'UNHEALTHY' Gets the device health for devices with the health status 'UNHEALTHY'. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/devicehealthquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodh')] [MetadataAttribute( '/v2/queries/device-health', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Filter by health status. [Parameter(Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [ValidateSet('UNHEALTHY', 'HEALTHY', 'UNKNOWN', 'NEEDS_ATTENTION')] [String]$health, # Cursor name. [Parameter(Position = 2)] [String]$cursor, # Number of results per page. [Parameter(Position = 3)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/device-health' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceHealth = New-NinjaOneGETRequest @RequestParams if ($DeviceHealth) { return $DeviceHealth } else { throw 'No device health found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneDeviceHealth.ps1' 73 #Region '.\Public\Queries\Get\Get-NinjaOneDisks.ps1' -1 function Get-NinjaOneDisks { <# .SYNOPSIS Gets the disks from the NinjaOne API. .DESCRIPTION Retrieves the disks from the NinjaOne v2 API. .FUNCTIONALITY Disks Query .EXAMPLE PS> Get-NinjaOneDisks Gets all disks. .EXAMPLE PS> Get-NinjaOneDisks -deviceFilter 'org = 1' Gets the disks for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneDisks -timeStamp 1619712000 Gets the disks with a monitoring timestamp at or after 1619712000. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/disksquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodi')] [MetadataAttribute( '/v2/queries/disks', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Monitoring timestamp filter. [Parameter(Position = 1)] [Alias('ts')] [DateTime]$timeStamp, # Monitoring timestamp filter in unix time. [Parameter(Position = 1)] [Int]$timeStampUnixEpoch, # Cursor name. [Parameter(Position = 2)] [String]$cursor, # Number of results per page. [Parameter(Position = 3)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # If the [DateTime] parameter $timeStamp is set convert the value to a Unix Epoch. if ($timeStamp) { [int]$timeStamp = ConvertTo-UnixEpoch -DateTime $timeStamp } # If the Unix Epoch parameter $timeStampUnixEpoch is set assign the value to the $timeStamp variable and null $timeStampUnixEpoch. if ($timeStampUnixEpoch) { $Parameters.Remove('timeStampUnixEpoch') | Out-Null [int]$timeStamp = $timeStampUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/disks' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $Disks = New-NinjaOneGETRequest @RequestParams if ($Disks) { return $Disks } else { throw 'No disks found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneDisks.ps1' 85 #Region '.\Public\Queries\Get\Get-NinjaOneLoggedOnUsers.ps1' -1 function Get-NinjaOneLoggedOnUsers { <# .SYNOPSIS Gets the logged on users from the NinjaOne API. .DESCRIPTION Retrieves the logged on users from the NinjaOne v2 API. .FUNCTIONALITY Logged On Users Query .EXAMPLE PS> Get-NinjaOneLoggedOnUsers Gets all logged on users. .EXAMPLE PS> Get-NinjaOneLoggedOnUsers -deviceFilter 'org = 1' Gets the logged on users for the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/loggedonusersquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnolou', 'gnollou', 'gnollu', 'Get-NinjaOneLastLoggedOnUsers', 'Get-NinjaOneLastLoggedonUsers')] [MetadataAttribute( '/v2/queries/logged-on-users', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Cursor name. [Parameter(Position = 1)] [String]$cursor, # Number of results per page. [Parameter(Position = 2)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/logged-on-users' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $LoggedOnUsers = New-NinjaOneGETRequest @RequestParams if ($LoggedOnUsers) { return $LoggedOnUsers } else { throw 'No logged on users found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneLoggedOnUsers.ps1' 65 #Region '.\Public\Queries\Get\Get-NinjaOneNetworkInterfaces.ps1' -1 function Get-NinjaOneNetworkInterfaces { <# .SYNOPSIS Gets the network interfaces from the NinjaOne API. .DESCRIPTION Retrieves the network interfaces for each device from the NinjaOne v2 API. .FUNCTIONALITY Network Interfaces Query .EXAMPLE PS> Get-NinjaOneNetworkInterfaces Gets all network interfaces. .EXAMPLE PS> Get-NinjaOneNetworkInterfaces -deviceFilter 'org = 1' Gets the network interfaces for all devices for the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/networkinterfacesquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoni')] [MetadataAttribute( '/v2/queries/network-interfaces', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Cursor name. [Parameter(Position = 1)] [String]$cursor, # Number of results per page. [Parameter(Position = 2)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/network-interfaces' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $NetworkInterfaces = New-NinjaOneGETRequest @RequestParams if ($NetworkInterfaces) { return $NetworkInterfaces } else { throw 'No network interfaces found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneNetworkInterfaces.ps1' 65 #Region '.\Public\Queries\Get\Get-NinjaOneOperatingSystems.ps1' -1 function Get-NinjaOneOperatingSystems { <# .SYNOPSIS Gets the operating systems from the NinjaOne API. .DESCRIPTION Retrieves the operating systems from the NinjaOne v2 API. .FUNCTIONALITY Operating Systems Query .EXAMPLE PS> Get-NinjaOneOperatingSystems Gets all operating systems. .EXAMPLE PS> Get-NinjaOneOperatingSystems -deviceFilter 'org = 1' Gets the operating systems for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneOperatingSystems -timeStamp 1619712000 Gets the operating systems with a monitoring timestamp at or after 1619712000. .EXAMPLE PS> Get-NinjaOneOperatingSystems | Group-Object -Property 'name' Gets all operating systems grouped by the name property. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/operatingsystemsquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoos')] [MetadataAttribute( '/v2/queries/operating-systems', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Monitoring timestamp filter. [Parameter(Position = 1)] [Alias('ts')] [DateTime]$timeStamp, # Monitoring timestamp filter in unix time. [Parameter(Position = 1)] [Int]$timeStampUnixEpoch, # Cursor name. [Parameter(Position = 2)] [String]$cursor, # Number of results per page. [Parameter(Position = 3)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # If the [DateTime] parameter $timeStamp is set convert the value to a Unix Epoch. if ($timeStamp) { [int]$timeStamp = ConvertTo-UnixEpoch -DateTime $timeStamp } # If the Unix Epoch parameter $timeStampUnixEpoch is set assign the value to the $timeStamp variable and null $timeStampUnixEpoch. if ($timeStampUnixEpoch) { $Parameters.Remove('timeStampUnixEpoch') | Out-Null [int]$timeStamp = $timeStampUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/operating-systems' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $OperatingSystems = New-NinjaOneGETRequest @RequestParams if ($OperatingSystems) { return $OperatingSystems } else { throw 'No operating systems found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneOperatingSystems.ps1' 89 #Region '.\Public\Queries\Get\Get-NinjaOneOSPatches.ps1' -1 function Get-NinjaOneOSPatches { <# .SYNOPSIS Gets the OS patches from the NinjaOne API. .DESCRIPTION Retrieves the OS patches from the NinjaOne v2 API. .FUNCTIONALITY OS Patches Query .EXAMPLE PS> Get-NinjaOneOSPatches Gets all OS patches. .EXAMPLE PS> Get-NinjaOneOSPatches -deviceFilter 'org = 1' Gets the OS patches for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneOSPatches -timeStamp 1619712000 Gets the OS patches with a monitoring timestamp at or after 1619712000. .EXAMPLE PS> Get-NinjaOneOSPatches -status 'APPROVED' Gets the OS patches with a status of APPROVED. .EXAMPLE PS> Get-NinjaOneOSPatches -type 'SECURITY_UPDATES' Gets the OS patches with a type of SECURITY_UPDATES. .EXAMPLE PS> Get-NinjaOneOSPatches -severity 'CRITICAL' Gets the OS patches with a severity of CRITICAL. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/ospatchesquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoosp')] [MetadataAttribute( '/v2/queries/os-patches', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Monitoring timestamp filter. [Parameter(Position = 1)] [Alias('ts')] [DateTime]$timeStamp, # Monitoring timestamp filter in unix time. [Parameter(Position = 1)] [Int]$timeStampUnixEpoch, # Filter patches by patch status. [Parameter(Position = 2, ValueFromPipelineByPropertyName)] [ValidateSet('MANUAL', 'APPROVED', 'FAILED', 'REJECTED')] [String]$status, # Filter patches by type. [Parameter(Position = 3, ValueFromPipelineByPropertyName)] [ValidateSet('UPDATE_ROLLUPS', 'SECURITY_UPDATES', 'DEFINITION_UPDATES', 'CRITICAL_UPDATES', 'REGULAR_UPDATES', 'FEATURE_PACKS', 'DRIVER_UPDATES')] [String]$type, # Filter patches by severity. [Parameter(Position = 4, ValueFromPipelineByPropertyName)] [ValidateSet('OPTIONAL', 'MODERATE', 'IMPORTANT', 'CRITICAL')] [String]$severity, # Cursor name. [Parameter(Position = 5)] [String]$cursor, # Number of results per page. [Parameter(Position = 6)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # If the [DateTime] parameter $timeStamp is set convert the value to a Unix Epoch. if ($timeStamp) { [int]$timeStamp = ConvertTo-UnixEpoch -DateTime $timeStamp } # If the Unix Epoch parameter $timeStampUnixEpoch is set assign the value to the $timeStamp variable and null $timeStampUnixEpoch. if ($timeStampUnixEpoch) { $Parameters.Remove('timeStampUnixEpoch') | Out-Null [int]$timeStamp = $timeStampUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/os-patches' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $OSPatches = New-NinjaOneGETRequest @RequestParams if ($OSPatches) { return $OSPatches } else { throw 'No OS patches found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneOSPatches.ps1' 109 #Region '.\Public\Queries\Get\Get-NinjaOneOSPatchInstalls.ps1' -1 function Get-NinjaOneOSPatchInstalls { <# .SYNOPSIS Gets the OS patch installs from the NinjaOne API. .DESCRIPTION Retrieves the OS patch installs from the NinjaOne v2 API. .FUNCTIONALITY OS Patch Installs Query .EXAMPLE PS> Get-NinjaOneOSPatchInstalls Gets all OS patch installs. .EXAMPLE PS> Get-NinjaOneOSPatchInstalls -deviceFilter 'org = 1' Gets the OS patch installs for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneOSPatchInstalls -timeStamp 1619712000 Gets the OS patch installs with a monitoring timestamp at or after 1619712000. .EXAMPLE PS> Get-NinjaOneOSPatchInstalls -status 'FAILED' Gets the OS patch installs with a status of 'FAILED'. .EXAMPLE PS> Get-NinjaOneOSPatchInstalls -installedBefore (Get-Date) Gets the OS patch installs installed before the current date. .EXAMPLE PS> Get-NinjaOneOSPatchInstalls -installedBeforeUnixEpoch 1619712000 Gets the OS patch installs installed before 1619712000. .EXAMPLE PS> Get-NinjaOneOSPatchInstalls -installedAfter (Get-Date).AddDays(-1) Gets the OS patch installs installed after the previous day. .EXAMPLE PS> Get-NinjaOneOSPatchInstalls -installedAfterUnixEpoch 1619712000 Gets the OS patch installs installed after 1619712000. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/ospatchinstallsquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoospi')] [MetadataAttribute( '/v2/queries/os-patch-installs', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Monitoring timestamp filter. PowerShell DateTime object. [Parameter(Position = 1)] [Alias('ts')] [DateTime]$timeStamp, # Monitoring timestamp filter. Unix Epoch time. [Parameter(Position = 1)] [Int]$timeStampUnixEpoch, # Filter patches by patch status. [Parameter(Position = 2, ValueFromPipeline, ValueFromPipelineByPropertyName)] [ValidateSet('FAILED', 'INSTALLED')] [String]$status, # Filter patches to those installed before this date. [Parameter(Position = 3)] [DateTime]$installedBefore, # Filter patches to those installed after this date. Unix Epoch time. [Parameter(Position = 3)] [Int]$installedBeforeUnixEpoch, # Filter patches to those installed after this date. PowerShell DateTime object. [Parameter(Position = 4)] [DateTime]$installedAfter, # Filter patches to those installed after this date. Unix Epoch time. [Parameter(Position = 4)] [Int]$installedAfterUnixEpoch, # Cursor name. [Parameter(Position = 5)] [String]$cursor, # Number of results per page. [Parameter(Position = 6)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # If the [DateTime] parameter $installedBefore is set convert the value to a Unix Epoch. if ($installedBefore) { [Int]$installedBefore = ConvertTo-UnixEpoch -DateTime $installedBefore } # If the Unix Epoch parameter $installedBeforeUnixEpoch is set assign the value to the $installedBefore variable and null $installedBeforeUnixEpoch. if ($installedBeforeUnixEpoch) { $Parameters.Remove('installedBeforeUnixEpoch') | Out-Null [Int]$installedBefore = $installedBeforeUnixEpoch } # If the [DateTime] parameter $installedAfter is set convert the value to a Unix Epoch. if ($installedAfter) { [Int]$installedAfter = ConvertTo-UnixEpoch -DateTime $installedAfter } # If the Unix Epoch parameter $installedAfterUnixEpoch is set assign the value to the $installedAfter variable and null $installedAfterUnixEpoch. if ($installedAfterUnixEpoch) { $Parameters.Remove('installedAfterUnixEpoch') | Out-Null [Int]$installedAfter = $installedAfterUnixEpoch } # If the [DateTime] parameter $timeStamp is set convert the value to a Unix Epoch. if ($timeStamp) { [int]$timeStamp = ConvertTo-UnixEpoch -DateTime $timeStamp } # If the Unix Epoch parameter $timeStampUnixEpoch is set assign the value to the $timeStamp variable and null $timeStampUnixEpoch. if ($timeStampUnixEpoch) { $Parameters.Remove('timeStampUnixEpoch') | Out-Null [int]$timeStamp = $timeStampUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/os-patch-installs' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $OSPatchInstalls = New-NinjaOneGETRequest @RequestParams if ($OSPatchInstalls) { return $OSPatchInstalls } else { throw 'No OS patch installs found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneOSPatchInstalls.ps1' 139 #Region '.\Public\Queries\Get\Get-NinjaOnePolicyOverrides.ps1' -1 function Get-NinjaOnePolicyOverrides { <# .SYNOPSIS Gets the policy overrides by device from the NinjaOne API. .DESCRIPTION Retrieves the policy override sections by device from the NinjaOne v2 API. .FUNCTIONALITY Policy Overrides Query .EXAMPLE PS> Get-NinjaOnePolicyOverrides Gets the policy overrides by device. .EXAMPLE PS> Get-NinjaOnePolicyOverrides -deviceFilter 'org = 1' Gets the policy overrides by device for the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/policyoverridesquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnopo')] [MetadataAttribute( '/v2/queries/policy-overrides', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Cursor name. [Parameter(Position = 0)] [String]$cursor, # Device filter. [Parameter(Position = 1)] [Alias('df')] [String]$deviceFilter, # Number of results per page. [Parameter(Position = 2)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/policy-overrides' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $PolicyOverrides = New-NinjaOneGETRequest @RequestParams if ($PolicyOverrides) { return $PolicyOverrides } else { throw 'No policy overrides found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOnePolicyOverrides.ps1' 65 #Region '.\Public\Queries\Get\Get-NinjaOneProcessors.ps1' -1 function Get-NinjaOneProcessors { <# .SYNOPSIS Gets the processors from the NinjaOne API. .DESCRIPTION Retrieves the processors from the NinjaOne v2 API. .FUNCTIONALITY Processors Query .EXAMPLE PS> Get-NinjaOneProcessors Gets the processors. .EXAMPLE PS> Get-NinjaOneProcessors -deviceFilter 'org = 1' Gets the processors for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneProcessors -timeStamp 1619712000 Gets the processors with a monitoring timestamp at or after 1619712000. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/processorsquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnop')] [MetadataAttribute( '/v2/queries/processors', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Monitoring timestamp filter. PowerShell DateTime object. [Parameter(Position = 1)] [Alias('ts')] [DateTime]$timeStamp, # Monitoring timestamp filter. Unix Epoch time. [Parameter(Position = 1)] [Int]$timeStampUnixEpoch, # Cursor name. [Parameter(Position = 2)] [String]$cursor, # Number of results per page. [Parameter(Position = 3)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # If the [DateTime] parameter $timeStamp is set convert the value to a Unix Epoch. if ($timeStamp) { [int]$timeStamp = ConvertTo-UnixEpoch -DateTime $timeStamp } # If the Unix Epoch parameter $timeStampUnixEpoch is set assign the value to the $timeStamp variable and null $timeStampUnixEpoch. if ($timeStampUnixEpoch) { $Parameters.Remove('timeStampUnixEpoch') | Out-Null [int]$timeStamp = $timeStampUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/processors' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $Processors = New-NinjaOneGETRequest @RequestParams if ($Processors) { return $Processors } else { throw 'No processors found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneProcessors.ps1' 85 #Region '.\Public\Queries\Get\Get-NinjaOneRAIDControllers.ps1' -1 function Get-NinjaOneRAIDControllers { <# .SYNOPSIS Gets the RAID controllers from the NinjaOne API. .DESCRIPTION Retrieves the RAID controllers from the NinjaOne v2 API. .FUNCTIONALITY RAID Controllers Query .EXAMPLE PS> Get-NinjaOneRAIDControllers Gets the RAID controllers. .EXAMPLE PS> Get-NinjaOneRAIDControllers -deviceFilter 'org = 1' Gets the RAID controllers for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneRAIDControllers -timeStamp 1619712000 Gets the RAID controllers with a monitoring timestamp at or after 1619712000. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/raidcontrollersquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoraidc')] [MetadataAttribute( '/v2/queries/raid-controllers', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Monitoring timestamp filter. PowerShell DateTime object. [Parameter(Position = 1)] [Alias('ts')] [DateTime]$timeStamp, # Monitoring timestamp filter. Unix Epoch time. [Parameter(Position = 1)] [Int]$timeStampUnixEpoch, # Cursor name. [Parameter(Position = 2)] [String]$cursor, # Number of results per page. [Parameter(Position = 3)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # If the [DateTime] parameter $timeStamp is set convert the value to a Unix Epoch. if ($timeStamp) { [int]$timeStamp = ConvertTo-UnixEpoch -DateTime $timeStamp } # If the Unix Epoch parameter $timeStampUnixEpoch is set assign the value to the $timeStamp variable and null $timeStampUnixEpoch. if ($timeStampUnixEpoch) { $Parameters.Remove('timeStampUnixEpoch') | Out-Null [int]$timeStamp = $timeStampUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/raid-controllers' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $RAIDControllers = New-NinjaOneGETRequest @RequestParams if ($RAIDControllers) { return $RAIDControllers } else { throw 'No RAID controllers found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneRAIDControllers.ps1' 85 #Region '.\Public\Queries\Get\Get-NinjaOneRAIDDrives.ps1' -1 function Get-NinjaOneRAIDDrives { <# .SYNOPSIS Gets the RAID drives from the NinjaOne API. .DESCRIPTION Retrieves the RAID drives from the NinjaOne v2 API. .FUNCTIONALITY RAID Drives Query .EXAMPLE PS> Get-NinjaOneRAIDDrives Gets the RAID drives. .EXAMPLE PS> Get-NinjaOneRAIDDrives -deviceFilter 'org = 1' Gets the RAID drives for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneRAIDDrives -timeStamp 1619712000 Gets the RAID drives with a monitoring timestamp at or after 1619712000. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/raiddrivesquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoraidd')] [MetadataAttribute( '/v2/queries/raid-drives', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Monitoring timestamp filter. PowerShell DateTime object. [Parameter(Position = 1)] [Alias('ts')] [DateTime]$timeStamp, # Monitoring timestamp filter. Unix Epoch time. [Parameter(Position = 1)] [Int]$timeStampUnixEpoch, # Cursor name. [Parameter(Position = 2)] [String]$cursor, # Number of results per page. [Parameter(Position = 3)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # If the [DateTime] parameter $timeStamp is set convert the value to a Unix Epoch. if ($timeStamp) { [int]$timeStamp = ConvertTo-UnixEpoch -DateTime $timeStamp } # If the Unix Epoch parameter $timeStampUnixEpoch is set assign the value to the $timeStamp variable and null $timeStampUnixEpoch. if ($timeStampUnixEpoch) { $Parameters.Remove('timeStampUnixEpoch') | Out-Null [int]$timeStamp = $timeStampUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/raid-drives' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $RAIDDrives = New-NinjaOneGETRequest @RequestParams if ($RAIDDrives) { return $RAIDDrives } else { throw 'No RAID drives found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneRAIDDrives.ps1' 85 #Region '.\Public\Queries\Get\Get-NinjaOneSoftwareInventory.ps1' -1 function Get-NinjaOneSoftwareInventory { <# .SYNOPSIS Gets the software inventory from the NinjaOne API. .DESCRIPTION Retrieves the software inventory from the NinjaOne v2 API. .FUNCTIONALITY Software Inventory Query .EXAMPLE PS> Get-NinjaOneSoftwareInventory Gets the software inventory. .EXAMPLE PS> Get-NinjaOneSoftwareInventory -deviceFilter 'org = 1' Gets the software inventory for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneSoftwareInventory -installedBefore (Get-Date) Gets the software inventory for software installed before the current date. .EXAMPLE PS> Get-NinjaOneSoftwareInventory -installedBeforeUnixEpoch 1619712000 Gets the software inventory for software installed before 1619712000. .EXAMPLE PS> Get-NinjaOneSoftwareInventory -installedAfter (Get-Date).AddDays(-1) Gets the software inventory for software installed after the previous day. .EXAMPLE PS> Get-NinjaOneSoftwareInventory -installedAfterUnixEpoch 1619712000 Gets the software inventory for software installed after 1619712000. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/softwareinventoryquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnosi')] [MetadataAttribute( '/v2/queries/software', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Cursor name. [Parameter(Position = 1)] [String]$cursor, # Number of results per page. [Parameter(Position = 2)] [Int]$pageSize, # Filter software to those installed before this date. PowerShell DateTime object. [Parameter(Position = 3)] [DateTime]$installedBefore, # Filter software to those installed after this date. Unix Epoch time. [Parameter(Position = 3)] [Int]$installedBeforeUnixEpoch, # Filter software to those installed after this date. PowerShell DateTime object. [Parameter(Position = 4)] [DateTime]$installedAfter, # Filter software to those installed after this date. Unix Epoch time. [Parameter(Position = 4)] [Int]$installedAfterUnixEpoch ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters if ($installedBefore) { [Int]$installedBefore = ConvertTo-UnixEpoch -DateTime $installedBefore } if ($installedBeforeUnixEpoch) { $Parameters.Remove('installedBeforeUnixEpoch') | Out-Null [Int]$installedBefore = $installedBeforeUnixEpoch } if ($installedAfter) { [Int]$installedAfter = ConvertTo-UnixEpoch -DateTime $installedAfter } if ($installedAfterUnixEpoch) { $Parameters.Remove('installedAfterUnixEpoch') | Out-Null [Int]$installedAfter = $installedAfterUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/software' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $SoftwareInventory = New-NinjaOneGETRequest @RequestParams if ($SoftwareInventory) { return $SoftwareInventory } else { throw 'No software inventory found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneSoftwareInventory.ps1' 107 #Region '.\Public\Queries\Get\Get-NinjaOneSoftwarePatches.ps1' -1 function Get-NinjaOneSoftwarePatches { <# .SYNOPSIS Gets the software patches from the NinjaOne API. .DESCRIPTION Retrieves the software patches from the NinjaOne v2 API. .FUNCTIONALITY Software Patches Query .EXAMPLE PS> Get-NinjaOneSoftwarePatches Gets all software patches. .EXAMPLE PS> Get-NinjaOneSoftwarePatches -deviceFilter 'org = 1' Gets the software patches for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneSoftwarePatches -timeStamp 1619712000 Gets the software patches with a monitoring timestamp at or after 1619712000. .EXAMPLE PS> Get-NinjaOneSoftwarePatches -status 'FAILED' Gets the software patches with a status of 'FAILED'. .EXAMPLE PS> Get-NinjaOneSoftwarePatches -productIdentifier 23e4567-e89b-12d3-a456-426614174000 Gets the software patches with a product identifier of '23e4567-e89b-12d3-a456-426614174000'. .EXAMPLE PS> Get-NinjaOneSoftwarePatches -type 'PATCH' Gets the software patches with a type of 'PATCH'. .EXAMPLE PS> Get-NinjaOneSoftwarePatches -impact 'OPTIONAL' Gets the software patches with an impact of 'OPTIONAL'. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/softwarepatchesquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnosp')] [MetadataAttribute( '/v2/queries/software-patches', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Monitoring timestamp filter. PowerShell DateTime object. [Parameter(Position = 1)] [Alias('ts')] [DateTime]$timeStamp, # Monitoring timestamp filter. Unix Epoch time. [Parameter(Position = 1)] [Int]$timeStampUnixEpoch, # Filter patches by patch status. [Parameter(Position = 2, ValueFromPipelineByPropertyName)] [ValidateSet('MANUAL', 'APPROVED', 'FAILED', 'REJECTED')] [String]$status, # Filter patches by product identifier. [Parameter(Position = 3, ValueFromPipeline, ValueFromPipelineByPropertyName)] [String]$productIdentifier, # Filter patches by type. [Parameter(Position = 4, ValueFromPipelineByPropertyName)] [ValidateSet('PATCH', 'INSTALLER')] [String]$type, # Filter patches by impact. [Parameter(Position = 5, ValueFromPipelineByPropertyName)] [ValidateSet('OPTIONAL', 'RECOMMENDED', 'CRITICAL')] [String]$impact, # Cursor name. [Parameter(Position = 6)] [String]$cursor, # Number of results per page. [Parameter(Position = 7)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # If the [DateTime] parameter $timeStamp is set convert the value to a Unix Epoch. if ($timeStamp) { [int]$timeStamp = ConvertTo-UnixEpoch -DateTime $timeStamp } # If the Unix Epoch parameter $timeStampUnixEpoch is set assign the value to the $timeStamp variable and null $timeStampUnixEpoch. if ($timeStampUnixEpoch) { $Parameters.Remove('timeStampUnixEpoch') | Out-Null [int]$timeStamp = $timeStampUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/software-patches' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $SoftwarePatches = New-NinjaOneGETRequest @RequestParams if ($SoftwarePatches) { return $SoftwarePatches } else { throw 'No software patches found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneSoftwarePatches.ps1' 116 #Region '.\Public\Queries\Get\Get-NinjaOneSoftwarePatchInstalls.ps1' -1 function Get-NinjaOneSoftwarePatchInstalls { <# .SYNOPSIS Gets the software patch installs from the NinjaOne API. .DESCRIPTION Retrieves the software patch installs from the NinjaOne v2 API. .FUNCTIONALITY Software Patch Installs Query .EXAMPLE PS> Get-NinjaOneSoftwarePatchInstalls Gets all software patch installs. .EXAMPLE PS> Get-NinjaOneSoftwarePatchInstalls -deviceFilter 'org = 1' Gets the software patch installs for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneSoftwarePatchInstalls -timeStamp 1619712000 Gets the software patch installs with a monitoring timestamp at or after 1619712000. .EXAMPLE PS> Get-NinjaOneSoftwarePatchInstalls -type 'PATCH' Gets the software patch installs with a type of 'PATCH'. .EXAMPLE PS> Get-NinjaOneSoftwarePatchInstalls -impact 'OPTIONAL' Gets the software patch installs with an impact of 'OPTIONAL'. .EXAMPLE Get-NinjaOneSoftwarePatchInstalls -status 'FAILED' Gets the software patch installs with a status of 'FAILED'. .EXAMPLE PS> Get-NinjaOneSoftwarePatchInstalls -productIdentifier 23e4567-e89b-12d3-a456-426614174000 Gets the software patch installs with a product identifier of '23e4567-e89b-12d3-a456-426614174000'. .EXAMPLE PS> Get-NinjaOneSoftwarePatchInstalls -installedBefore (Get-Date) Gets the software patch installs installed before the current date. .EXAMPLE PS> Get-NinjaOneSoftwarePatchInstalls -installedBeforeUnixEpoch 1619712000 Gets the software patch installs installed before 1619712000. .EXAMPLE PS> Get-NinjaOneSoftwarePatchInstalls -installedAfter (Get-Date) Gets the software patch installs installed after the current date. .EXAMPLE PS> Get-NinjaOneSoftwarePatchInstalls -installedAfterUnixEpoch 1619712000 Gets the software patch installs installed after 1619712000. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/softwarepatchinstallsquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnospi')] [MetadataAttribute( '/v2/queries/software-patch-installs', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Monitoring timestamp filter. PowerShell DateTime object. [Parameter(Position = 1)] [Alias('ts')] [DateTime]$timeStamp, # Monitoring timestamp filter. Unix Epoch time. [Parameter(Position = 1)] [Int]$timeStampUnixEpoch, # Filter patches by patch status. [Parameter(Position = 2, ValueFromPipelineByPropertyName)] [ValidateSet('PATCH', 'INSTALLER')] [String]$type, # Filter patches by impact. [Parameter(Position = 3, ValueFromPipelineByPropertyName)] [ValidateSet('OPTIONAL', 'RECOMMENDED', 'CRITICAL')] [String]$impact, # Filter patches by patch status. [Parameter(Position = 4, ValueFromPipelineByPropertyName)] [ValidateSet('FAILED', 'INSTALLED')] [String]$status, # Filter patches by product identifier. [Parameter(Position = 5, ValueFromPipeline, ValueFromPipelineByPropertyName)] [String]$productIdentifier, # Filter patches to those installed before this date. PowerShell DateTime object. [Parameter(Position = 6)] [DateTime]$installedBefore, # Filter patches to those installed after this date. Unix Epoch time. [Parameter(Position = 6)] [Int]$installedBeforeUnixEpoch, # Filter patches to those installed after this date. PowerShell DateTime object. [Parameter(Position = 7)] [DateTime]$installedAfter, # Filter patches to those installed after this date. Unix Epoch time. [Parameter(Position = 7)] [Int]$installedAfterUnixEpoch, # Cursor name. [Parameter(Position = 8)] [String]$cursor, # Number of results per page. [Parameter(Position = 9)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # If the [DateTime] parameter $installedBefore is set convert the value to a Unix Epoch. if ($installedBefore) { [Int]$installedBefore = ConvertTo-UnixEpoch -DateTime $installedBefore } # If the Unix Epoch parameter $installedBeforeUnixEpoch is set assign the value to the $installedBefore variable and null $installedBeforeUnixEpoch. if ($installedBeforeUnixEpoch) { $Parameters.Remove('installedBeforeUnixEpoch') | Out-Null [Int]$installedBefore = $installedBeforeUnixEpoch } # If the [DateTime] parameter $installedAfter is set convert the value to a Unix Epoch. if ($installedAfter) { [Int]$installedAfter = ConvertTo-UnixEpoch -DateTime $installedAfter } # If the Unix Epoch parameter $installedAfterUnixEpoch is set assign the value to the $installedAfter variable and null $installedAfterUnixEpoch. if ($installedAfterUnixEpoch) { $Parameters.Remove('installedAfterUnixEpoch') | Out-Null [Int]$installedAfter = $installedAfterUnixEpoch } # If the [DateTime] parameter $timeStamp is set convert the value to a Unix Epoch. if ($timeStamp) { [int]$timeStamp = ConvertTo-UnixEpoch -DateTime $timeStamp } # If the Unix Epoch parameter $timeStampUnixEpoch is set assign the value to the $timeStamp variable and null $timeStampUnixEpoch. if ($timeStampUnixEpoch) { $Parameters.Remove('timeStampUnixEpoch') | Out-Null [int]$timeStamp = $timeStampUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/software-patch-installs' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $SoftwarePatchInstalls = New-NinjaOneGETRequest @RequestParams if ($SoftwarePatchInstalls) { return $SoftwarePatchInstalls } else { throw 'No software patch installs found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneSoftwarePatchInstalls.ps1' 162 #Region '.\Public\Queries\Get\Get-NinjaOneVolumes.ps1' -1 function Get-NinjaOneVolumes { <# .SYNOPSIS Gets the volumes from the NinjaOne API. .DESCRIPTION Retrieves the volumes from the NinjaOne v2 API. .FUNCTIONALITY Volumes Query .EXAMPLE PS> Get-NinjaOneVolumes Gets all volumes. .EXAMPLE PS> Get-NinjaOneVolumes -deviceFilter 'org = 1' Gets the volumes for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneVolumes -timeStamp 1619712000 Gets the volumes with a monitoring timestamp at or after 1619712000. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/volumesquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnov')] [MetadataAttribute( '/v2/queries/volumes', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Monitoring timestamp filter. PowerShell DateTime object. [Parameter(Position = 1)] [Alias('ts')] [DateTime]$timeStamp, # Monitoring timestamp filter. Unix Epoch time. [Parameter(Position = 1)] [Int]$timeStampUnixEpoch, # Cursor name. [Parameter(Position = 2)] [String]$cursor, # Number of results per page. [Parameter(Position = 3)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # If the [DateTime] parameter $timeStamp is set convert the value to a Unix Epoch. if ($timeStamp) { [int]$timeStamp = ConvertTo-UnixEpoch -DateTime $timeStamp } # If the Unix Epoch parameter $timeStampUnixEpoch is set assign the value to the $timeStamp variable and null $timeStampUnixEpoch. if ($timeStampUnixEpoch) { $Parameters.Remove('timeStampUnixEpoch') | Out-Null [int]$timeStamp = $timeStampUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/volumes' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $Volumes = New-NinjaOneGETRequest @RequestParams if ($Volumes) { return $Volumes } else { throw 'No volumes found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneVolumes.ps1' 85 #Region '.\Public\Queries\Get\Get-NinjaOneWindowsServices.ps1' -1 function Get-NinjaOneWindowsServices { <# .SYNOPSIS Gets the windows services from the NinjaOne API. .DESCRIPTION Retrieves the windows services from the NinjaOne v2 API. .FUNCTIONALITY Windows Services Query .EXAMPLE PS> Get-NinjaOneWindowsServices Gets the windows services. .EXAMPLE PS> Get-NinjaOneWindowsServices -deviceFilter 'organization in (1,2,3)' Gets the windows services for devices in organisations 1, 2 and 3. .EXAMPLE PS> Get-NinjaOneWindowsServices -name 'NinjaOne' Gets the windows services with the name 'NinjaOne'. .EXAMPLE PS> Get-NinjaOneWindowsServices -state 'RUNNING' Gets the windows services with the state 'RUNNING'. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/windowsservicesquery #> [CmdletBinding()] [OutputType([Object])] [Alias('gnows')] [MetadataAttribute( '/v2/queries/windows-services', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter devices. [Parameter(Position = 0)] [Alias('df')] [String]$deviceFilter, # Filter by service name. [Parameter(Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [String]$name, # Filter by service state. [Parameter(Position = 2, ValueFromPipelineByPropertyName)] [ValidateSet( 'UNKNOWN', 'STOPPED', 'START_PENDING', 'RUNNING', 'STOP_PENDING', 'PAUSE_PENDING', 'PAUSED', 'CONTINUE_PENDING' )] [String]$state, # Cursor name. [Parameter(Position = 3)] [String]$cursor, # Number of results per page. [Parameter(Position = 4)] [Int]$pageSize ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/queries/windows-services' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $WindowsServices = New-NinjaOneGETRequest @RequestParams if ($WindowsServices) { return $WindowsServices } else { throw 'No windows services found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Queries\Get\Get-NinjaOneWindowsServices.ps1' 89 #Region '.\Public\RelatedItems\Get\Get-NinjaOneRelatedItems.ps1' -1 function Get-NinjaOneRelatedItems { <# .SYNOPSIS Gets items related to an entity or entity type from the NinjaOne API. .DESCRIPTION Retrieves related items related to a given entity or entity type from the NinjaOne v2 API. .FUNCTIONALITY Related Items .EXAMPLE PS> Get-NinjaOneRelatedItems -all Gets all related items. .EXAMPLE PS> Get-NinjaOneRelatedItems -relatedTo -entityType 'organization' Gets all items which have a relation to an organization. .EXAMPLE PS> Get-NinjaOneRelatedItems -relatedTo -entityType 'organization' -entityId 1 Gets all items which have a relation to the organization with id 1. .EXAMPLE PS> Get-NinjaOneRelatedItems -relatedFrom -entityType 'organization' Gets all items which have a relation from an organization. .EXAMPLE PS> Get-NinjaOneRelatedItems -relatedFrom -entityType 'organization' -entityId 1 Gets all items which have a relation from the organization with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/relateditems #> [CmdletBinding()] [OutputType([Object])] [Alias('gnori')] [MetadataAttribute( '/v2/related-items', 'get', '/v2/related-items/with-entity/{entityType}/{entityId}', 'get', '/v2/related-items/with-entity-type/{entityType}', 'get', '/v2/related-items/with-related-entity/{relEntityType}/{relEntityId}', 'get', '/v2/related-items/with-related-entity-type/{relatedEntityType}', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Return all related items. [Parameter(Mandatory, ParameterSetName = 'all')] [Switch]$all, # Find items related to the given entity type/id. [Parameter(Mandatory, ParameterSetName = 'relatedTo')] [Switch]$relatedTo, # Find items with related entities of the given type/id. [Parameter(Mandatory, ParameterSetName = 'relatedFrom')] [Switch]$relatedFrom, # The entity type to get related items for. [Parameter(Mandatory, ParameterSetName = 'relatedTo', Position = 0)] [Parameter(Mandatory, ParameterSetName = 'relatedFrom', Position = 0)] [ValidateSet('ORGANIZATION', 'DOCUMENT', 'LOCATION', 'NODE', 'CHECKLIST', 'KB_DOCUMENT')] [String]$entityType, # The entity id to get related items for. [Parameter(ParameterSetName = 'relatedTo', Position = 1)] [Parameter(ParameterSetName = 'relatedFrom', Position = 1)] [Int64]$entityId, # The scope of the related items. [Parameter(ParameterSetName = 'relatedTo', Position = 2)] [Parameter(ParameterSetName = 'relatedFrom', Position = 2)] [ValidateSet('ALL', 'RELATIONS', 'REFERENCES')] [String]$scope ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters # Workaround to prevent the query string processor from adding an 'all=true' parameter by removing it from the set parameters. if ($all) { $Parameters.Remove('all') | Out-Null } # Similarly we don't want a `relatedTo=true` parameter since we're targetting a different resource. if ($relatedTo) { $Parameters.Remove('relatedTo') | Out-Null } # Similarly we don't want a `relatedFrom=true` parameter since we're targetting a different resource. if ($relatedFrom) { $Parameters.Remove('relatedFrom') | Out-Null } # Similarly we don't want a `entityType=` parameter since that's a path fragment. if ($entityType) { $Parameters.Remove('entityType') | Out-Null } # Similarly we don't want a `entityId=` parameter since that's a path fragment. if ($entityId) { $Parameters.Remove('entityId') | Out-Null } } process { try { if ($PSCmdlet.ParameterSetName -eq 'all') { Write-Verbose 'Getting all related items from NinjaOne API.' $Resource = 'v2/related-items' } elseif ($PSCmdlet.ParameterSetName -eq 'relatedTo' -and $entityType -and $entityId) { Write-Verbose ('Getting items related to entity of type {0} with id {1}.' -f $entityType, $entityId) $Resource = ('v2/related-items/with-entity/{0}/{1}' -f $entityType, $entityId) } elseif ($PSCmdlet.ParameterSetName -eq 'relatedTo' -and $entityType) { Write-Verbose ('Getting items related to entity of type {0}.' -f $entityType) $Resource = ('v2/related-items/with-entity-type/{0}' -f $entityType) } elseif ($PSCmdlet.ParameterSetName -eq 'relatedFrom' -and $entityType -and $entityId) { Write-Verbose ('Getting items with related entities of type {0} with id {1}.' -f $entityType, $entityId) $Resource = ('v2/related-items/with-related-entity/{0}/{1}' -f $entityType, $entityId) } elseif ($PSCmdlet.ParameterSetName -eq 'relatedFrom' -and $entityType) { Write-Verbose ('Getting items with related entities of type {0}.' -f $entityType) $Resource = ('v2/related-items/with-related-entity-type/{0}' -f $entityType) } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $RelatedItemResults = New-NinjaOneGETRequest @RequestParams if ($RelatedItemResults) { return $RelatedItemResults } else { throw 'No related items found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\RelatedItems\Get\Get-NinjaOneRelatedItems.ps1' 133 #Region '.\Public\RelatedItems\New\New-NinjaOneAttachmentRelation.ps1' -1 function New-NinjaOneAttachmentRelation { <# .SYNOPSIS Creates a new attachment relation using the NinjaOne API. .DESCRIPTION Create a new attachment relation using the NinjaOne v2 API. .FUNCTIONALITY Attachment Relation .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/attachmentrelation #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('nnoar')] [MetadataAttribute( '/v2/related-items/entity/{entityType}/{entityId}/attachment', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The entity type to create the attachment relation for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [ValidateSet('ORGANIZATION', 'DOCUMENT', 'LOCATION', 'NODE', 'CHECKLIST', 'KB_DOCUMENT')] [String]$entityType, # The entity id to create the attachment relation for. [Parameter(Mandatory, Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$entityId, # The attachment relation data. [Parameter(Position = 2, ValueFromPipelineByPropertyName)] [Object]$attachmentRelation, # Show the attachment relation that was created. [Switch]$show ) process { try { $Resource = ('v2/related-items/entity/{0}/{1}/attachment' -f $entityType, $entityId) $Body = $attachmentRelation $RequestParams = @{ Resource = $Resource Body = $Body } if ($PSCmdlet.ShouldProcess(('Attachment relation for {0} with id {1}' -f $entityType, $entityId), 'Create')) { $AttachmentRelationCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $AttachmentRelationCreate } else { Write-Information ('Attachment relation created for {0} with id {1}' -f $entityType, $entityId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\RelatedItems\New\New-NinjaOneAttachmentRelation.ps1' 58 #Region '.\Public\RelatedItems\New\New-NinjaOneEntityRelation.ps1' -1 function New-NinjaOneEntityRelation { <# .SYNOPSIS Creates a new entity relation using the NinjaOne API. .DESCRIPTION Create a new entity relation using the NinjaOne v2 API. .FUNCTIONALITY Entity Relation .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/entityrelation #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('nnoer')] [MetadataAttribute( '/v2/related-items/entity/{entityType}/{entityId}/relation', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The entity type to create the entity relation for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [ValidateSet('ORGANIZATION', 'DOCUMENT', 'LOCATION', 'NODE', 'CHECKLIST', 'KB_DOCUMENT')] [String]$entityType, # The entity id to create the entity relation for. [Parameter(Mandatory, Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$entityId, # The entity type to relate to. [Parameter(Mandatory, Position = 2, ValueFromPipeline, ValueFromPipelineByPropertyName)] [ValidateSet('ORGANIZATION', 'DOCUMENT', 'LOCATION', 'NODE', 'ATTACHMENT', 'TECHNICIAN', 'CREDENTIAL', 'CHECKLIST', 'END_USER', 'CONTACT', 'KB_DOCUMENT')] [Alias('relEntityType', 'relatedType')] [String]$relatedEntityType, # The entity id to relate to. [Parameter(Mandatory, Position = 3, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('relEntityId', 'relatedId')] [Int]$relatedEntityId, # Show the entity relation that was created. [Switch]$show ) process { try { $Resource = ('v2/related-items/entity/{0}/{1}/relation' -f $entityType, $entityId) $Body = @{ relEntityType = $relatedEntityType relEntityId = $relatedEntityId } $RequestParams = @{ Resource = $Resource Body = $Body } if ($PSCmdlet.ShouldProcess(('Entity relation for {0} with id {1}' -f $entityType, $entityId), 'Create')) { $EntityRelationCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $EntityRelationCreate } else { Write-Information ('Entity relation between {0} with id {1} and {2} with id {3} created.' -f $entityType, $entityId, $relatedEntityType, $relatedEntityId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\RelatedItems\New\New-NinjaOneEntityRelation.ps1' 67 #Region '.\Public\RelatedItems\New\New-NinjaOneEntityRelations.ps1' -1 function New-NinjaOneEntityRelations { <# .SYNOPSIS Creates multiple new entity relations using the NinjaOne API. .DESCRIPTION Create multiple new entity relations using the NinjaOne v2 API. .FUNCTIONALITY Entity Relations .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/entityrelations #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('nnoers')] [MetadataAttribute( '/v2/related-items/entity/{entityType}/{entityId}/relations', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The entity type to create the entity relation for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [ValidateSet('ORGANIZATION', 'DOCUMENT', 'LOCATION', 'NODE', 'CHECKLIST', 'KB_DOCUMENT')] [String]$entityType, # The entity id to create the entity relation for. [Parameter(Mandatory, Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$entityId, # The entity relations to create. [Parameter(Mandatory, Position = 2, ValueFromPipelineByPropertyName)] [Object[]]$entityRelations, # Show the entity relation that was created. [Switch]$show ) process { try { $Resource = ('v2/related-items/entity/{0}/{1}/relations' -f $entityType, $entityId) $Body = $entityRelations $RequestParams = @{ Resource = $Resource Body = $Body } if ($PSCmdlet.ShouldProcess(('Entity relations for {0} with id {1}' -f $entityType, $entityId), 'Create')) { $EntityRelationCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $EntityRelationCreate } else { Write-Information ('Entity relations for {0} with id {1} created.' -f $entityType, $entityId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\RelatedItems\New\New-NinjaOneEntityRelations.ps1' 58 #Region '.\Public\RelatedItems\New\New-NinjaOneSecureRelation.ps1' -1 function New-NinjaOneSecureRelation { <# .SYNOPSIS Creates a new secure value relation using the NinjaOne API. .DESCRIPTION Create a new secure value relation using the NinjaOne v2 API. .FUNCTIONALITY Secure Value Relation .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/securevaluerelation #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('nnosr')] [MetadataAttribute( '/v2/related-items/entity/{entityType}/{entityId}/secure', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSAvoidUsingUsernameAndPasswordParams', '', Justification = 'Secure value relation requires username and password parameters.')] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSAvoidUsingPlainTextForPassword', '', Justification = 'Secure value relation requires a plain text password parameter.')] Param( # The entity type to create the secre relation for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [ValidateSet('ORGANIZATION', 'DOCUMENT', 'LOCATION', 'NODE', 'CHECKLIST', 'KB_DOCUMENT')] [String]$entityType, # The entity id to create the secucre relation for. [Parameter(Mandatory, Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$entityId, # The name of the secure value. [Parameter(Mandatory, Position = 2, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('name')] [String]$secureValueName, # The URL for the secure value. [Parameter(Position = 3, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('url', 'uri')] [String]$secureValueURL, # Notes to accompany the secure value. [Parameter(Position = 4, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('notes')] [String]$secureValueNotes, # The username for the secure value. [Parameter(Position = 5, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('username')] [String]$secureValueUsername, # The password for the secure value. [Parameter(Position = 6, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('password')] [String]$secureValuePassword, # Show the secure relation that was created. [Switch]$show ) process { try { $Resource = ('v2/related-items/entity/{0}/{1}/secure' -f $entityType, $entityId) $Body = @{ name = $secureValueName } if ($secureValueURL) { $Body.url = $secureValueURL } if ($secureValueNotes) { $Body.notes = $secureValueNotes } if ($secureValueUsername) { $Body.username = $secureValueUsername } if ($secureValuePassword) { $Body.password = $secureValuePassword } $RequestParams = @{ Resource = $Resource Body = $Body } if ($PSCmdlet.ShouldProcess(('Secure relation for {0} with id {1}' -f $entityType, $entityId), 'Create')) { $SecureRelationCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $SecureRelationCreate } else { Write-Information ('Secure relation between {0} and {2} with id {3} created.' -f $entityType, $entityId, $secureValueName) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\RelatedItems\New\New-NinjaOneSecureRelation.ps1' 91 #Region '.\Public\RelatedItems\Remove\Remove-NinjaOneRelatedItem.ps1' -1 function Remove-NinjaOneRelatedItem { <# .SYNOPSIS Removes the given item relationship. .DESCRIPTION Removes the given item relationship link using the NinjaOne v2 API. .FUNCTIONALITY Related Item .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Remove/relateditem #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('rnori')] [MetadataAttribute( '/v2/related-items/{relatedItemId}', 'delete' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The related item id to remove. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$relatedItemId ) process { try { $Resource = ('v2/related-items/{0}' -f $relatedItemId) $RequestParams = @{ Resource = $Resource } if ($PSCmdlet.ShouldProcess(('Related Item {0}' -f $relatedItemId), 'Delete')) { $RelatedItemDelete = New-NinjaOneDELETERequest @RequestParams if ($RelatedItemDelete -eq 204) { Write-Information ('Relation {0} deleted successfully.' -f $relatedItemId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\RelatedItems\Remove\Remove-NinjaOneRelatedItem.ps1' 45 #Region '.\Public\RelatedItems\Remove\Remove-NinjaOneRelatedItems.ps1' -1 function Remove-NinjaOneRelatedItems { <# .SYNOPSIS Removes the item relationships for the given entity type and entity id. .DESCRIPTION Removes the item relationships for the given entity type and entity id using the NinjaOne v2 API. .FUNCTIONALITY Related Items .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Remove/relateditems #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('rnoris')] [MetadataAttribute( '/v2/related-items/{entityType}/{entityId}', 'delete' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The entity type to remove related items for. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [ValidateSet('ORGANIZATION', 'DOCUMENT', 'LOCATION', 'NODE', 'ATTACHMENT', 'TECHNICIAN', 'CREDENTIAL', 'CHECKLIST', 'END_USER', 'CONTACT', 'KB_DOCUMENT')] [String]$entityType, # The entity id to remove related items for. [Parameter(Mandatory, Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$entityId ) process { try { $Resource = ('v2/related-items/{0}/{1}' -f $entityType, $entityId) $RequestParams = @{ Resource = $Resource } if ($PSCmdlet.ShouldProcess(('Related Items for entity {0} with id {1}' -f $entityType, $entityId), 'Delete')) { $RelatedItemsDelete = New-NinjaOneDELETERequest @RequestParams if ($RelatedItemsDelete -eq 204) { Write-Information ('Related items for entity {0} with id {1} deleted successfully.' -f $entityType, $entityId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\RelatedItems\Remove\Remove-NinjaOneRelatedItems.ps1' 49 #Region '.\Public\System\Find\Find-NinjaOneDevices.ps1' -1 #using namespace System.Management.Automation function Find-NinjaOneDevices { <# .SYNOPSIS Searches for devices from the NinjaOne API. .DESCRIPTION Retrieves devices from the NinjaOne v2 API matching a search string. .FUNCTIONALITY Devices .EXAMPLE PS> Find-NinjaOneDevices -limit 10 -searchQuery 'ABCD' returns an object containing the query and matching devices. Raw data return .EXAMPLE PS> (Find-NinjaOneDevices -limit 10 -searchQuery 'ABCD').devices returns an array of device objects matching the query. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Find/devices #> [CmdletBinding()] [OutputType([Object])] [Alias('fnod', 'Find-NinjaOneDevice')] [MetadataAttribute( '/v2/devices/search', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Limit number of devices to return. [Int]$limit, # Search query [Parameter(Mandatory, Position = 0, ValueFromPipeline)] [Alias('q')] [String]$searchQuery ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters } process { try { Write-Verbose ('Searching for upto {0} devices matching {1}.' -f $limit, $searchQuery) $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters $Resource = 'v2/devices/search' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceSearchResults = New-NinjaOneGETRequest @RequestParams return $DeviceSearchResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Find\Find-NinjaOneDevices.ps1' 60 #Region '.\Public\System\Get\Get-NinjaOneActivities.ps1' -1 function Get-NinjaOneActivities { <# .SYNOPSIS Gets activities from the NinjaOne API. .DESCRIPTION Retrieves activities from the NinjaOne v2 API. .FUNCTIONALITY Activities .EXAMPLE PS> Get-NinjaOneActivities Gets all activities. .EXAMPLE PS> Get-NinjaOneActivities -deviceId 1 Gets activities for the device with id 1. .EXAMPLE PS> Get-NinjaOneActivities -class SYSTEM Gets system activities. .EXAMPLE PS> Get-NinjaOneActivities -before ([DateTime]::Now.AddDays(-1)) Gets activities from before yesterday. .EXAMPLE PS> Get-NinjaOneActivities -after ([DateTime]::Now.AddDays(-1)) Gets activities from after yesterday. .EXAMPLE PS> Get-NinjaOneActivities -olderThan 1 Gets activities older than activity id 1. .EXAMPLE PS> Get-NinjaOneActivities -newerThan 1 Gets activities newer than activity id 1. .EXAMPLE PS> Get-NinjaOneActivities -type 'Action' Gets activities of type 'Action'. .EXAMPLE PS> Get-NinjaOneActivities -status 'COMPLETED' Gets activities with status 'COMPLETED'. .EXAMPLE PS> Get-NinjaOneActivities -seriesUid '23e4567-e89b-12d3-a456-426614174000' Gets activities for the alert series with uid '23e4567-e89b-12d3-a456-426614174000'. .EXAMPLE PS> Get-NinjaOneActivities -deviceFilter 'organization in (1,2,3)' Gets activities for devices in organisations 1, 2 and 3. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/activities #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoac', 'Get-NinjaOneActivity')] [MetadataAttribute( '/v2/device/{id}/activities', 'get', '/v2/activities', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by device id. [Parameter(Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Activity class. [Parameter(Position = 1)] [ValidateSet('SYSTEM', 'DEVICE', 'USER', 'ALL')] [String]$class, # return activities from before this date. PowerShell DateTime object. [Parameter(Position = 2)] [DateTime]$before, # return activities from before this date. Unix Epoch time. [Parameter(Position = 2)] [Int]$beforeUnixEpoch, # return activities from after this date. PowerShell DateTime object. [Parameter(Position = 3)] [DateTime]$after, # return activities from after this date. Unix Epoch time. [Parameter(Position = 3)] [Int]$afterUnixEpoch, # return activities older than this activity id. [Parameter(Position = 4)] [Int]$olderThan, # return activities newer than this activity id. [Parameter(Position = 5)] [Int]$newerThan, # return activities of this type. [Parameter(Position = 6)] [String]$type, # return activities of this type. [Parameter(Position = 6)] [String]$activityType, # return activities with this status. [Parameter(Position = 7)] [String]$status, # return activities for this user. [Parameter(Position = 8)] [String]$user, # return activities for this alert series. [Parameter(Position = 9)] [String]$seriesUid, # return activities matching this device filter. [Parameter(Position = 10)] [Alias('df')] [String]$deviceFilter, # Number of results per page. [Parameter(Position = 11)] [Int]$pageSize, # Filter by language tag. [Parameter(Position = 12)] [Alias('lang')] [String]$languageTag, # Filter by timezone. [Parameter(Position = 13)] [Alias('tz')] [String]$timeZone, # return activities for this source configuration. [Parameter(Position = 14)] [String]$sourceConfigUid, # return the activities object instead of the default return with `lastActivityId` and `activities` properties. [Switch]$expandActivities ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. if ($deviceId) { $Parameters.Remove('deviceId') if ($type) { $Parameters.Remove('type') [string]$activityType = $type } } else { if ($activityType) { $Parameters.Remove('activityType') [string]$type = $activityType } } # If the [DateTime] parameter $before is set convert the value to a Unix Epoch. if ($before) { [Int]$before = ConvertTo-UnixEpoch -DateTime $before } # If the Unix Epoch parameter $beforeUnixEpoch is set assign the value to the $before variable and null $beforeUnixEpoch. if ($beforeUnixEpoch) { $Parameters.Remove('beforeUnixEpoch') | Out-Null [Int]$before = $beforeUnixEpoch } # If the [DateTime] parameter $after is set convert the value to a Unix Epoch. if ($after) { [Int]$after = ConvertTo-UnixEpoch -DateTime $after } # If the Unix Epoch parameter $afterUnixEpoch is set assign the value to the $after variable and null $afterUnixEpoch. if ($afterUnixEpoch) { $Parameters.Remove('afterUnixEpoch') | Out-Null [Int]$after = $afterUnixEpoch } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { if ($deviceId) { Write-Verbose ('Getting activities for device {0}.' -f $deviceId) $Resource = ('v2/device/{0}/activities' -f $deviceId) } else { Write-Verbose 'Retrieving all device activities.' $Resource = 'v2/activities' } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $ActivityResults = New-NinjaOneGETRequest @RequestParams if ($ActivityResults) { if ($expandActivities) { return $ActivityResults.activities } else { return $ActivityResults } } else { if ($deviceId) { throw ('No activities found for device {0}.' -f $deviceId) } else { throw 'No activities found.' } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOneActivities.ps1' 200 #Region '.\Public\System\Get\Get-NinjaOneAlerts.ps1' -1 #using namespace System.Management.Automation function Get-NinjaOneAlerts { <# .SYNOPSIS Gets alerts from the NinjaOne API. .DESCRIPTION Retrieves alerts from the NinjaOne v2 API. .FUNCTIONALITY Alerts .EXAMPLE PS> Get-NinjaOneAlerts Gets all alerts. .EXAMPLE PS> Get-NinjaOneAlerts -sourceType 'CONDITION_CUSTOM_FIELD' Gets all alerts with source type CONDITION_CUSTOM_FIELD. .EXAMPLE PS> Get-NinjaOneAlerts -deviceFilter 'status eq APPROVED' Gets alerts for all approved devices. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/alerts #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoal', 'Get-NinjaOneAlert')] [MetadataAttribute( '/v2/alerts', 'get', '/v2/device/{id}/alerts', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by device id. [Parameter(Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Filter by source type. [Parameter(Position = 1)] [String]$sourceType, # Filter by device which triggered the alert. [Parameter(Position = 2)] [Alias('df')] [String]$deviceFilter, # Filter by language tag. [Parameter(Position = 3)] [Alias('lang')] [String]$languageTag, # Filter by timezone. [Parameter(Position = 4)] [Alias('tz')] [String]$timeZone ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. if ($deviceId) { $Parameters.Remove('deviceId') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { if ($deviceId) { Write-Verbose ('Getting alerts for device {0}.' -f $deviceId) $Resource = ('v2/device/{0}/alerts' -f $deviceId) } else { Write-Verbose 'Retrieving all alerts.' $Resource = 'v2/alerts' } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } try { $AlertResults = New-NinjaOneGETRequest @RequestParams return $AlertResults } catch { if (-not $AlertResults) { if ($deviceId) { throw ('No alerts found for device {0}.' -f $deviceId) } else { throw 'No alerts found.' } } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOneAlerts.ps1' 98 #Region '.\Public\System\Get\Get-NinjaOneAutomations.ps1' -1 #using namespace System.Management.Automation function Get-NinjaOneAutomations { <# .SYNOPSIS Gets automation scripts from the NinjaOne API. .DESCRIPTION Retrieves automation scripts from the NinjaOne v2 API. .FUNCTIONALITY Automation Scripts .EXAMPLE PS> Get-NinjaOneAutomations Gets all automation scripts. .EXAMPLE PS> Get-NinjaOneAlerts -lang 'en' Gets all automation scripts, returning the name of built in automation scripts in English. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/automationscripts #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoau', 'Get-NinjaOneAutomation', 'gnoas', 'Get-NinjaOneAutomationScripts', 'Get-NinjaOneAutomationScript')] [MetadataAttribute( '/v2/automation/scripts', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Return built in automation script names in the given language. [Parameter(Position = 0)] [Alias('lang')] [String]$languageTag ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose 'Retrieving all automation scripts.' $Resource = 'v2/automation/scripts' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } try { $AutomationResults = New-NinjaOneGETRequest @RequestParams return $AutomationResults } catch { if (-not $AutomationResults) { throw 'No automation scripts found.' } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOneAutomations.ps1' 64 #Region '.\Public\System\Get\Get-NinjaOneDeviceCustomFields.ps1' -1 function Get-NinjaOneDeviceCustomFields { <# .SYNOPSIS Gets device custom fields from the NinjaOne API. .DESCRIPTION Retrieves device custom fields from the NinjaOne v2 API. .FUNCTIONALITY Device Custom Fields .EXAMPLE PS> Get-NinjaOneDeviceCustomFields Gets all device custom fields. .EXAMPLE PS> Get-NinjaOneDeviceCustomFields | Group-Object { $_.scope } Gets all device custom fields grouped by the scope property. .EXAMPLE PS> Get-NinjaOneDeviceCustomFields -deviceId 1 Gets the device custom fields and values for the device with id 1 .EXAMPLE PS> Get-NinjaOneDeviceCustomFields -deviceId 1 -withInheritance Gets the device custom fields and values for the device with id 1 and inherits values from parent location and/or organisation, if no value is set for the device you will get the value from the parent location and if no value is set for the parent location you will get the value from the parent organisation. .OUTPUTS A powershell object containing the response .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/contacts #> [CmdletBinding()] [OutputType([Object])] [Alias('gnodcf')] [MetadataAttribute( '/v2/device/{id}/custom-fields', 'get', '/v2/device-custom-fields', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Device id to get custom field values for a specific device. [Parameter(Mandatory, ParameterSetName = 'Single', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # The scopes to get custom field definitions for. [Parameter(ParameterSetName = 'Multi', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [ValidateSet('all', 'node', 'location', 'organisation')] [String[]]$scope = 'all' ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null # If $scope has more than one value preprocess the value to a comma separated string. if ($scope.Count -gt 1) { $scope = $scope -join ',' } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { if ($deviceId) { Write-Verbose ('Getting custom fields for device {0}.' -f $deviceId) $Resource = ('v2/device/{0}/custom-fields' -f $deviceId) } else { Write-Verbose 'Retrieving all device custom fields.' $Resource = 'v2/device-custom-fields' } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $DeviceCustomFieldResults = New-NinjaOneGETRequest @RequestParams return $DeviceCustomFieldResults } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOneDeviceCustomFields.ps1' 82 #Region '.\Public\System\Get\Get-NinjaOneDevices.ps1' -1 #using namespace System.Management.Automation function Get-NinjaOneDevices { <# .SYNOPSIS Gets devices from the NinjaOne API. .DESCRIPTION Retrieves devices from the NinjaOne v2 API. .FUNCTIONALITY Devices .EXAMPLE PS> Get-NinjaOneDevices Gets all devices. .EXAMPLE PS> Get-NinjaOneDevices -deviceId 1 Gets the device with id 1. .EXAMPLE PS> Get-NinjaOneDevices -organisationId 1 Gets all devices for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneDevices -deviceFilter 'status eq APPROVED' Gets all approved devices. .EXAMPLE PS> Get-NinjaOneDevices -deviceFilter 'class in (WINDOWS_WORKSTATION,MAC,LINUX_WORKSTATION)' Gets all WINDOWS_WORKSTATION, MAC or LINUX_WORKSTATION devices. .EXAMPLE PS> Get-NinjaOneDevices -deviceFilter 'class eq WINDOWS_WORKSTATION AND online' Gets all online WINDOWS_WORKSTATION devices. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/devices .OUTPUTS A powershell object containing the response. #> [CmdletBinding(DefaultParameterSetName = 'Multi')] [OutputType([Object])] [Alias('gnod', 'Get-NinjaOneDevice')] [MetadataAttribute( '/v2/devices', 'get', '/v2/device/{id}', 'get', '/v2/organization/{id}/devices', 'get', '/v2/devices-detailed', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Device id to retrieve [Parameter(Mandatory, ParameterSetName = 'Single', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Filter devices. [Parameter(ParameterSetName = 'Multi', Position = 1)] [Alias('df')] [String]$deviceFilter, # Number of results per page. [Parameter(ParameterSetName = 'Multi', Position = 2)] [Parameter(ParameterSetName = 'Organisation', Position = 1)] [Int]$pageSize, # Start results from device id. [Parameter(ParameterSetName = 'Multi', Position = 3)] [Parameter(ParameterSetName = 'Organisation', Position = 2)] [Int]$after, # Include locations and policy mappings. [Parameter(ParameterSetName = 'Multi', Position = 4)] [Switch]$detailed, # Filter by organisation id. [Parameter(Mandatory, ParameterSetName = 'Organisation', Position = 0, ValueFromPipelineByPropertyName)] [Alias('organizationId')] [Int]$organisationId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. if ($deviceId) { $Parameters.Remove('deviceId') | Out-Null } # Similarly we don't want a `detailed=` parameter since we're targetting a different resource. if ($detailed) { $Parameters.Remove('detailed') | Out-Null } # Similarly we don't want an `organisationid=` parameter since we're targetting a different resource. if ($organisationId) { $Parameters.Remove('organisationId') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { if ($deviceId) { Write-Verbose ('Getting device with id {0}.' -f $deviceId) $Resource = ('v2/device/{0}' -f $deviceId) } elseif ($organisationId) { Write-Verbose 'Getting organisation from NinjaOne API.' $Organisation = Get-NinjaOneOrganisations -organisationId $organisationId if ($Organisation) { Write-Verbose ('Getting devices for organisation with id {0}.' -f $organisationId) $Resource = ('v2/organization/{0}/devices' -f $organisationId) } else { throw ('Organisation with id {0} not found.' -f $organisationId) } } else { if ($Detailed) { Write-Verbose 'Retrieving detailed information on all devices.' $Resource = 'v2/devices-detailed' } else { Write-Verbose 'Retrieving all devices.' $Resource = 'v2/devices' } } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } try { $DeviceResults = New-NinjaOneGETRequest @RequestParams return $DeviceResults } catch { if (-not $DeviceResults) { if ($deviceId) { throw ('Device with id {0} not found.' -f $deviceId) } else { throw 'No devices found.' } } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOneDevices.ps1' 140 #Region '.\Public\System\Get\Get-NinjaOneGroups.ps1' -1 function Get-NinjaOneGroups { <# .SYNOPSIS Gets groups from the NinjaOne API. .DESCRIPTION Retrieves groups from the NinjaOne v2 API. .FUNCTIONALITY Groups .EXAMPLE PS> Get-NinjaOneGroups Gets all groups. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/groups #> [CmdletBinding()] [OutputType([Object])] [Alias('gnog')] [MetadataAttribute( '/v2/groups', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Group names should be returned in this language. [Parameter(Position = 0)] [Alias('lang')] [String]$languageTag ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose 'Retrieving all groups.' $Resource = 'v2/groups' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $GroupResults = New-NinjaOneGETRequest @RequestParams if ($GroupResults) { return $GroupResults } else { throw 'No groups found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOneGroups.ps1' 57 #Region '.\Public\System\Get\Get-NinjaOneJobs.ps1' -1 function Get-NinjaOneJobs { <# .SYNOPSIS Gets jobs from the NinjaOne API. .DESCRIPTION Retrieves jobs from the NinjaOne v2 API. .FUNCTIONALITY Jobs .EXAMPLE PS> Get-NinjaOneJobs Gets all jobs. .EXAMPLE PS> Get-NinjaOneJobs -jobType SOFTWARE_PATCH_MANAGEMENT Gets software patch management jobs. .EXAMPLE PS> Get-NinjaOneJobs -deviceFilter 'organization in (1,2,3)' Gets jobs for devices in organisations 1, 2 and 3. .EXAMPLE PS> Get-NinjaOneJobs -deviceId 1 Gets jobs for the device with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/jobs/ #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoj')] [MetadataAttribute( '/v2/jobs', 'get', '/v2/device/{id}/jobs', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by device id. [Parameter(Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId, # Filter by job type. [Parameter(Position = 1)] [String]$jobType, # Filter by device triggering the alert. [Parameter(Position = 2)] [Alias('df')] [String]$deviceFilter, # Filter by language tag. [Parameter(Position = 3)] [Alias('lang')] [String]$languageTag, # Filter by timezone. [Parameter(Position = 4)] [Alias('ts')] [String]$timeZone ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. if ($deviceId) { $Parameters.Remove('deviceId') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { if ($deviceId) { Write-Verbose ('Getting jobs for device {0}.' -f $deviceId) $Resource = ('v2/device/{0}/jobs' -f $deviceId) } else { Write-Verbose 'Retrieving all jobs.' $Resource = 'v2/jobs' } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection NoDrill = $True } $JobResults = New-NinjaOneGETRequest @RequestParams if ($JobResults) { return $JobResults } else { if ($deviceId) { throw ('No jobs found for device {0}.' -f $deviceId) } else { throw 'No jobs found.' } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOneJobs.ps1' 100 #Region '.\Public\System\Get\Get-NinjaOneLocations.ps1' -1 function Get-NinjaOneLocations { <# .SYNOPSIS Gets locations from the NinjaOne API. .DESCRIPTION Retrieves locations from the NinjaOne v2 API. .FUNCTIONALITY Locations .EXAMPLE PS> Get-NinjaOneLocations Gets all locations. .EXAMPLE PS> Get-NinjaOneLocations -after 1 Gets all locations after location id 1. .EXAMPLE PS> Get-NinjaOneLocations -organisationId 1 Gets all locations for the organisation with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/locations #> [CmdletBinding()] [OutputType([Object])] [Alias('gnol')] [MetadataAttribute( '/v2/locations', 'get', '/v2/organization/{id}/locations', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Number of results per page. [Parameter(Position = 0)] [Int]$pageSize, # Start results from location id. [Parameter(Position = 1)] [Int]$after, # Filter by organisation id. [Parameter(Position = 2, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'organisationid=' parameter by removing it from the set parameters. if ($organisationId) { $Parameters.Remove('organisationId') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { if ($organisationId) { Write-Verbose ('Getting locations for organisation {0}.' -f $organisationId) $Resource = ('v2/organization/{0}/locations' -f $organisationId) } else { Write-Verbose 'Retrieving all locations.' $Resource = 'v2/locations' } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $LocationResults = New-NinjaOneGETRequest @RequestParams if ($LocationResults) { return $LocationResults } else { throw ('No locations found for organisation {0}.' -f $organisationId) } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOneLocations.ps1' 81 #Region '.\Public\System\Get\Get-NinjaOneNotificationChannels.ps1' -1 #using namespace System.Management.Automation function Get-NinjaOneNotificationChannels { <# .SYNOPSIS Gets notification channels from the NinjaOne API. .DESCRIPTION Retrieves notification channel details from the NinjaOne v2 API. .FUNCTIONALITY Notification Channels .EXAMPLE PS> Get-NinjaOneNotificationChannels Gets all notification channels. .EXAMPLE PS> Get-NinjaOneNotificationChannels -enabled Gets all enabled notification channels. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/notificationchannels #> [CmdletBinding()] [OutputType([Object])] [Alias('gnonc', 'Get-NinjaOneNotificationChannel')] [MetadataAttribute( '/v2/notification-channels', 'get', '/v2/notification-channels/enabled', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Get all enabled notification channels. [Switch]$enabled ) begin { # Not used: no parameters to process. # $CommandName = $MyInvocation.InvocationName # $Parameters = (Get-Command -Name $CommandName).Parameters # $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose 'Retrieving all enabled notification channels.' if ($enabled) { $Resource = 'v2/notification-channels/enabled' } else { $Resource = 'v2/notification-channels' } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } try { $NotificationChannelResults = New-NinjaOneGETRequest @RequestParams return $NotificationChannelResults } catch { if (-not $NotificationChannelResults) { throw 'No notification channels found.' } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOneNotificationChannels.ps1' 69 #Region '.\Public\System\Get\Get-NinjaOneOrganisations.ps1' -1 function Get-NinjaOneOrganisations { <# .SYNOPSIS Gets organisations from the NinjaOne API. .DESCRIPTION Retrieves organisations from the NinjaOne v2 API. .FUNCTIONALITY Organisations .EXAMPLE PS> Get-NinjaOneOrganisations Gets all organisations. .EXAMPLE PS> Get-NinjaOneOrganisations -organisationId 1 Gets the organisation with id 1. .EXAMPLE PS> Get-NinjaOneOrganisations -pageSize 10 -after 1 Gets 10 organisations starting from organisation id 1. .EXAMPLE PS> Get-NinjaOneOrganisations -detailed Gets all organisations with locations and policy mappings. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/organisations #> [CmdletBinding( DefaultParameterSetName = 'Multi' )] [OutputType([Object])] [Alias('gnoo', 'Get-NinjaOneOrganizations', 'Get-NinjaOneOrganisation', 'Get-NinjaOneOrganization')] [MetadataAttribute( '/v2/organizations', 'get', '/v2/organization/{id}', 'get', '/v2/organizations-detailed', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Organisation id [Parameter(ParameterSetName = 'Single', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # Start results from organisation id. [Parameter(ParameterSetName = 'Multi', Position = 1)] [Int]$after, # Filter results using an organisation filter string. [Parameter(ParameterSetName = 'Multi', Position = 2)] [Alias('of', 'organizationFilter')] [String]$organisationFilter, # Number of results per page. [Parameter(ParameterSetName = 'Multi', Position = 3)] [Int]$pageSize, # Include locations and policy mappings. [Parameter(ParameterSetName = 'Multi', Position = 4)] [Switch]$detailed ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'organisationid=' parameter by removing it from the set parameters. if ($organisationId) { $Parameters.Remove('organisationId') | Out-Null } # Similarly we don't want a `detailed=true` parameter since we're targetting a different resource. if ($detailed) { $Parameters.Remove('detailed') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { if ($organisationId) { Write-Verbose ('Getting organisation with id {0}.' -f $organisationId) $Resource = ('v2/organization/{0}' -f $organisationId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } } else { if ($detailed) { Write-Verbose 'Retrieving detailed information on all organisations' $Resource = 'v2/organizations-detailed' } else { Write-Verbose 'Retrieving all organisations' $Resource = 'v2/organizations' } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } } try { $OrganisationResults = New-NinjaOneGETRequest @RequestParams return $OrganisationResults } catch { if (-not $OrganisationResults) { if ($organisationId) { throw ('Organisation with id {0} not found.' -f $organisationId) } else { throw 'No organisations found.' } } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOneOrganisations.ps1' 113 #Region '.\Public\System\Get\Get-NinjaOnePolicies.ps1' -1 function Get-NinjaOnePolicies { <# .SYNOPSIS Gets policies from the NinjaOne API. .DESCRIPTION Retrieves policies from the NinjaOne v2 API. .FUNCTIONALITY Policies .EXAMPLE PS> Get-NinjaOnePolicies Gets all policies. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/policies #> [CmdletBinding()] [OutputType([Object])] [Alias('gnop')] [MetadataAttribute( '/v2/policies', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param() begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose 'Retrieving all policies.' $Resource = 'v2/policies' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $PolicyResults = New-NinjaOneGETRequest @RequestParams if ($PolicyResults) { return $PolicyResults } else { throw 'No policies found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOnePolicies.ps1' 52 #Region '.\Public\System\Get\Get-NinjaOneRoles.ps1' -1 function Get-NinjaOneRoles { <# .SYNOPSIS Gets device roles from the NinjaOne API. .DESCRIPTION Retrieves device roles from the NinjaOne v2 API. .FUNCTIONALITY Device Roles .EXAMPLE PS> Get-NinjaOneRoles Gets all device roles. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/deviceroles #> [CmdletBinding()] [OutputType([Object])] [Alias('gnor', 'Get-NinjaOneRole', 'gnodr', 'Get-NinjaOneDeviceRoles', 'Get-NinjaOneDeviceRole')] [MetadataAttribute( '/v2/roles', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param() begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose 'Retrieving all roles.' $Resource = 'v2/roles' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $RoleResults = New-NinjaOneGETRequest @RequestParams if ($RoleResults) { return $RoleResults } else { throw 'No roles found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOneRoles.ps1' 52 #Region '.\Public\System\Get\Get-NinjaOneSoftwareProducts.ps1' -1 function Get-NinjaOneSoftwareProducts { <# .SYNOPSIS Gets software products from the NinjaOne API. .DESCRIPTION Retrieves software products from the NinjaOne v2 API. .FUNCTIONALITY Software Products .EXAMPLE PS> Get-NinjaOneSoftwareProducts Gets all software products. .EXAMPLE PS> Get-NinjaOneSoftwareProducts -deviceId 1 Gets all software products for the device with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/softwareproducts #> [CmdletBinding()] [OutputType([Object])] [Alias('gnosp')] [MetadataAttribute( '/v2/software-products', 'get', '/v2/device/{id}/software', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The device id to get software products for. [Parameter(Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$deviceId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'deviceid=' parameter by removing it from the set parameters. $Parameters.Remove('deviceId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { if ($deviceId) { Write-Verbose ('Getting software products for device {0}.' -f $deviceId) $Resource = ('v2/device/{0}/software' -f $deviceId) } else { Write-Verbose 'Retrieving all software products.' $Resource = 'v2/software-products' } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $SoftwareProductResults = New-NinjaOneGETRequest @RequestParams if ($SoftwareProductResults) { return $SoftwareProductResults } else { if ($deviceId) { throw ('No software products found for device {0}.' -f $deviceId) } else { throw 'No software products found.' } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOneSoftwareProducts.ps1' 74 #Region '.\Public\System\Get\Get-NinjaOneTasks.ps1' -1 function Get-NinjaOneTasks { <# .SYNOPSIS Gets tasks from the NinjaOne API. .DESCRIPTION Retrieves tasks from the NinjaOne v2 API. .FUNCTIONALITY Scheduled Tasks .EXAMPLE PS> Get-NinjaOneTasks Gets all tasks. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/scheduledtasks #> [CmdletBinding()] [OutputType([Object])] [Alias('gnota')] [MetadataAttribute( '/v2/tasks', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param() begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { Write-Verbose 'Retrieving all tasks.' $Resource = 'v2/tasks' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $TaskResults = New-NinjaOneGETRequest @RequestParams if ($TaskResults) { return $TaskResults } else { throw 'No tasks found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOneTasks.ps1' 52 #Region '.\Public\System\Get\Get-NinjaOneUsers.ps1' -1 function Get-NinjaOneUsers { <# .SYNOPSIS Gets users from the NinjaOne API. .DESCRIPTION Retrieves users from the NinjaOne v2 API. .FUNCTIONALITY Users .EXAMPLE PS> Get-NinjaOneUsers Gets all users. .EXAMPLE PS> Get-NinjaOneUsers -includeRoles Gets all users including information about their roles. .EXAMPLE PS> Get-NinjaOneUsers -userType TECHNICIAN Gets all technicians (users with the TECHNICIAN user type). .EXAMPLE PS> Get-NinjaOneUsers -organisationId 1 Gets all users for the organisation with id 1 (only works for users with the END_USER user type). .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/users #> [CmdletBinding(DefaultParameterSetName = 'Default')] [OutputType([Object])] [Alias('gnou')] [MetadataAttribute( '/v2/users', 'get', '/v2/organization/{id}/end-users', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Get users for this organisation id. [Parameter(Mandatory, ParameterSetName = 'Organisation', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$organisationId, # Filter by user type. This can be one of "TECHNICIAN" or "END_USER". [Parameter(ParameterSetName = 'Default', Position = 1, ValueFromPipelineByPropertyName)] [Parameter(ParameterSetName = 'Organisation', Position = 1, ValueFromPipelineByPropertyName)] [ValidateSet( 'TECHNICIAN', 'END_USER' )] [String]$userType, # Include roles in the response. [Parameter(ParameterSetName = 'Default', Position = 2, ValueFromPipelineByPropertyName)] [Parameter(ParameterSetName = 'Organisation', Position = 2, ValueFromPipelineByPropertyName)] [Switch]$includeRoles ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'organisationid=' parameter by removing it from the set parameters. if ($organisationId) { $Parameters.Remove('organisationId') | Out-Null } $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { if ($organisationId) { Write-Verbose ('Getting users for organisation {0}.' -f $organisationId) $Resource = ('v2/organization/{0}/end-users' -f $organisationId) } else { Write-Verbose 'Retrieving all users.' $Resource = 'v2/users' } $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $UserResults = New-NinjaOneGETRequest @RequestParams if ($UserResults) { return $UserResults } else { if ($organisationId) { throw ('No users found for organisation {0}.' -f $organisationId) } else { throw 'No users found.' } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\System\Get\Get-NinjaOneUsers.ps1' 96 #Region '.\Public\Ticketing\Get\Get-NinjaOneContacts.ps1' -1 function Get-NinjaOneContacts { <# .SYNOPSIS Gets contacts from the NinjaOne API. .DESCRIPTION Retrieves contacts from the NinjaOne v2 API. .FUNCTIONALITY Contacts .EXAMPLE PS> Get-NinjaOneContacts Gets all contacts. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/contacts #> [CmdletBinding()] [OutputType([Object])] [Alias('gnoc')] [MetadataAttribute( '/v2/ticketing/contact/contacts', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param() begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/ticketing/contact/contacts' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $Contacts = New-NinjaOneGETRequest @RequestParams if ($Contacts) { return $Contacts } else { throw 'No contacts found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Ticketing\Get\Get-NinjaOneContacts.ps1' 50 #Region '.\Public\Ticketing\Get\Get-NinjaOneTicketAttributes.ps1' -1 function Get-NinjaOneTicketAttributes { <# .SYNOPSIS Gets ticket attributes from the NinjaOne API. .DESCRIPTION Retrieves a list of the ticket attributes from the NinjaOne v2 API. .FUNCTIONALITY Ticket Attributes .EXAMPLE PS> Get-NinjaOneTicketAttributes Gets all ticket attributes. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/ticketattributes #> [CmdletBinding()] [OutputType([Object])] [Alias('gnota')] [MetadataAttribute( '/v2/ticketing/attributes', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param() begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/ticketing/attributes' $RequestParams = @{ QSCollection = $QSCollection Resource = $Resource } $TicketAttributes = New-NinjaOneGETRequest @RequestParams if ($TicketAttributes) { return $TicketAttributes } else { throw 'No ticket attributes found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Ticketing\Get\Get-NinjaOneTicketAttributes.ps1' 50 #Region '.\Public\Ticketing\Get\Get-NinjaOneTicketBoards.ps1' -1 function Get-NinjaOneTicketBoards { <# .SYNOPSIS Gets boards from the NinjaOne API. .DESCRIPTION Retrieves boards from the NinjaOne v2 API. .FUNCTIONALITY Ticket Boards .EXAMPLE PS> Get-NinjaOneTicketBoards Gets all boards. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/ticketboards #> [CmdletBinding()] [OutputType([Object])] [Alias('gnotb')] [MetadataAttribute( '/v2/ticketing/trigger/boards', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param() begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/ticketing/trigger/boards' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $Boards = New-NinjaOneGETRequest @RequestParams if ($Boards) { return $Boards } else { throw 'No boards found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Ticketing\Get\Get-NinjaOneTicketBoards.ps1' 50 #Region '.\Public\Ticketing\Get\Get-NinjaOneTicketForms.ps1' -1 function Get-NinjaOneTicketForms { <# .SYNOPSIS Gets ticket forms from the NinjaOne API. .DESCRIPTION Retrieves ticket forms from the NinjaOne v2 API. .FUNCTIONALITY Ticket Forms .EXAMPLE PS> Get-NinjaOneTicketForms Gets all ticket forms. .EXAMPLE PS> Get-NinjaOneTicketForms -ticketFormId 1 Gets ticket form with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/ticketforms #> [CmdletBinding()] [OutputType([Object])] [Alias('gnotf')] [MetadataAttribute( '/v2/ticketing/ticket-form', 'get', '/v2/ticketing/ticket-form/{id}', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Ticket form id. [Parameter(ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$ticketFormId ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { if ($ticketFormId) { Write-Verbose ('Getting ticket form with id {0}.' -f $ticketFormId) $Resource = ('/v2/ticketing/ticket-form/{0}' -f $ticketFormId) } else { Write-Verbose 'Retrieving ticket forms' $Resource = '/v2/ticketing/ticket-form' } $RequestParams = @{ QSCollection = $QSCollection Resource = $Resource } $TicketForms = New-NinjaOneGETRequest @RequestParams if ($TicketForms) { return $TicketForms } else { throw 'No ticket forms found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Ticketing\Get\Get-NinjaOneTicketForms.ps1' 67 #Region '.\Public\Ticketing\Get\Get-NinjaOneTicketingUsers.ps1' -1 function Get-NinjaOneTicketingUsers { <# .SYNOPSIS Gets lists of users from the NinjaOne API. .DESCRIPTION Retrieves lists of ticketing users from the NinjaOne v2 API. .FUNCTIONALITY Ticketing Users .EXAMPLE PS> Get-NinjaOneTicketingUsers Gets all ticketing users. Contacts, end users and technicians. .EXAMPLE PS> Get-NinjaOneTicketingUsers -anchorNaturalId 10 Starts the list of users from the user with the natural id 10. .EXAMPLE PS> Get-NinjaOneTicketingUsers -clientId 1 Gets all users for the organisation with id 1. .EXAMPLE PS> Get-NinjaOneTicketingUsers -pageSize 10 Limits the number of users returned to 10. .EXAMPLE PS> Get-NinjaOneTicketingUsers -searchCriteria 'mikey@homotechsual.dev' Searches for the user with the email address 'mikey@homotechsual.dev'. .EXAMPLE PS> Get-NinjaOneTicketingUsers -userType TECHNICIAN Gets all technician users. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/ticketingusers #> [CmdletBinding()] [OutputType([Object])] [Alias('gnotu')] [MetadataAttribute( '/v2/ticketing/app-user-contact', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Start results from this user natural id. [Parameter(Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Int]$anchorNaturalId, # Get users for this organisation id. [Parameter(Position = 1, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id', 'organizationId')] [Int]$clientId, # The number of results to return. [Parameter(Position = 2)] [Int]$pageSize, # The search criteria to apply to the request. [Parameter(Position = 3)] [String]$searchCriteria, # Filter by user type. This can be one of "TECHNICIAN", "END_USER" or "CONTACT". [Parameter(Position = 4)] [ValidateSet('TECHNICIAN', 'END_USER', 'CONTACT')] [String]$userType ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = 'v2/ticketing/app-user-contact' $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $TicketingUsers = New-NinjaOneGETRequest @RequestParams if ($TicketingUsers) { return $TicketingUsers } else { throw 'No ticketing users found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Ticketing\Get\Get-NinjaOneTicketingUsers.ps1' 89 #Region '.\Public\Ticketing\Get\Get-NinjaOneTicketLogEntries.ps1' -1 function Get-NinjaOneTicketLogEntries { <# .SYNOPSIS Gets ticket log entries from the NinjaOne API. .DESCRIPTION Retrieves ticket log entries from the NinjaOne v2 API. .FUNCTIONALITY Ticket Log Entries .EXAMPLE PS> Get-NinjaOneTicketLogEntries -ticketId 1 Gets all ticket log entries for ticket with id 1. .EXAMPLE PS> Get-NinjaOneTicketLogEntries -ticketId 1 -type DESCRIPTION Gets all ticket log entries for ticket with id 1 with type DESCRIPTION. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/ticketlogentries #> [CmdletBinding()] [OutputType([Object])] [Alias('gnotle')] [MetadataAttribute( '/v2/ticketing/ticket/{ticketId}/log-entry', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # Filter by ticket id. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [String]$ticketId, # Filter by create time. [Parameter(Position = 1, ValueFromPipelineByPropertyName)] [String]$createTime, # The number of results to return. [Parameter(Position = 2, ValueFromPipelineByPropertyName)] [Int]$pageSize, # Filter log entries by type. [Parameter(Position = 3, ValueFromPipelineByPropertyName)] [ValidateSet('DESCRIPTION', 'COMMENT', 'CONDITION', 'SAVE', 'DELETE')] [String]$type ) begin { $CommandName = $MyInvocation.InvocationName $Parameters = (Get-Command -Name $CommandName).Parameters # Workaround to prevent the query string processor from adding an 'ticketid=' parameter by removing it from the set parameters. $Parameters.Remove('ticketId') | Out-Null $QSCollection = New-NinjaOneQuery -CommandName $CommandName -Parameters $Parameters } process { try { $Resource = ('v2/ticketing/ticket/{0}/log-entry' -f $ticketId) $RequestParams = @{ Resource = $Resource QSCollection = $QSCollection } $TicketLogEntries = New-NinjaOneGETRequest @RequestParams if ($TicketLogEntries) { return $TicketLogEntries } else { if ($type) { throw ('No ticket log entries found for ticket {0} with type {1}.' -f $ticketId, $type) } else { throw ('No ticket log entries found for ticket {0}.' -f $ticketId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Ticketing\Get\Get-NinjaOneTicketLogEntries.ps1' 75 #Region '.\Public\Ticketing\Get\Get-NinjaOneTickets.ps1' -1 function Get-NinjaOneTickets { <# .SYNOPSIS Gets tickets from the NinjaOne API. .DESCRIPTION Retrieves tickets from the NinjaOne v2 API. .FUNCTIONALITY Tickets .EXAMPLE PS> Get-NinjaOneTickets -ticketId 1 Gets the ticket with id 1. .EXAMPLE PS> Get-NinjaOneTickets -boardId 1 Gets all tickets for the board with id 1. .EXAMPLE PS> Get-NinjaOneTickets -boardId 1 -filters @{status = 'open'} Gets all open tickets for the board with id 1. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/tickets #> [CmdletBinding()] [OutputType([Object])] [Alias('gnot')] [MetadataAttribute( '/v2/ticketing/ticket/{ticketId}', 'get', '/v2/ticketing/trigger/board/{boardId}/run', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The ticket id to get. [Parameter(Mandatory, ParameterSetName = 'Single', Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$ticketId, # The board id to get tickets for. [Parameter(Mandatory, ParameterSetName = 'Board', Position = 0, ValueFromPipeline)] [String]$boardId, # The sort rules to apply to the request. Create these using `[NinjaOneTicketBoardSort]::new()`. [Parameter(ParameterSetName = 'Board', Position = 1)] [NinjaOneTicketBoardSort[]]$sort, # Any filters to apply to the request. Create these using `[NinjaOneTicketBoardFilter]::new()`. [Parameter(ParameterSetName = 'Board', Position = 2)] [NinjaOneTicketBoardFilter[]]$filters, # The last cursor id to use for the request. [Parameter(ParameterSetName = 'Board', Position = 3)] [String]$lastCursorId, # The number of results to return. [Parameter(ParameterSetName = 'Board', Position = 4)] [Int]$pageSize, # The search criteria to apply to the request. [Parameter(ParameterSetName = 'Board', Position = 5)] [String]$searchCriteria, # Inclue the given columns in the response. [Parameter(ParameterSetName = 'Board', Position = 6)] [String[]]$includeColumns, # Include the metadata in the response. [Parameter(ParameterSetName = 'Board', Position = 7)] [Switch]$includeMetadata ) begin { } process { try { if ($ticketId) { Write-Verbose ('Getting ticket with id {0}.' -f $ticketId) $Resource = ('v2/ticketing/ticket/{0}' -f $ticketId) $Method = 'GET' } else { Write-Verbose ('Getting tickets for board with id {0}.' -f $boardId) $Resource = ('v2/ticketing/trigger/board/{0}/run' -f $boardId) $Method = 'POST' } $RequestParams = @{ Resource = $Resource } if ($QSCollection) { $RequestParams.QSCollection = $QSCollection } if ($PSCmdlet.ParameterSetName -eq 'Board') { $RequestParams.Body = [hashtable]@{} } if ($sort) { $RequestParams.Body.sort = $sort } if ($filters) { $RequestParams.Body.filters = $filters } if ($pageSize) { $RequestParams.Body.pageSize = $pageSize } if ($searchCriteria) { $RequestParams.Body.searchCriteria = $searchCriteria } if ($includeColumns) { $RequestParams.Body.includeColumns = $includeColumns } if ($lastCursorId) { $RequestParams.Body.lastCursorId = $lastCursorId } if ($Method -eq 'GET') { $Tickets = New-NinjaOneGETRequest @RequestParams } elseif ($Method -eq 'POST') { $Tickets = New-NinjaOnePOSTRequest @RequestParams } if ($Tickets) { if ($includeMetadata -or $PSCmdlet.ParameterSetName -ne 'Board') { Write-Verbose 'Returning full response.' return $Tickets } else { # Return just the `data` property which lists the tickets. Write-Verbose 'Returning just the ticket data.' return $Tickets.data } } else { throw 'No tickets found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Ticketing\Get\Get-NinjaOneTickets.ps1' 128 #Region '.\Public\Ticketing\Get\Get-NinjaOneTicketStatuses.ps1' -1 function Get-NinjaOneTicketStatuses { <# .SYNOPSIS Gets ticket statuses from the NinjaOne API. .DESCRIPTION Retrieves a list of ticket statuses from the NinjaOne v2 API. .FUNCTIONALITY Ticket Statuses .EXAMPLE PS> Get-NinjaOneTicketStatuses Gets the ticket statuses. .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Get/ticketstatuses #> [CmdletBinding()] [OutputType([Object])] [Alias('gnots')] [MetadataAttribute( '/v2/ticketing/statuses', 'get' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param() process { try { Write-Verbose 'Retrieving ticket statuses from NinjaOne API.' $Resource = 'v2/ticketing/statuses' $RequestParams = @{ Resource = $Resource } $TicketStatuses = New-NinjaOneGETRequest @RequestParams if ($TicketStatuses) { return $TicketStatuses } else { throw 'No ticket statuses found.' } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Ticketing\Get\Get-NinjaOneTicketStatuses.ps1' 45 #Region '.\Public\Ticketing\New\New-NinjaOneTicket.ps1' -1 function New-NinjaOneTicket { <# .SYNOPSIS Creates a new ticket using the NinjaOne API. .DESCRIPTION Create a ticket using the NinjaOne v2 API. .FUNCTIONALITY Ticket .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/ticket #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('nnot')] [MetadataAttribute( '/v2/ticketing/ticket', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # An object containing the ticket to create. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Object]$ticket, # Show the ticket that was created. [Switch]$show ) begin { } process { try { $Resource = 'v2/ticketing/ticket' $RequestParams = @{ Resource = $Resource Body = $ticket } if ($PSCmdlet.ShouldProcess(('Ticket {0}' -f $ticket.Subject), 'Create')) { $TicketCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $TicketCreate } else { Write-Information ('Ticket {0} created.' -f $TicketCreate.Subject) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Ticketing\New\New-NinjaOneTicket.ps1' 50 #Region '.\Public\Ticketing\New\New-NinjaOneTicketComment.ps1' -1 ## WIP Untested Code function New-NinjaOneTicketComment { <# .SYNOPSIS Creates a new ticket comment using the NinjaOne API. .DESCRIPTION Create a ticket comment using the NinjaOne v2 API. .FUNCTIONALITY Ticket Comment .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/New/ticketcomment #> [CmdletBinding( SupportsShouldProcess, ConfirmImpact = 'Medium' )] [OutputType([Object])] [Alias('nnotc')] [MetadataAttribute( '/v2/ticketing/ticket/{ticketId}/comment', 'post' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The ticket Id to use when creating the ticket comment. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$ticketId, # An object containing the ticket comment to create. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Object]$comment, # Show the ticket comment that was created. [Switch]$show ) begin { } process { try { $Resource = ('v2/ticketing/ticket/{0}/comment' -f $ticketId) $RequestParams = @{ Resource = $Resource Body = $ticket } if ($PSCmdlet.ShouldProcess(('Ticket comment on ticket {0}' -f $ticketId), 'Create')) { $TicketCreate = New-NinjaOnePOSTRequest @RequestParams if ($show) { return $TicketCreate } else { Write-Information ('Ticket comment on ticket {0} created.' -f $ticketId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Ticketing\New\New-NinjaOneTicketComment.ps1' 56 #Region '.\Public\Ticketing\Set\Set-NinjaOneTicket.ps1' -1 function Set-NinjaOneTicket { <# .SYNOPSIS Sets a ticket. .DESCRIPTION Sets a ticket using the NinjaOne v2 API. .FUNCTIONALITY Ticket .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Set/ticket #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('snot', 'unot', 'Update-NinjaOneTicket')] [MetadataAttribute( '/v2/ticketing/ticket/{ticketId}', 'put' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The ticket Id. [Parameter(Mandatory, Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('id')] [Int]$ticketId, # The ticket object. [Parameter(Mandatory, Position = 1, ValueFromPipelineByPropertyName)] [Object]$ticket ) begin { } process { try { Write-Verbose ('Updating ticket {0}.' -f $ticketId) $Resource = "v2/ticketing/ticket/$ticketId" $RequestParams = @{ Resource = $Resource Body = $ticket } if ($PSCmdlet.ShouldProcess(('Ticket {0}' -f $ticketId), 'Update')) { $TicketUpdate = New-NinjaOnePUTRequest @RequestParams if ($TicketUpdate -eq 204) { Write-Information ('Ticket {0} updated successfully.' -f $ticketId) } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Ticketing\Set\Set-NinjaOneTicket.ps1' 51 #Region '.\Public\Webhooks\Remove\Remove-NinjaOneWebhook.ps1' -1 function Remove-NinjaOneWebhook { <# .SYNOPSIS Removes webhook configuration for the current application/API client. .DESCRIPTION Removes webhook configuration for the current application/API client using the NinjaOne v2 API. .FUNCTIONALITY Webhook .OUTPUTS A powershell object containing the response. .LINK https://docs.homotechsual.dev/modules/ninjaone/commandlets/Remove/webhook #> [CmdletBinding(SupportsShouldProcess, ConfirmImpact = 'Medium')] [OutputType([Object])] [Alias('rnow')] [MetadataAttribute( '/v2/webhook', 'delete' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param() process { try { $Resource = 'v2/webhook' $RequestParams = @{ Resource = $Resource } if ($PSCmdlet.ShouldProcess('Webhook Configuration', 'Delete')) { $WebhookConfiguration = New-NinjaOneDELETERequest @RequestParams if ($WebhookConfiguration -eq 204) { Write-Information 'Webhook configuration deleted successfully.' } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Webhooks\Remove\Remove-NinjaOneWebhook.ps1' 40 #Region '.\Public\Webhooks\Update\Update-NinjaOneWebhook.ps1' -1 function Update-NinjaOneWebhook { <# .SYNOPSIS Update webhook configuration for the current application/API client. .DESCRIPTION Updates webhook configuration for the current application/API client using the NinjaOne v2 API. .FUNCTIONALITY Webhook .OUTPUTS A powershell object containing the response. #> [CmdletBinding( SupportsShouldProcess, ConfirmImpact = 'Medium' )] [OutputType([Object])] [Alias('unow', 'snow', 'Set-NinjaOneWebhook')] [MetadataAttribute( '/v2/webhook', 'put' )] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'Uses dynamic parameter parsing.')] Param( # The webhook configuration object. [Parameter( Mandatory )] [Object]$webhookConfiguration ) process { try { $Resource = 'v2/webhook' $RequestParams = @{ Resource = $Resource Body = $webhookConfiguration } if ($PSCmdlet.ShouldProcess('Webhook Configuration', 'Update')) { $WebhookUpdate = New-NinjaOnePUTRequest @RequestParams if ($WebhookUpdate -eq 204) { Write-Information 'Webhook configuration updated successfully.' } } } catch { New-NinjaOneError -ErrorRecord $_ } } } #EndRegion '.\Public\Webhooks\Update\Update-NinjaOneWebhook.ps1' 43 |