StoreBroker/StoreIngestionFlightingApi.ps1
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# Copyright (C) Microsoft Corporation. All rights reserved. function Get-ApplicationFlights { <# .SYNOPSIS Retrieves all flights associated with the specified application for this developer account. .DESCRIPTION Retrieves all flights associated with the specified application for this developer account. Pipe the result of this command into Format-ApplicationFlights for a pretty-printed display of the results. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER AppId The Application ID for the application that you want to retrieve the information about. .PARAMETER MaxResults The number of flight for this application that should be returned in the query. Defaults to 100. .PARAMETER StartAt The 0-based index (of all flights for this app) that the returned results should start returning from. Defaults to 0. .PARAMETER GetAll If this switch is specified, the cmdlet will automatically loop in batches to get all of the flights for this application. Using this will ignore the provided value for -StartAt, but will use the value provided for -MaxResults as its per-query limit. WARNING: This might take a while depending on how many applications and flights are in your developer account. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE Get-ApplicationFlights 0ABCDEF12345 Gets all of the flights associated with this applications in this developer account, with the console window showing progress while awaiting the response from the REST request. .EXAMPLE Get-ApplicationFlights 0ABCDEF12345 -NoStatus Gets all of the flights associated with this applications in this developer account, but the request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. .EXAMPLE $flights = Get-ApplicationFlights 0ABCDEF12345 Retrieves all of the flights associated with this developer account, and saves the results in a variable called $flights that can be used for further processing. .EXAMPLE Get-ApplicationFlights 0ABCDEF12345 | Format-ApplicationFlights Gets all of the flights associated with this applications in this developer account, and then displays it in a pretty-printed, formatted result. #> [CmdletBinding(SupportsShouldProcess)] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "", Justification="Designed to mimic the actual API.")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [ValidateScript({if ($_ -gt 0) { $true } else { throw "Must be greater than 0." }})] [int] $MaxResults = 100, [ValidateScript({if ($_ -ge 0) { $true } else { throw "Must be greater than or equal to 0." }})] [int] $StartAt = 0, [string] $AccessToken = "", [switch] $GetAll, [switch] $NoStatus ) Write-InvocationLog $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId } $params = @{ "UriFragment" = "applications/$AppId/listflights/" "Description" = "Getting flights for AppId: $AppId" "MaxResults" = $MaxResults "StartAt" = $StartAt "AccessToken" = $AccessToken "TelemetryEventName" = "Get-ApplicationFlights" "TelemetryProperties" = $telemetryProperties "GetAll" = $GetAll "NoStatus" = $NoStatus } return (Invoke-SBRestMethodMultipleResult @params) } function Format-ApplicationFlights { <# .SYNOPSIS Pretty-prints the results of Get-ApplicationFlights .DESCRIPTION This method is intended to be used by callers of Get-ApplicationFlights. It takes the result from Get-ApplicationFlights and presents it in a more easily viewable manner. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER ApplicationFlightsData The output returned from Get-ApplicationFlights. Supports Pipeline input. .EXAMPLE Format-ApplicationFlights (Get-ApplicationFlights 0ABCDEF12345) Explicitly gets the result from Get-ApplicationFlights and passes that in as the input to Format-ApplicationFlights for pretty-printing. .EXAMPLE Get-ApplicationFlights 0ABCDEF12345 | Format-ApplicationFlights Pipes the result of Get-ApplicationFlights directly into Format-ApplicationFlights for pretty-printing. #> [CmdletBinding()] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "", Justification="Formatting method designed to mimic the actual API method.")] param( [Parameter( Mandatory, ValueFromPipeline)] [PSCustomObject] $ApplicationFlightsData ) Begin { Set-TelemetryEvent -EventName Format-ApplicationFlights Write-Log -Message "Displaying Application Flights..." -Level Verbose $publishedSubmissionField = @{ label="lastPublishedSubmission"; Expression={ if ([String]::IsNullOrEmpty($_.lastPublishedFlightSubmission.id)) { "<None>" } else { $_.lastPublishedFlightSubmission.id } }; } $pendingSubmissionField = @{ label="pendingSubmission"; Expression={ if ($null -eq $_.pendingFlightSubmission) { "<None>" } else { $_.pendingFlightSubmission.id } }; } $flights = @() } Process { $flights += $ApplicationFlightsData } End { Write-Log -Message $($flights | Format-Table friendlyName, flightId, rankHigherThan, $publishedSubmissionField, $pendingSubmissionField, groupIds | Out-String) } } function Get-ApplicationFlight { <# .SYNOPSIS Retrieves the detail for the specified flight associated with the application in this developer account. .DESCRIPTION Retrieves the detail for the specified flight associated with the application in this developer account. Pipe the result of this command into Format-ApplicationFlight for a pretty-printed display of the result. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER AppId The Application ID for the application that you want to retrieve the information about. .PARAMETER FlightId The Flight ID for the flight of the application that you want to retrieve the information about. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE Get-ApplicationFlight 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef Gets the detail for this application's flight with the console window showing progress while awaiting the response from the REST request. .EXAMPLE Get-ApplicationFlight 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef -NoStatus Gets the detail for this application's flight, but the request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. .EXAMPLE $flight = Get-ApplicationFlight 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef Retrieves the detail for this application's flight, and saves the results in a variable called $flight that can be used for further processing. .EXAMPLE Get-ApplicationFlight 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef | Format-ApplicationFlight Gets the detail for this application's flight, and then displays it in a pretty-printed, formatted result. #> [CmdletBinding(SupportsShouldProcess)] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [Parameter(Mandatory)] [string] $FlightId, [string] $AccessToken = "", [switch] $NoStatus ) Write-InvocationLog $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId [StoreBrokerTelemetryProperty]::FlightId = $FlightId } $params = @{ "UriFragment" = "applications/$AppId/flights/$FlightId" "Method" = "Get" "Description" = "Getting data for AppId: $AppId FlightId: $FlightId" "AccessToken" = $AccessToken "TelemetryEventName" = "Get-ApplicationFlight" "TelemetryProperties" = $telemetryProperties "NoStatus" = $NoStatus } return (Invoke-SBRestMethod @params) } function Format-ApplicationFlight { <# .SYNOPSIS Pretty-prints the results of Get-ApplicationFlight .DESCRIPTION This method is intended to be used by callers of Get-ApplicationFlight. It takes the result from Get-ApplicationFlight and presents it in a more easily viewable manner. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER ApplicationFlightData The output returned from Get-ApplicationFlight. Supports Pipeline input. .EXAMPLE Format-ApplicationFlight $(Get-ApplicationFlight 0ABCDEF12345) Explicitly gets the result from Get-ApplicationFlight and passes that in as the input to Format-ApplicationFlight for pretty-printing. .EXAMPLE Get-ApplicationFlight 0ABCDEF12345 | Format-ApplicationFlight Pipes the result of Get-ApplicationFlight directly into Format-ApplicationFlight for pretty-printing. #> [CmdletBinding()] param( [Parameter( Mandatory, ValueFromPipeline)] [PSCustomObject] $ApplicationFlightData ) Begin { Set-TelemetryEvent -EventName Format-ApplicationFlight Write-Log -Message "Displaying Application Flight..." -Level Verbose $indentLength = 5 $output = @() } Process { $output += "" $output += "Friendly Name : $($ApplicationFlightData.friendlyName)" $output += "Id : $($ApplicationFlightData.flightId)" $output += "RankHigherThan : $($ApplicationFlightData.rankHigherThan)" $output += "Flight Group Id's :" foreach ($groupId in $ApplicationFlightData.groupIds) { # We are including a URL to view the Group because there currently exists no way to # get Flight Group information via the API $output += "$(" " * $indentLength)$groupId | https://partner.microsoft.com/en-us/dashboard/groups/editgroup/$groupId" } $output += "Last Published Submission : $(if ($null -eq $ApplicationFlightData.lastPublishedFlightSubmission.id) { "---" } else { $ApplicationFlightData.lastPublishedFlightSubmission.id } )" $output += "Pending Submission : $(if ($null -eq $ApplicationFlightData.pendingFlightSubmission.id) { "---" } else { $ApplicationFlightData.pendingFlightSubmission.id } )" } End { Write-Log -Message $output } } function Get-FlightGroups { <# .SYNOPSIS Launches the Dev Portal in the default web browser to display all of the available flight groups. .DESCRIPTION Launches the Dev Portal in the default web browser to display all of the available flight groups. This is necessary because there currently exists no API to programatically browse these groups. The Git repo for this module can be found here: http://aka.ms/StoreBroker .EXAMPLE Open-ApplicationFlightGroups Opens a new tab in the default web browser to the page in the Dev Portal that displays all of the available flight groups. #> [CmdletBinding()] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "", Justification="Designed to mimic the (expected) actual API.")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidGlobalVars", "", Justification="We use global variables sparingly and intentionally for module configuration, and employ a consistent naming convention.")] param() Set-TelemetryEvent -EventName Get-FlightGroups Write-Log -Message "Opening the Dev Portal UI in your default browser to view flight groups because there is currently no API access for this data." Write-Log -Message "The FlightGroupID is the number at the end of the URL when you click on any flight group name." if (-not [String]::IsNullOrWhiteSpace($global:SBInternalGroupIds)) { Write-Log -Message "For the Microsoft-internal pre-defined flight group ids, see below:" Write-Log -Message "`n$($global:SBInternalGroupIds | Format-Table Name, @{ label="FlightGroupId"; Expression={ $_.Value }; }| Out-String)" } Start-Process -FilePath "https://partner.microsoft.com/en-us/dashboard/groups" } function New-ApplicationFlight { <# .SYNOPSIS Creates a new flight (with associated flight groups) for an application. .DESCRIPTION Creates a new flight (with associated flight groups) for an application. .PARAMETER AppId The Application ID for the application that the new flight is for. .PARAMETER FriendlyName A name that you can use to easily refer to the new flight. .PARAMETER GroupIds The list of Flight Group Ids that should be part of this new Flight. .PARAMETER RankHigherThan The friendlyName of the Flight that this should be ranked higher than. If not provided, this will be ranked highest of all current flights. .PARAMETER AccessToken If provided, this will be used as the AccessToken for authentication with the REST Api as opposed to requesting a new one. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE New-ApplicationFlight 0ABCDEF12345 Alpha 1,2 Creates a new flight called "Alpha" that will be ranked higher than all other flights for this application. It will use the two internal Microsoft flight groups (Canary Insiders and Selfhost Insiders). The console window showing progress while awaiting the response from the REST request. .EXAMPLE New-ApplicationFlight 0ABCDEF12345 Beta 6 Gamma -NoStatus Creates a new flight called "Beta" that will be ranked higher than the "Gamma" flight for this application. It will use the internal Microsoft flight group "Release Preview. and Selfhost Insiders). The request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. #> [CmdletBinding(SupportsShouldProcess)] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [Parameter(Mandatory)] [string] $FriendlyName, [Parameter(Mandatory)] [string[]] $GroupIds, [string] $RankHigherThan = $null, [string] $AccessToken = "", [switch] $NoStatus ) Write-InvocationLog # Convert the input into a Json body. $hashBody = @{} $hashBody["friendlyName"] = $FriendlyName $hashBody["groupIds"] = $GroupIds if (-not [String]::IsNullOrEmpty($RankHigherThan)) { $hashBody["rankHigherThan"] = $RankHigherThan } $body = $hashBody | ConvertTo-Json $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId } $params = @{ "UriFragment" = "applications/$AppId/flights/" "Method" = "Post" "Description" = "Creating a new flight called: $FriendlyName for AppId: $AppId" "Body" = $body "AccessToken" = $AccessToken "TelemetryEventName" = "New-ApplicationFlight" "TelemetryProperties" = $telemetryProperties "NoStatus" = $NoStatus } try { $result = Invoke-SBRestMethod @params Write-Log -Message @( "The new flight has been successfully created.", "As a result of creating this new flight, a new submission has already been started.", "For the *first* submission, instead of using the `"-Force`" parameter with Update-ApplicationFlightSubmission", "to remove a pre-existing pending submission before starting a new one, you should", "instead use the -SubmissionId parameter and reference this pre-existing submission like so:", " Update-ApplicationSubmission -AppId $AppId -Flight $($result.flightId) -SubmissionId $($result.pendingFlightSubmission.id) <your additional parameters>") return $result } catch { throw } } function Remove-ApplicationFlight { <# .SYNOPSIS Deletes the specified flight from an application in the developer's account. .DESCRIPTION Deletes the specified flight from an application in the developer's account. .PARAMETER AppId The Application ID for the application that has the flight being removed. .PARAMETER FlightId The ID of the flight that should be removed. .PARAMETER AccessToken If provided, this will be used as the AccessToken for authentication with the REST Api as opposed to requesting a new one. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE Remove-ApplicationFlight 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef Removes the specified flight from the application in the developer's account, with the console window showing progress while awaiting the response from the REST request. .EXAMPLE Remove-ApplicationFlight 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef -NoStatus Removes the specified flight from the application in the developer's account, but the request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. #> [CmdletBinding(SupportsShouldProcess)] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [Parameter(Mandatory)] [string] $FlightId, [string] $AccessToken = "", [switch] $NoStatus ) Write-InvocationLog $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId [StoreBrokerTelemetryProperty]::FlightId = $FlightId } $params = @{ "UriFragment" = "applications/$AppId/flights/$FlightId" "Method" = "Delete" "Description" = "Deleting flight: $FlightId for AppId: $AppId" "AccessToken" = $AccessToken "TelemetryEventName" = "Remove-ApplicationFlight" "TelemetryProperties" = $telemetryProperties "NoStatus" = $NoStatus } $null = Invoke-SBRestMethod @params } function Get-ApplicationFlightSubmission { <# .SYNOPSIS Retrieves the details of a specific application flight submission. .DESCRIPTION Gets the details of a specific application flight submission. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER AppId The Application ID for the application that you want to retrieve the information about. .PARAMETER FlightId The Flight ID for the application that you want to retrieve the information about. .PARAMETER SubmissionId The specific submission that you want to retrieve the information about. .PARAMETER AccessToken If provided, this will be used as the AccessToken for authentication with the REST Api as opposed to requesting a new one. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE Get-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 Gets all of the detail known for this application's flight submission, with the console window showing progress while awaiting the response from the REST request. .EXAMPLE Get-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 -NoStatus Gets all of the detail known for this application's flight submission, but the request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. .EXAMPLE $submission = Get-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 Retrieves all of the application's flight submission detail, and saves the results in a variable called $submission that can be used for further processing. .EXAMPLE Get-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 | Format-ApplicationFlightSubmission Pretty-print the results by piping them into Format-ApplicationFlightSubmission. #> [CmdletBinding(SupportsShouldProcess)] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [Parameter(Mandatory)] [string] $FlightId, [Parameter(Mandatory)] [string] $SubmissionId, [string] $AccessToken = "", [switch] $NoStatus ) Write-InvocationLog $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId [StoreBrokerTelemetryProperty]::FlightId = $FlightId [StoreBrokerTelemetryProperty]::SubmissionId = $SubmissionId } $params = @{ "UriFragment" = "applications/$AppId/flights/$FlightId/submissions/$SubmissionId" "Method" = "Get" "Description" = "Getting SubmissionId: $SubmissionId for AppId: $AppId FlightId: $FlightId" "AccessToken" = $AccessToken "TelemetryEventName" = "Get-ApplicationFlightSubmission" "TelemetryProperties" = $telemetryProperties "NoStatus" = $NoStatus } return (Invoke-SBRestMethod @params) } function Format-ApplicationFlightSubmission { <# .SYNOPSIS Pretty-prints the results of Get-ApplicationFlightSubmission .DESCRIPTION This method is intended to be used by callers of Get-ApplicationFlightSubmission. It takes the result from Get-ApplicationFlightSubmission and presents it in a more easily viewable manner. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER ApplicationFlightSubmissionData The output returned from Get-ApplicationFlightSubmission. Supports Pipeline input. .EXAMPLE Format-ApplicationFlightSubmission $(Get-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789) Explicitly gets the result from Get-ApplicationFlightSubmission and passes that in as the input to Format-ApplicationSubmission for pretty-printing. .EXAMPLE Get-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 | Format-ApplicationFlightSubmission Pipes the result of Get-ApplicationFlightSubmission directly into Format-ApplicationFlightSubmission for pretty-printing. #> [CmdletBinding()] param( [Parameter( Mandatory, ValueFromPipeline)] [PSCustomObject] $ApplicationFlightSubmissionData ) Begin { Set-TelemetryEvent -EventName Format-ApplicationFlightSubmission Write-Log -Message "Displaying Application Submission..." -Level Verbose $indentLength = 5 $output = @() } Process { $output += "" $output += "Submission Id : $($ApplicationFlightSubmissionData.id)" $output += "Flight Id : $($ApplicationFlightSubmissionData.flightId)" $output += "Publish Mode : $($ApplicationFlightSubmissionData.targetPublishMode)" if ($null -ne $ApplicationFlightSubmissionData.targetPublishDate) { $output += "Publish Date : $(Get-Date -Date $ApplicationFlightSubmissionData.targetPublishDate -Format R)" } $output += "Notes For Certification : $($ApplicationFlightSubmissionData.notesForCertification)" $output += "" $output += "File Upload Url : {0}" -f $(if ($ApplicationFlightSubmissionData.fileUploadUrl) { $ApplicationFlightSubmissionData.fileUploadUrl } else { "<None>" }) $output += "" $output += "Flight Packages : {0}" -f $(if ($ApplicationFlightSubmissionData.flightPackages.count -eq 0) { "<None>" } else { "" }) $output += $ApplicationFlightSubmissionData.flightPackages | Format-SimpleTableString -IndentationLevel $indentLength $output += "" $output += "Is Mandatory Update? : {0}" -f $ApplicationFlightSubmissionData.packageDeliveryOptions.isMandatoryUpdate $output += "Mandatory Update Effective Date : {0}" -f $(Get-Date -Date $ApplicationFlightSubmissionData.packageDeliveryOptions.mandatoryUpdateEffectiveDate -Format R) $output += "" $output += "Is Package Rollout? : {0}" -f $ApplicationFlightSubmissionData.packageDeliveryOptions.packageRollout.isPackageRollout $output += "Package Rollout Percentage : {0}%" -f $ApplicationFlightSubmissionData.packageDeliveryOptions.packageRollout.packageRolloutPercentage $output += "Package Rollout Status : {0}" -f $ApplicationFlightSubmissionData.packageDeliveryOptions.packageRollout.packageRolloutStatus $output += "Fallback SubmissionId : {0}" -f $ApplicationFlightSubmissionData.packageDeliveryOptions.packageRollout.fallbackSubmissionId $output += "" $output += "Status : $($ApplicationFlightSubmissionData.status)" $output += "Status Details [Errors] : {0}" -f $(if ($ApplicationFlightSubmissionData.statusDetails.errors.count -eq 0) { "<None>" } else { "" }) $output += $ApplicationFlightSubmissionData.statusDetails.errors | Format-SimpleTableString -IndentationLevel $indentLength $output += "" $output += "Status Details [Warnings] : {0}" -f $(if ($ApplicationFlightSubmissionData.statusDetails.warnings.count -eq 0) { "<None>" } else { "" }) $output += $ApplicationFlightSubmissionData.statusDetails.warnings | Format-SimpleTableString -IndentationLevel $indentLength $output += "" $output += "Status Details [Certification Reports] : {0}" -f $(if ($ApplicationFlightSubmissionData.statusDetails.certificationReports.count -eq 0) { "<None>" } else { "" }) foreach ($report in $ApplicationFlightSubmissionData.statusDetails.certificationReports) { $output += $(" " * $indentLength) + $(Get-Date -Date $report.date -Format R) + ": $($report.reportUrl)" } } End { Write-Log -Message $output } } function Get-ApplicationFlightSubmissionStatus { <# .SYNOPSIS Retrieves just the status of a specific application flight submission. .DESCRIPTION Gets just the status of a specific application flight submission. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER AppId The Application ID for the application that you want to retrieve the information about. .PARAMETER FlightId The Flight ID for the application that you want to retrieve the information about. .PARAMETER SubmissionId The specific submission that you want to retrieve the information about. .PARAMETER AccessToken If provided, this will be used as the AccessToken for authentication with the REST Api as opposed to requesting a new one. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE Get-ApplicationFlightSubmissionStatus 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 Gets the status of this application's flight submission, with the console window showing progress while awaiting the response from the REST request. .EXAMPLE Get-ApplicationFlightSubmissionStatus 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 -NoStatus Gets the status of this application's flight submission, but the request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. .EXAMPLE $submission = Get-ApplicationFlightSubmissionStatus 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 Retrieves the status of the application's flight submission, and saves the results in a variable called $submission that can be used for further processing. #> [CmdletBinding(SupportsShouldProcess)] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [Parameter(Mandatory)] [string] $FlightId, [Parameter(Mandatory)] [string] $SubmissionId, [string] $AccessToken = "", [switch] $NoStatus ) Write-InvocationLog $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId [StoreBrokerTelemetryProperty]::FlightId = $FlightId [StoreBrokerTelemetryProperty]::SubmissionId = $SubmissionId } $params = @{ "UriFragment" = "applications/$AppId/flights/$FlightId/submissions/$SubmissionId/status" "Method" = "Get" "Description" = "Getting status of SubmissionId: $SubmissionId for AppId: $AppId FlightId: $FlightId" "AccessToken" = $AccessToken "TelemetryEventName" = "Get-ApplicationFlightSubmissionStatus" "TelemetryProperties" = $telemetryProperties "NoStatus" = $NoStatus } return (Invoke-SBRestMethod @params) } function Remove-ApplicationFlightSubmission { <# .SYNOPSIS Deletes the specified application flight submission from a developer account. .DESCRIPTION Deletes the specified application flight submission from a developer account. An app flight can only have a single "pending" submission at any given time, and submissions cannot be modified via the REST API once started. Therefore, before a new application flight submission can be submitted, this method must be called to remove any existing pending submission. .PARAMETER AppId The Application ID for the application that has the pending flight submission to be removed. .PARAMETER FlightId The Flight ID for the flight that has the pending submission to be removed. .PARAMETER SubmissionId The ID of the pending submission that should be removed. .PARAMETER AccessToken If provided, this will be used as the AccessToken for authentication with the REST Api as opposed to requesting a new one. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE Remove-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 Removes the specified application flight submission from the developer account, with the console window showing progress while awaiting the response from the REST request. .EXAMPLE Remove-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 -NoStatus Removes the specified application flight submission from the developer account, but the request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. #> [CmdletBinding(SupportsShouldProcess)] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [Parameter(Mandatory)] [string] $FlightId, [Parameter(Mandatory)] [string] $SubmissionId, [string] $AccessToken = "", [switch] $NoStatus ) Write-InvocationLog $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId [StoreBrokerTelemetryProperty]::FlightId = $FlightId [StoreBrokerTelemetryProperty]::SubmissionId = $SubmissionId } $params = @{ "UriFragment" = "applications/$AppId/flights/$FlightId/submissions/$SubmissionId" "Method" = "Delete" "Description" = "Deleting submission: $SubmissionId for App: $AppId Flight: $FlightId" "AccessToken" = $AccessToken "TelemetryEventName" = "Remove-ApplicationFlightSubmission" "TelemetryProperties" = $telemetryProperties "NoStatus" = $NoStatus } $null = Invoke-SBRestMethod @params } function New-ApplicationFlightSubmission { <# .SYNOPSIS Creates a submission for an existing application flight. .DESCRIPTION Creates a submission for an existing application flight. You cannot create a new application submission if there is an existing pending application submission for $AppId already. You can use -Force to work around this. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER AppId The Application ID for the application that the new submission is for. .PARAMETER FlightId The Flight ID for the flight that the new submission is for. .PARAMETER ExistingPackageRolloutAction If the current published submission is making use of gradual package rollout, a new submission cannot be created until that existing submission is either halted or finalized. To streamline the behavior in this scenario, you can indicate what action should be performed to that existing submission's package rollout prior to starting a new submission. .PARAMETER Force If this switch is specified, any existing pending submission for AppId will be removed before continuing with creation of the new submission. .PARAMETER AccessToken If provided, this will be used as the AccessToken for authentication with the REST Api as opposed to requesting a new one. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE New-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef -NoStatus Creates a new application submission for the flight 01234567-89ab-cdef-0123-456789abcdef under the app 0ABCDEF12345 that is an exact clone of the currently published submission, but the request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. If successful, will return back the PSCustomObject representing the newly created flight submission. .EXAMPLE New-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef -Force First checks for any existing pending submission for the flight 01234567-89ab-cdef-0123-456789abcdefapp under the app 0ABCDEF12345. If one is found, it will be removed. After that check has completed, this will create a new application submission that is an exact clone of the currently published submission, with the console window showing progress while awaiting the response from the REST request. If successful, will return back the PSCustomObject representing the newly created application submission. .OUTPUTS PSCustomObject representing the newly created application submission. #> [CmdletBinding(SupportsShouldProcess)] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [Parameter(Mandatory)] [string] $FlightId, [ValidateSet('NoAction', 'Finalize', 'Halt')] [string] $ExistingPackageRolloutAction = $script:keywordNoAction, [switch] $Force, [string] $AccessToken = "", [switch] $NoStatus ) Write-InvocationLog if ([System.String]::IsNullOrEmpty($AccessToken)) { $AccessToken = Get-AccessToken -NoStatus:$NoStatus } try { # The Force switch tells us that we need to remove any pending submission if ($Force -or ($ExistingPackageRolloutAction -ne $script:keywordNoAction)) { $flight = Get-ApplicationFlight -AppId $AppId -FlightId $FlightId -AccessToken $AccessToken -NoStatus:$NoStatus $publishedSubmissionId = $flight.lastPublishedFlightSubmission.id $pendingSubmissionId = $flight.pendingFlightSubmission.id if ($Force -and ($null -ne $pendingSubmissionId)) { Write-Log -Message "Force creation requested. Removing pending submission." -Level Verbose Remove-ApplicationFlightSubmission -AppId $AppId -FlightId $FlightId -SubmissionId $pendingSubmissionId -AccessToken $AccessToken -NoStatus:$NoStatus } if ($ExistingPackageRolloutAction -ne $script:keywordNoAction) { $rollout = Get-ApplicationFlightSubmissionPackageRollout -AppId $AppId -FlightId $FlightId -SubmissionId $publishedSubmissionId -AccessToken $AccessToken -NoStatus:$NoStatus $isPackageRollout = $rollout.isPackageRollout $packageRolloutStatus = $rollout.packageRolloutStatus if ($isPackageRollout -and ($packageRolloutStatus -in ('PackageRolloutNotStarted', 'PackageRolloutInProgress'))) { if ($ExistingPackageRolloutAction -eq 'Finalize') { Write-Log -Message "Finalizing package rollout for existing submission before continuing." -Level Verbose Complete-ApplicationFlightSubmissionPackageRollout -AppId $AppId -FlightId $FlightId -SubmissionId $publishedSubmissionId -AccessToken $AccessToken -NoStatus:$NoStatus } elseif ($ExistingPackageRolloutAction -eq 'Halt') { Write-Log -Message "Halting package rollout for existing submission before continuing." -Level Verbose Stop-ApplicationFlightSubmissionPackageRollout -AppId $AppId -FlightId $FlightId -SubmissionId $publishedSubmissionId -AccessToken $AccessToken -NoStatus:$NoStatus } } } } # Now, we can POST with a null body to create a clone of the currently published submission $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId [StoreBrokerTelemetryProperty]::FlightId = $FlightId [StoreBrokerTelemetryProperty]::ExistingPackageRolloutAction = $ExistingPackageRolloutAction [StoreBrokerTelemetryProperty]::Force = $Force } $params = @{ "UriFragment" = "applications/$AppId/flights/$FlightId/submissions?isMinimalResponse=true" "Method" = "Post" "Description" = "Cloning current submission for App: $AppId Flight: $FlightId" "AccessToken" = $AccessToken "TelemetryEventName" = "New-ApplicationFlightSubmission" "TelemetryProperties" = $telemetryProperties "NoStatus" = $NoStatus } $newSubmission = Invoke-SBRestMethod @params # But that just returned back a sparse submission object (packages are missing). # We'll grab the submissionId from there and then turn around and request the full # cloned submission body content so that it can be used/patched by other functions. # We do things this way (using isMinimalResponse on the POST and then the additional GET), # to try to help avoid the 500 errors that can happen when the service has trouble with # timing out when trying to clone and return larger submissions in a single clone operation. $submissionId = $newSubmission.id return (Get-ApplicationFlightSubmission -AppId $AppId -FlightId $FlightId -SubmissionId $submissionId -AccessToken $AccessToken -NoStatus:$NoStatus) } catch { throw } } function Update-ApplicationFlightSubmission { <# .SYNOPSIS Creates a new submission for an existing application flight on the developer account by cloning the existing submission and modifying specific parts of it. .DESCRIPTION Creates a new submission for an existing application flight on the developer account by cloning the existing submission and modifying specific parts of it. The parts that will be modified depend solely on the switches that are passed in. This app must already have at least one *published* submission completed via the website in order for this function to work. You cannot submit a new application submission if there is an existing pending application submission for this flight already. You can use -Force to work around this. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER AppId The Application ID for the application that the new submission is for. .PARAMETER FlightId The Flight ID for the application that the new submission is for. .PARAMETER SubmissionDataPath The file containing the JSON payload for the application submission. .PARAMETER PackagePath If provided, this package will be uploaded after the submission has been successfully created. .PARAMETER TargetPublishMode Indicates how the submission will be published once it has passed certification. The value specified here takes precendence over the value from SubmissionDataPath if -UpdatePublishMode is specified. If -UpdatePublishMode is not specified and the value 'Default' is used, this submission will simply use the value from the previous submission. .PARAMETER TargetPublishDate Indicates when the submission will be published once it has passed certification. Specifying a value here is only valid when TargetPublishMode is set to 'SpecificDate'. The value specified here takes precendence over the value from SubmissionDataPath if -UpdatePublishMode is specified. If -UpdatePublishMode is not specified and the value 'Default' is used, this submission will simply use the value from the previous submission. Users should provide this in local time and it will be converted automatically to UTC. .PARAMETER ExistingPackageRolloutAction If the current published submission is making use of gradual package rollout, a new submission cannot be created until that existing submission is either halted or finalized. To streamline the behavior in this scenario, you can indicate what action should be performed to that existing submission's package rollout prior to starting a new submission. .PARAMETER PackageRolloutPercentage If specified, this submission will use gradual package rollout, setting their initial rollout percentage to be the indicated amount. .PARAMETER IsMandatoryUpdate Indicates whether you want to treat the packages in this submission as mandatory for self-installing app updates. .PARAMETER MandatoryUpdateEffectiveDate The date and time when the packages in this submission become mandatory. It is not required to provide a value for this when using IsMandatoryUpdate, however this value will be ignored if specified and IsMandatoryUpdate is not also provided. Users should provide this in local time and it will be converted automatically to UTC. .PARAMETER AutoCommit If this switch is specified, will automatically commit the submission (which starts the certification process) once the Package has been uploaded (if PackagePath was specified), or immediately after the submission has been modified. .PARAMETER SubmissionId If a submissionId is provided, instead of trying to clone the currently published submission and operating against that clone, this will operate against an already existing pending submission (that was likely cloned previously). .PARAMETER Force If this switch is specified, any existing pending submission for AppId will be removed before continuing with creation of the new submission. .PARAMETER AddPackages Causes the packages that are listed in SubmissionDataPath to be added to the package listing in the final, patched submission. This switch is mutually exclusive with ReplacePackages. .PARAMETER ReplacePackages Causes any existing packages in the cloned submission to be removed and only the packages that are listed in SubmissionDataPath will be in the final, patched submission. This switch is mutually exclusive with AddPackages. .PARAMETER UpdatePublishMode Updates fields under the "Publish Mode and Visibility" category in the PackageTool config file. Updates the following fields using values from SubmissionDataPath: targetPublishMode and targetPublishDate. The visibility property is ignored for a flight submission. .PARAMETER UpdateNotesForCertification Updates the notesForCertification field using the value from SubmissionDataPath. .PARAMETER AccessToken If provided, this will be used as the AccessToken for authentication with the REST Api as opposed to requesting a new one. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE Update-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef "c:\foo.json" Creates a new application submission for the flight 01234567-89ab-cdef-0123-456789abcdef under app 0ABCDEF12345 that is a clone of the currently published submission. Even though "c:\foo.json" was provided, because no switches were specified to indicate what to copy from it, the cloned submission was not further modified, and is thus still an exact copy of the currently published submission. If successful, will return back the pending submission id and url that should be used with Upload-SubmissionPackage. .EXAMPLE Update-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef "c:\foo.json" -AddPackages -NoStatus Creates a new application submission for the flight 01234567-89ab-cdef-0123-456789abcdef under the app 0ABCDEF12345 that is a clone of the currently published submission. The packages listed in "c:\foo.json" will be added to the list of packages that should be used by the submission. The request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. If successful, will return back the pending submission id and url that should be used with Upload-SubmissionPackage. .EXAMPLE Update-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef "c:\foo.json" "c:\foo.zip" -AutoCommit -SubmissionId 1234567890123456789 -AddPackages Retrieves submission 1234567890123456789 from the flight 01234567-89ab-cdef-0123-456789abcdef under app 0ABCDEF12345, updates the package listing to include the packages that are contained in "c:\foo.json." If successful, this then attempts to upload "c:\foo.zip" as the package content for the submission. If that is also successful, it then goes ahead and commits the submission so that the certification process can start. The pending submissionid and url that were used with with Upload-SubmissionPackage are still returned in this scenario, even though the upload url can no longer actively be used. .OUTPUTS An array of the following two objects: System.String - The id for the new pending submission System.String - The URL that the package needs to be uploaded to. #> [CmdletBinding( SupportsShouldProcess, DefaultParametersetName="AddPackages")] [OutputType([Object[]])] param( [Parameter( Mandatory, Position=0)] [string] $AppId, [Parameter( Mandatory, Position=1)] [string] $FlightId, [Parameter( Mandatory, Position=2)] [ValidateScript({if (Test-Path -Path $_ -PathType Leaf) { $true } else { throw "$_ cannot be found." }})] [string] $SubmissionDataPath, [Parameter(Position=3)] [ValidateScript({if (Test-Path -Path $_ -PathType Leaf) { $true } else { throw "$_ cannot be found." }})] [string] $PackagePath = $null, [ValidateSet('Default', 'Immediate', 'Manual', 'SpecificDate')] [string] $TargetPublishMode = $script:keywordDefault, [DateTime] $TargetPublishDate, [ValidateSet('NoAction', 'Finalize', 'Halt')] [string] $ExistingPackageRolloutAction = $script:keywordNoAction, [ValidateRange(0, 100)] [double] $PackageRolloutPercentage = -1, [switch] $IsMandatoryUpdate, [DateTime] $MandatoryUpdateEffectiveDate, [switch] $AutoCommit, [string] $SubmissionId = "", [ValidateScript({if ([System.String]::IsNullOrEmpty($SubmissionId) -or !$_) { $true } else { throw "Can't use -Force and supply a SubmissionId." }})] [switch] $Force, [Parameter(ParameterSetName="AddPackages")] [switch] $AddPackages, [Parameter(ParameterSetName="ReplacePackages")] [switch] $ReplacePackages, [switch] $UpdatePublishMode, [switch] $UpdateNotesForCertification, [string] $AccessToken = "", [switch] $NoStatus ) $stopwatch = [System.Diagnostics.Stopwatch]::StartNew() Write-InvocationLog Write-Log -Message "Reading in the submission content from: $SubmissionDataPath" -Level Verbose if ($PSCmdlet.ShouldProcess($SubmissionDataPath, "Get-Content")) { $submission = [string](Get-Content $SubmissionDataPath -Encoding UTF8) | ConvertFrom-Json } # Extra layer of validation to protect users from trying to submit a PackageTool # payload to the wrong application if ([String]::IsNullOrWhiteSpace($submission.appId)) { $configPath = Join-Path -Path ([System.Environment]::GetFolderPath('Desktop')) -ChildPath 'newconfig.json' Write-Log -Level Warning -Message @( "The config file used to generate this submission did not have an AppId defined in it.", "The AppId entry in the config helps ensure that payloads are not submitted to the wrong application.", "Please update your app's StoreBroker config file by adding an `"appId`" property with", "your app's AppId to the `"appSubmission`" section. If you're unclear on what change", "needs to be done, you can re-generate your config file using", " New-PackageToolConfigFile -AppId $AppId -Path `"$configPath`"", "and then diff the new config file against your current one to see the requested appId change.") } else { if ($AppId -ne $submission.appId) { $output = @() $output += "The AppId [$($submission.appId)] in the submission content [$SubmissionDataPath] does not match the intended AppId [$AppId]." $output += "You either entered the wrong AppId at the commandline, or you're referencing the wrong submission content to upload." $newLineOutput = ($output -join [Environment]::NewLine) Write-Log -Message $newLineOutput -Level Error throw $newLineOutput } } Remove-UnofficialSubmissionProperties -Submission $submission # Identify potentially incorrect usage of this method by checking to see if no modification # switch was provided by the user if ((-not $AddPackages) -and (-not $ReplacePackages) -and (-not $UpdatePublishMode) -and (-not $UpdateNotesForCertification)) { Write-Log -Level Warning -Message @( "You have not specified any `"modification`" switch for updating the submission.", "This means that the new submission will be identical to the current one.", "If this was not your intention, please read-up on the documentation for this command:", " Get-Help Update-ApplicationFlightSubmission -ShowWindow") } if ([System.String]::IsNullOrEmpty($AccessToken)) { $AccessToken = Get-AccessToken -NoStatus:$NoStatus } try { if ([System.String]::IsNullOrEmpty($SubmissionId)) { $submissionToUpdate = New-ApplicationFlightSubmission -AppId $AppId -FlightId $FlightId -ExistingPackageRolloutAction $ExistingPackageRolloutAction -Force:$Force -AccessToken $AccessToken -NoStatus:$NoStatus } else { $submissionToUpdate = Get-ApplicationFlightSubmission -AppId $AppId -FlightId $FlightId -SubmissionId $SubmissionId -AccessToken $AccessToken -NoStatus:$NoStatus if ($submissionToUpdate.status -ne $script:keywordPendingCommit) { $output = @() $output += "We can only modify a submission that is in the '$script:keywordPendingCommit' state." $output += "The submission that you requested to modify ($SubmissionId) is in '$($submissionToUpdate.status)' state." $newLineOutput = ($output -join [Environment]::NewLine) Write-Log -Message $newLineOutput -Level Error throw $newLineOutput } } if ($PSCmdlet.ShouldProcess("Patch-ApplicationFlightSubmission")) { $params = @{} $params.Add("ClonedSubmission", $submissionToUpdate) $params.Add("NewSubmission", $submission) $params.Add("TargetPublishMode", $TargetPublishMode) if ($null -ne $TargetPublishDate) { $params.Add("TargetPublishDate", $TargetPublishDate) } $params.Add("UpdatePublishMode", $UpdatePublishMode) $params.Add("UpdateNotesForCertification", $UpdateNotesForCertification) if ($PackageRolloutPercentage -ge 0) { $params.Add("PackageRolloutPercentage", $PackageRolloutPercentage) } $params.Add("IsMandatoryUpdate", $IsMandatoryUpdate) if ($null -ne $MandatoryUpdateEffectiveDate) { $params.Add("MandatoryUpdateEffectiveDate", $MandatoryUpdateEffectiveDate) } # Because these are mutually exclusive and tagged as such, we have to be sure to *only* # add them to the parameter set if they're true. if ($AddPackages) { $params.Add("AddPackages", $AddPackages) } if ($ReplacePackages) { $params.Add("ReplacePackages", $ReplacePackages) } $patchedSubmission = Patch-ApplicationFlightSubmission @params } if ($PSCmdlet.ShouldProcess("Set-ApplicationFlightSubmission")) { $params = @{} $params.Add("AppId", $AppId) $params.Add("UpdatedSubmission", $patchedSubmission) $params.Add("AccessToken", $AccessToken) $params.Add("NoStatus", $NoStatus) $replacedSubmission = Set-ApplicationFlightSubmission @params } $submissionId = $replacedSubmission.id $uploadUrl = $replacedSubmission.fileUploadUrl Write-Log -Message @( "Successfully cloned the existing submission and modified its content.", "You can view it on the Dev Portal here:", " https://partner.microsoft.com/en-us/dashboard/products/$AppId/submissions/$submissionId/", "or by running this command:", " Get-ApplicationFlightSubmission -AppId $AppId -FlightId $FlightId -SubmissionId $submissionId | Format-ApplicationFlightSubmission", "", ($script:manualPublishWarning -f 'Update-ApplicationFlightSubmission')) if (![System.String]::IsNullOrEmpty($PackagePath)) { Write-Log -Message "Uploading the package [$PackagePath] since it was provided." -Level Verbose Set-SubmissionPackage -PackagePath $PackagePath -UploadUrl $uploadUrl -NoStatus:$NoStatus } elseif (!$AutoCommit) { Write-Log -Message @( "Your next step is to upload the package using:", " Upload-SubmissionPackage -PackagePath <package> -UploadUrl `"$uploadUrl`"") } if ($AutoCommit) { if ($stopwatch.Elapsed.TotalSeconds -gt $script:accessTokenTimeoutSeconds) { # The package upload probably took a long time. # There's a high likelihood that the token will be considered expired when we call # into Complete-ApplicationFlightSubmission ... so, we'll send in a $null value and # let it acquire a new one. $AccessToken = $null } Write-Log -Message "Commiting the submission since -AutoCommit was requested." -Level Verbose Complete-ApplicationFlightSubmission -AppId $AppId -FlightId $FlightId -SubmissionId $submissionId -AccessToken $AccessToken -NoStatus:$NoStatus } else { Write-Log -Message @( "When you're ready to commit, run this command:", " Commit-ApplicationFlightSubmission -AppId $AppId -FlightId $FlightId -SubmissionId $submissionId") } # Record the telemetry for this event. $stopwatch.Stop() $telemetryMetrics = @{ [StoreBrokerTelemetryMetric]::Duration = $stopwatch.Elapsed.TotalSeconds } $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId [StoreBrokerTelemetryProperty]::FlightId = $FlightId [StoreBrokerTelemetryProperty]::SubmissionId = $SubmissionId [StoreBrokerTelemetryProperty]::PackagePath = (Get-PiiSafeString -PlainText $PackagePath) [StoreBrokerTelemetryProperty]::AutoCommit = $AutoCommit [StoreBrokerTelemetryProperty]::Force = $Force [StoreBrokerTelemetryProperty]::PackageRolloutPercentage = $PackageRolloutPercentage [StoreBrokerTelemetryProperty]::IsMandatoryUpdate = [bool]$IsMandatoryUpdate [StoreBrokerTelemetryProperty]::AddPackages = $AddPackages [StoreBrokerTelemetryProperty]::ReplacePackages = $ReplacePackages [StoreBrokerTelemetryProperty]::UpdatePublishMode = $UpdatePublishMode [StoreBrokerTelemetryProperty]::UpdateNotesForCertification = $UpdateNotesForCertification } Set-TelemetryEvent -EventName Update-ApplicationFlightSubmission -Properties $telemetryProperties -Metrics $telemetryMetrics return $submissionId, $uploadUrl } catch { Write-Log -Exception $_ -Level Error throw } } function Patch-ApplicationFlightSubmission { <# .SYNOPSIS Modifies a cloned application flight submission by copying the specified data from the provided "new" submission. Returns the final, patched submission JSON. .DESCRIPTION Modifies a cloned application flight submission by copying the specified data from the provided "new" submission. Returns the final, patched submission JSON. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER ClonedSubmisson The JSON that was returned by the Store API when the application flight submission was cloned. .PARAMETER NewSubmission The JSON for the new/updated application flight submission. The only parts from this submission that will be copied to the final, patched submission will be those specified by the switches. .PARAMETER TargetPublishMode Indicates how the submission will be published once it has passed certification. The value specified here takes precendence over the value from NewSubmission if -UpdatePublishMode is specified. If -UpdatePublishMode is not specified and the value 'Default' is used, this submission will simply use the value from the previous submission. .PARAMETER TargetPublishDate Indicates when the submission will be published once it has passed certification. Specifying a value here is only valid when TargetPublishMode is set to 'SpecificDate'. The value specified here takes precendence over the value from NewSubmission if -UpdatePublishMode is specified. If -UpdatePublishMode is not specified and the value 'Default' is used, this submission will simply use the value from the previous submission. Users should provide this in local time and it will be converted automatically to UTC. .PARAMETER PackageRolloutPercentage If specified, this submission will use gradual package rollout, setting their initial rollout percentage to be the indicated amount. .PARAMETER IsMandatoryUpdate Indicates whether you want to treat the packages in this submission as mandatory for self-installing app updates. .PARAMETER MandatoryUpdateEffectiveDate The date and time when the packages in this submission become mandatory. It is not required to provide a value for this when using IsMandatoryUpdate, however this value will be ignored if specified and IsMandatoryUpdate is not also provided. Users should provide this in local time and it will be converted automatically to UTC. .PARAMETER AddPackages Causes the packages that are listed in SubmissionDataPath to be added to the package listing in the final, patched submission. This switch is mutually exclusive with ReplacePackages. .PARAMETER ReplacePackages Causes any existing packages in the cloned submission to be removed and only the packages that are listed in SubmissionDataPath will be in the final, patched submission. This switch is mutually exclusive with AddPackages. .PARAMETER UpdatePublishMode Updates fields under the "Publish Mode and Visibility" category in the PackageTool config file. Updates the following fields using values from SubmissionDataPath: targetPublishMode and targetPublishDate. The visibility property is ignored for a flight submission. .PARAMETER UpdateNotesForCertification Updates the notesForCertification field using the value from SubmissionDataPath. .EXAMPLE $patchedSubmission = Patch-ApplicationFlightSubmission $clonedSubmission $jsonContent Because no switches were specified, ($patchedSubmission -eq $clonedSubmission). .EXAMPLE $patchedSubmission = Patch-ApplicationFlightSubmission $clonedSubmission $jsonContent -AddPackages $patchedSubmission will be identical to $clonedSubmission, however all of the packages that were contained in $jsonContent will have also been added to the package array. .EXAMPLE $patchedSubmission = Patch-ApplicationFlightSubmission $clonedSubmission $jsonContent -AddPackages -UpdatePublishMode $patchedSubmission will be contain the packages and publish mode/date settings that were part of $jsonContent, but the rest of the submission content will be identical to what had been in $clonedSubmission. .NOTES This is an internal-only helper method. #> [CmdletBinding( SupportsShouldProcess, DefaultParametersetName="AddPackages")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseApprovedVerbs", "", Justification="Internal-only helper method. Best description for purpose.")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [PSCustomObject] $ClonedSubmission, [Parameter(Mandatory)] [PSCustomObject] $NewSubmission, [ValidateSet('Default', 'Immediate', 'Manual', 'SpecificDate')] [string] $TargetPublishMode = $script:keywordDefault, [DateTime] $TargetPublishDate, [ValidateRange(0, 100)] [double] $PackageRolloutPercentage = -1, [switch] $IsMandatoryUpdate, [DateTime] $MandatoryUpdateEffectiveDate, [Parameter(ParameterSetName="AppPackages")] [switch] $AddPackages, [Parameter(ParameterSetName="ReplacePackages")] [switch] $ReplacePackages, [switch] $UpdateListings, [switch] $UpdatePublishMode, [switch] $UpdatePricingAndAvailability, [switch] $UpdateAppProperties, [switch] $UpdateNotesForCertification ) Write-Log -Message "Patching the content of the submission." -Level Verbose # Our method should have zero side-effects -- we don't want to modify any parameter # that was passed-in to us. To that end, we'll create a deep copy of the ClonedSubmisison, # and we'll modify that throughout this function and that will be the value that we return # at the end. $PatchedSubmission = DeepCopy-Object $ClonedSubmission # We use a ValidateRange attribute to ensure a valid percentage, but then use -1 as a default # value to indicate when the user hasn't specified a value (and thus, does not want to use # this feature). if ($PackageRolloutPercentage -ge 0) { $PatchedSubmission.packageDeliveryOptions.packageRollout.isPackageRollout = $true $PatchedSubmission.packageDeliveryOptions.packageRollout.packageRolloutPercentage = $PackageRolloutPercentage Write-Log -Level Warning -Message @( "Your rollout selections apply to all of your packages, but will only apply to your customers running OS", "versions that support package flights (Windows.Desktop build 10586 or later; Windows.Mobile build 10586.63", "or later, and Xbox), including any customers who get the app via Store-managed licensing via the", "Windows Store for Business. When using gradual package rollout, customers on earlier OS versions will not", "get packages from the latest submission until you finalize the package rollout.") } $PatchedSubmission.packageDeliveryOptions.isMandatoryUpdate = [bool]$IsMandatoryUpdate if ($null -ne $MandatoryUpdateEffectiveDate) { if ($IsMandatoryUpdate) { $PatchedSubmission.packageDeliveryOptions.mandatoryUpdateEffectiveDate = $MandatoryUpdateEffectiveDate.ToUniversalTime().ToString('o') } else { Write-Log -Message "MandatoryUpdateEffectiveDate specified without indicating IsMandatoryUpdate. The value will be ignored." -Level Warning } } if (($AddPackages -or $ReplacePackages) -and ($NewSubmission.applicationPackages.Count -eq 0)) { $output = @() $output += "Your submission doesn't contain any packages, so you cannot Add or Replace packages." $output += "Please check your input settings to New-SubmissionPackage and ensure you're providing a value for AppxPath." $output = $output -join [Environment]::NewLine Write-Log -Message $output -Level Error throw $output } # Caller wants to simply append the new packages to the existing set of packages in the # submission. if ($AddPackages) { $PatchedSubmission.flightPackages += $NewSubmission.applicationPackages } # Caller wants to remove any existing packages in the cloned submission and only have the # packages that are defined in the new submission. if ($ReplacePackages) { $PatchedSubmission.flightPackages | ForEach-Object { $_.fileStatus = $script:keywordPendingDelete } $PatchedSubmission.flightPackages += $NewSubmission.applicationPackages } # For the remaining switches, simply copy the field if it is a scalar, or # DeepCopy-Object if it is an object. if ($UpdatePublishMode) { $PatchedSubmission.targetPublishMode = Get-ProperEnumCasing -EnumValue ($NewSubmission.targetPublishMode) $PatchedSubmission.targetPublishDate = $NewSubmission.targetPublishDate } # If users pass in a different value for any of the publish/visibility values at the commandline, # they override those coming from the config. if ($TargetPublishMode -ne $script:keywordDefault) { if (($TargetPublishMode -eq $script:keywordSpecificDate) -and ($null -eq $TargetPublishDate)) { $output = "TargetPublishMode was set to '$script:keywordSpecificDate' but TargetPublishDate was not specified." Write-Log -Message $output -Level Error throw $output } $PatchedSubmission.targetPublishMode = Get-ProperEnumCasing -EnumValue $TargetPublishMode } if ($null -ne $TargetPublishDate) { if ($TargetPublishMode -ne $script:keywordSpecificDate) { $output = "A TargetPublishDate was specified, but the TargetPublishMode was [$TargetPublishMode], not '$script:keywordSpecificDate'." Write-Log -Message $output -Level Error throw $output } $PatchedSubmission.targetPublishDate = $TargetPublishDate.ToUniversalTime().ToString('o') } if ($UpdateNotesForCertification) { $PatchedSubmission.notesForCertification = $NewSubmission.notesForCertification } # To better assist with debugging, we'll store exactly the original and modified JSON submission bodies. $tempFile = [System.IO.Path]::GetTempFileName() # New-TemporaryFile requires PS 5.0 ($ClonedSubmission | ConvertTo-Json -Depth $script:jsonConversionDepth) | Set-Content -Path $tempFile -Encoding UTF8 Write-Log -Message "The original cloned JSON content can be found here: [$tempFile]" -Level Verbose $tempFile = [System.IO.Path]::GetTempFileName() # New-TemporaryFile requires PS 5.0 ($PatchedSubmission | ConvertTo-Json -Depth $script:jsonConversionDepth) | Set-Content -Path $tempFile -Encoding UTF8 Write-Log -Message "The patched JSON content can be found here: [$tempFile]" -Level Verbose return $PatchedSubmission } function Set-ApplicationFlightSubmission { <# .SYNOPSIS Replaces the content of an existing application flight submission with the supplied submission content. .DESCRIPTION Replaces the content of an existing application flight submission with the supplied submission content. This should be called after having cloned an application flight submission via New-ApplicationFlightSubmission. The ID of the submission and flight being updated/replaced will be inferred by the ID's defined in UpdatedSubmission. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER AppId The Application ID for the application that the submission is for. .PARAMETER UpdatedSubmission The updated application submission content that should be used to replace the existing submission content. The Submission ID will be determined from this. .PARAMETER AccessToken If provided, this will be used as the AccessToken for authentication with the REST Api as opposed to requesting a new one. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE Set-ApplicationFlightSubmission 0ABCDEF12345 $submissionBody Inspects $submissionBody to retrieve the id of the submission and flight in question, and then replaces the entire content of that existing submission with the content specified in $submissionBody. .EXAMPLE Set-ApplicationFlightSubmission 0ABCDEF12345 $submissionBody -NoStatus Inspects $submissionBody to retrieve the id and flight of the submission in question, and then replaces the entire content of that existing submission with the content specified in $submissionBody. The request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. .OUTPUTS A PSCustomObject containing the JSON of the updated application submission. #> [CmdletBinding(SupportsShouldProcess)] [Alias('Replace-ApplicationFlightSubmission')] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [Parameter(Mandatory)] [PSCustomObject] $UpdatedSubmission, [string] $AccessToken = "", [switch] $NoStatus ) Write-InvocationLog $submissionId = $UpdatedSubmission.id $flightId = $UpdatedSubmission.flightId $body = [string]($UpdatedSubmission | ConvertTo-Json -Depth $script:jsonConversionDepth) $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId [StoreBrokerTelemetryProperty]::FlightId = $FlightId } $params = @{ "UriFragment" = "applications/$AppId/flights/$flightId/submissions/$submissionId" "Method" = "Put" "Description" = "Replacing the content of Submission: $submissionId for App: $AppId Flight: $flightId" "Body" = $body "AccessToken" = $AccessToken "TelemetryEventName" = "Set-ApplicationFlightSubmission" "TelemetryProperties" = $telemetryProperties "NoStatus" = $NoStatus } return (Invoke-SBRestMethod @params) } function Complete-ApplicationFlightSubmission { <# .SYNOPSIS Commits the specified application flight submission so that it can start the approval process. .DESCRIPTION Commits the specified application flight submission so that it can start the approval process. Once committed, it is necessary to wait for the submission to either complete or fail the approval process before a new flight submission can be created/submitted. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER AppId The Application ID for the application that has the pending submission to be submitted. .PARAMETER FlightId The flight ID for the flight that has the pending submission to be submitted. .PARAMETER SubmissionId The ID of the pending submission that should be submitted. .PARAMETER AccessToken If provided, this will be used as the AccessToken for authentication with the REST Api as opposed to requesting a new one. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE Commit-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 Marks the pending submission 1234567890123456789 to start the approval process for publication, with the console window showing progress while awaiting the response from the REST request. .EXAMPLE Commit-ApplicationFlightSubmission 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 -NoStatus Marks the pending submission 1234567890123456789 to start the approval process for publication, but the request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. .NOTES This uses the "Complete" verb to avoid Powershell import module warnings, but this actually only *commits* the submission. The decision to publish or not is based entirely on the contents of the payload included when calling New-ApplicationFlightSubmission. #> [CmdletBinding(SupportsShouldProcess)] [Alias('Commit-ApplicationFlightSubmission')] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [Parameter(Mandatory)] [string] $FlightId, [Parameter(Mandatory)] [string] $SubmissionId, [string] $AccessToken = "", [switch] $NoStatus ) Write-InvocationLog try { $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId [StoreBrokerTelemetryProperty]::FlightId = $FlightId [StoreBrokerTelemetryProperty]::SubmissionId = $SubmissionId } $params = @{ "UriFragment" = "applications/$AppId/flights/$FlightId/submissions/$SubmissionId/Commit" "Method" = "Post" "Description" = "Committing submission $SubmissionId for App: $AppId Flight: $FlightId" "AccessToken" = $AccessToken "TelemetryEventName" = "Complete-ApplicationFlightSubmission" "TelemetryProperties" = $telemetryProperties "NoStatus" = $NoStatus } $null = Invoke-SBRestMethod @params Write-Log -Message @( "The submission has been successfully committed.", "This is just the beginning though.", "It still has multiple phases of validation to get through, and there's no telling how long that might take.", "You can view the progress of the submission validation on the Dev Portal here:", " https://partner.microsoft.com/en-us/dashboard/products/$AppId/submissions/$submissionId/", "or by running this command:", " Get-ApplicationFlightSubmission -AppId $AppId -Flight $FlightId -SubmissionId $submissionId | Format-ApplicationFlightSubmission", "You can automatically monitor this submission with this command:", " Start-ApplicationFlightSubmissionMonitor -AppId $AppId -Flight $FlightId -SubmissionId $submissionId -EmailNotifyTo $env:username", "", ($script:manualPublishWarning -f 'Update-ApplicationFlightSubmission')) } catch [System.InvalidOperationException] { throw } } function Start-ApplicationFlightSubmissionMonitor { <# .SYNOPSIS Auto-checks an application flight submission for status changes every 60 seconds with optional email notification. .DESCRIPTION Auto-checks an application flight submission for status changes every 60 seconds with optional email notification. The monitoring will automatically end if the submission enters a failed state, or once its state enters the final state that its targetPublishMode allows for. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER AppId The Application ID for the application that has the committed submission. .PARAMETER FlightId The Flight ID for the flight that has the committed submission. .PARAMETER SubmissionId The ID of the submission that should be monitored. .PARAMETER EmailNotifyTo A list of email addresses that should be emailed every time that status changes for this submission. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .PARAMETER PassThru Returns the final submission object that was retrieved when checking submission status. By default, this function does not generate any output. .OUTPUTS None or PSCustomObject By default, this does not generate any output. If you use the PassThru parameter, it generates a PSCustomObject object that represents the last retrieved submission which can be inspected for submission status. .EXAMPLE Start-ApplicationFlightSubmissionMonitor 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 Checks that submission every 60 seconds until the submission enters a Failed state or reaches the final state that it can reach given its current targetPublishMode. .EXAMPLE Start-ApplicationFlightSubmissionMonitor 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 user@foo.com Checks that submission every 60 seconds until the submission enters a Failed state or reaches the final state that it can reach given its current targetPublishMode. Will email user@foo.com every time this status changes as well. .NOTES This is a pure proxy for Start-ApplicationSubmissionMonitor. The only benefit that it provides is that it makes FlightId a required parameter and puts it positionally in the appropriate place. We can't accomplish that with normal parameter sets since all the parameters are strings and thus can't be differentiated. #> [CmdletBinding(SupportsShouldProcess)] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [Parameter(Mandatory)] [string] $FlightId, [Parameter(Mandatory)] [string] $SubmissionId, [string[]] $EmailNotifyTo = @(), [switch] $NoStatus, [switch] $PassThru ) Start-SubmissionMonitor @PSBoundParameters } function Get-ApplicationFlightSubmissionPackageRollout { <# .SYNOPSIS Gets the package rollout information for the specified application flight submission. .DESCRIPTION Gets the package rollout information for the specified application flight submission. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER AppId The Application ID for the application that has the package rollout information you are interested in. .PARAMETER FlightId The Flight ID for the flight that has the submission whose packages are currently being rolled out. .PARAMETER SubmissionId The ID of the published submission that has the package rollout information that you are interested in. .PARAMETER AccessToken If provided, this will be used as the AccessToken for authentication with the REST Api as opposed to requesting a new one. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE Get-ApplicationFlightSubmissionPackageRollout 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 Gets the package rollout information for submission 1234567890123456789 of flight 01234567-89ab-cdef-0123-456789abcdef for application 0ABCDEF12345. The console window will show progress while awaiting the response from the REST request. .EXAMPLE Get-ApplicationFlightSubmissionPackageRollout 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 -NoStatus Gets the package rollout information for submission 1234567890123456789 of flight 01234567-89ab-cdef-0123-456789abcdef for application 0ABCDEF12345. The request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. #> [CmdletBinding(SupportsShouldProcess)] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [Parameter(Mandatory)] [string] $FlightId, [Parameter(Mandatory)] [string] $SubmissionId, [string] $AccessToken = "", [switch] $NoStatus ) Write-InvocationLog try { $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId [StoreBrokerTelemetryProperty]::FlightId = $FlightId [StoreBrokerTelemetryProperty]::SubmissionId = $SubmissionId } $params = @{ "UriFragment" = "applications/$AppId/flights/$FlightId/submissions/$SubmissionId/packagerollout" "Method" = "Get" "Description" = "Getting package rollout on submission $SubmissionId for App: $AppId FlightId: $FlightId" "AccessToken" = $AccessToken "TelemetryEventName" = "Get-ApplicationFlightSubmissionPackageRollout" "TelemetryProperties" = $telemetryProperties "NoStatus" = $NoStatus } return (Invoke-SBRestMethod @params) } catch [System.InvalidOperationException] { throw } } function Update-ApplicationFlightSubmissionPackageRollout { <# .SYNOPSIS Updates the package rollout percentage for the specified application flight submission. .DESCRIPTION Updates the package rollout percentage for the specified application flight submission. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER AppId The Application ID for the application that has the package rollout information you are interested in. .PARAMETER FlightId The Flight ID for the flight that has the submission whose packages are currently being rolled out. .PARAMETER SubmissionId The ID of the published submission that has the package rollout information that you are interested in. .PARAMETER Percentage The new percentage that should be applied to the submission's package rollout. .PARAMETER AccessToken If provided, this will be used as the AccessToken for authentication with the REST Api as opposed to requesting a new one. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE Update-ApplicationFlightSubmissionPackageRollout 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 20 Updates the package rollout information for submission 1234567890123456789 of flight 01234567-89ab-cdef-0123-456789abcdef for application 0ABCDEF12345 to be set to 20%. The console window will show progress while awaiting the response from the REST request. .EXAMPLE Update-ApplicationFlightSubmissionPackageRollout 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 50.5 -NoStatus Updates the package rollout information for submission 1234567890123456789 of flight 01234567-89ab-cdef-0123-456789abcdef for application 0ABCDEF12345 to be set to 50.5%. The request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. #> [CmdletBinding(SupportsShouldProcess)] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [Parameter(Mandatory)] [string] $FlightId, [Parameter(Mandatory)] [string] $SubmissionId, [Parameter(Mandatory)] [ValidateRange(0, 100)] [double] $Percentage, [string] $AccessToken = "", [switch] $NoStatus ) Write-InvocationLog try { $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId [StoreBrokerTelemetryProperty]::FlightId = $FlightId [StoreBrokerTelemetryProperty]::SubmissionId = $SubmissionId [StoreBrokerTelemetryProperty]::PackageRolloutPercentage = $Percentage } $params = @{ "UriFragment" = "applications/$AppId/flights/$FlightId/submissions/$SubmissionId/updatepackagerolloutpercentage?percentage=$Percentage" "Method" = "Post" "Description" = "Updating package rollout percentage on submission $SubmissionId for App: $AppId FlightId: $FlightId to: $Percentage%" "AccessToken" = $AccessToken "TelemetryEventName" = "Update-ApplicationFlightSubmissionPackageRollout" "TelemetryProperties" = $telemetryProperties "NoStatus" = $NoStatus } $null = Invoke-SBRestMethod @params Write-Log -Message "Package rollout for this submission has been updated to $Percentage%." if ($Percentage -eq 100) { Write-Log -Level Warning -Message @( "Changing the rollout percentage to 100% does not ensure that all of your customers will get the", "packages from the latest submissions, because some customers may be on OS versions that don't", "support rollout. You must finalize the rollout in order to stop distributing the older packages", "and update all existing customers to the newer ones by calling", " Complete-ApplicationFlightSubmissionPackageRollout -AppId $AppId -FlightId $FlightId -SubmissionId $SubmissionId") } } catch [System.InvalidOperationException] { throw } } function Stop-ApplicationFlightSubmissionPackageRollout { <# .SYNOPSIS Stops the package rollout for the specified application flight submission. .DESCRIPTION Stops the package rollout for the specified application flight submission. All users will now begin receiving the fallback submission. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER AppId The Application ID for the application that is currently being rolled out. .PARAMETER FlightId The Flight ID for the flight that has the submission whose packages are currently being rolled out. .PARAMETER SubmissionId The ID of the published submission that is currently being rolled out. .PARAMETER AccessToken If provided, this will be used as the AccessToken for authentication with the REST Api as opposed to requesting a new one. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE Stop-ApplicationFlightSubmissionPackageRollout 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 Halts the package rollout for submission 1234567890123456789 of flight 01234567-89ab-cdef-0123-456789abcdef for application 0ABCDEF12345. Users will now begin receiving the packages from the fallback submission. The console window will show progress while awaiting the response from the REST request. .EXAMPLE Stop-ApplicationFlightSubmissionPackageRollout 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 -NoStatus Halts the package rollout for submission 1234567890123456789 of flight 01234567-89ab-cdef-0123-456789abcdef for application 0ABCDEF12345. Users will now begin receiving the packages from the fallback submission. The request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. #> [CmdletBinding(SupportsShouldProcess)] [Alias('Halt-ApplicationFlightSubmissionPackageRollout')] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [Parameter(Mandatory)] [string] $FlightId, [Parameter(Mandatory)] [string] $SubmissionId, [string] $AccessToken = "", [switch] $NoStatus ) Write-InvocationLog try { $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId [StoreBrokerTelemetryProperty]::FlightId = $FlightId [StoreBrokerTelemetryProperty]::SubmissionId = $SubmissionId } $params = @{ "UriFragment" = "applications/$AppId/flights/$FlightId/submissions/$SubmissionId/haltpackagerollout" "Method" = "Post" "Description" = "Halting package rollout on submission $SubmissionId for App: $AppId FlightId: $FlightId" "AccessToken" = $AccessToken "TelemetryEventName" = "Stop-ApplicationFlightSubmissionPackageRollout" "TelemetryProperties" = $telemetryProperties "NoStatus" = $NoStatus } $result = Invoke-SBRestMethod @params Write-Log -Message @( "Package rollout for this submission has been halted.", "All users in this flight will now receive the packages from SubmissionId: $($result.fallbackSubmissionId)") Write-Log -Level Warning -Message @( "Any customers who already have the newer packages will keep those packages; they won't be rolled back to the previous version.", "To provide an update to these customers, you'll need to create a new submission with the packages you'd like them to get.", "Note that if you use a gradual rollout in your next submission, customers who had the package you halted will be offered", "the new update in the same order they were offered the halted package. The new rollout will be between your last finalized", "submission and your newest submission; once you halt a package rollout, those packages will no longer be distributed to any customers.") } catch [System.InvalidOperationException] { throw } } function Complete-ApplicationFlightSubmissionPackageRollout { <# .SYNOPSIS Finalizes the package rollout for the specified application flight submission. .DESCRIPTION Finalizes the package rollout for the specified application flight submission. All users will now begin receiving this submission's packages. The Git repo for this module can be found here: http://aka.ms/StoreBroker .PARAMETER AppId The Application ID for the application that is currently being rolled out. .PARAMETER FlightId The Flight ID for the flight that has the submission whose packages are currently being rolled out. .PARAMETER SubmissionId The ID of the published submission that is currently being rolled out. .PARAMETER AccessToken If provided, this will be used as the AccessToken for authentication with the REST Api as opposed to requesting a new one. .PARAMETER NoStatus If this switch is specified, long-running commands will run on the main thread with no commandline status update. When not specified, those commands run in the background, enabling the command prompt to provide status information. .EXAMPLE Complete-ApplicationFlightSubmissionPackageRollout 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 Finalizes the package rollout for submission 1234567890123456789 of application 0ABCDEF12345. All users will now begin receiving the packages from this submission. The console window will show progress while awaiting the response from the REST request. .EXAMPLE Complete-ApplicationFlightSubmissionPackageRollout 0ABCDEF12345 01234567-89ab-cdef-0123-456789abcdef 1234567890123456789 -NoStatus Finalizes the package rollout for submission 1234567890123456789 of application 0ABCDEF12345. All users will now begin receiving the packages from this submission. The request happens in the foreground and there is no additional status shown to the user until a response is returned from the REST request. #> [CmdletBinding(SupportsShouldProcess)] [Alias('Finalize-ApplicationFlightSubmissionPackageRollout')] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSShouldProcess", "", Justification="Methods called within here make use of PSShouldProcess, and the switch is passed on to them inherently.")] param( [Parameter(Mandatory)] [string] $AppId, [Parameter(Mandatory)] [string] $FlightId, [Parameter(Mandatory)] [string] $SubmissionId, [string] $AccessToken = "", [switch] $NoStatus ) Write-InvocationLog try { $telemetryProperties = @{ [StoreBrokerTelemetryProperty]::AppId = $AppId [StoreBrokerTelemetryProperty]::FlightId = $FlightId [StoreBrokerTelemetryProperty]::SubmissionId = $SubmissionId } $params = @{ "UriFragment" = "applications/$AppId/flights/$FlightId/submissions/$SubmissionId/finalizepackagerollout" "Method" = "Post" "Description" = "Finalizing package rollout on submission $SubmissionId for App: $AppId FlightId: $FlightId" "AccessToken" = $AccessToken "TelemetryEventName" = "Complete-ApplicationFlightSubmissionPackageRollout" "TelemetryProperties" = $telemetryProperties "NoStatus" = $NoStatus } $null = Invoke-SBRestMethod @params Write-Log -Message "Package rollout for this submission has been finalized. 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