Public/OME/Invoke-OMEQuickDeploy.ps1
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using module ..\..\Classes\Device.psm1 function Get-QuickDeployPayload($Name, [SecureString]$RootPassword, $SlotType, $DeviceId, $IPv4Enabled, $IPv4NetworkType, $IPv4SubnetMask, $IPv4Gateway, $IPv6Enabled, $IPv6NetworkType, $IPv6Gateway, $IPv6PrefixLength, $Slots) { $Payload = '{ "Id": 0, "JobName": "Quick Deploy Task 1", "JobDescription": "Quick Deploy Task", "Schedule": "startnow", "State": "Enabled", "JobType": { "Id": 42, "Name": "QuickDeploy_Task" }, "Params": [ { "Key": "operationName", "Value": "SERVER_QUICK_DEPLOY" }, { "Key": "deviceId", "Value": "1016" }, { "Key": "rootCredential", "Value": "calvin" }, { "Key": "protocolTypeV4", "Value": "true" }, { "Key": "protocolTypeV6", "Value": "false" } ] }' | ConvertFrom-Json $Payload.JobName = $Name $ParamsHashValMap = @{ "operationName" = $(if ($SlotType -eq "IOM") { "IOM_QUICK_DEPLOY" } else { "SERVER_QUICK_DEPLOY"}) "deviceId" = $DeviceId.ToString() "rootCredential" = $(if ($RootPassword) { $PasswordText = (New-Object PSCredential "user", $RootPassword).GetNetworkCredential().Password $PasswordText }) "protocolTypeV4" = $(if ($IPv4Enabled) { "true" } else { "false"}) "protocolTypeV6" = $(if ($IPv6Enabled) { "true" } else { "false"}) } # Update Params from ParamsHashValMap for ($i = 0; $i -le $Payload.'Params'.Length; $i++) { if ($ParamsHashValMap.Keys -Contains ($Payload.'Params'[$i].'Key')) { $value = $Payload.'Params'[$i].'Key' $Payload.'Params'[$i].'Value' = $ParamsHashValMap.$value } } # Add Params if IPv4 is enabled if ($IPv4Enabled) { $ParamNetworkTypeV4 = @{ "Key" = "networkTypeV4" "Value" = $(if ($IPv4NetworkType -eq "STATIC") { "Static" } else { "DHCP"}) } $Payload.Params += $ParamNetworkTypeV4 $ParamSubnetMaskV4 = @{ "Key" = "subnetMaskV4" "Value" = $IPv4SubnetMask } $Payload.Params += $ParamSubnetMaskV4 $ParamGatewayV4 = @{ "Key" = "gatewayV4" "Value" = $IPv4Gateway } $Payload.Params += $ParamGatewayV4 } # Add Params if IPv6 is enabled if ($IPv6Enabled) { $ParamNetworkTypeV6 = @{ "Key" = "networkTypeV6" "Value" = $(if ($IPv6NetworkType -eq "STATIC") { "Static" } else { "DHCP"}) } $Payload.Params += $ParamNetworkTypeV6 if ($IPv6NetworkType -eq "STATIC") { $ParamGatewayV6 = @{ "Key" = "gatewayV6" "Value" = $IPv6Gateway } $Payload.Params += $ParamGatewayV6 $ParamPrefixLength = @{ "Key" = "prefixLength" "Value" = $IPv6PrefixLength.ToString() } $Payload.Params += $ParamPrefixLength } } # Add Slot params [int]$SlotTypeInt = 1000 if ($SlotType -eq "IOM") { $SlotTypeInt = 4000 } if ($SlotType -eq "SLED") { $SlotTypeInt = 1000 } foreach($Slot in $Slots) { $SlotNumber = $Slot["Slot"]; $SlotIPv4Address = $Slot["IPv4Address"]; $SlotIPv6Address = $Slot["IPv6Address"]; $SlotVlanId = $(if ($null -eq $Slot["VlanId"]) { 1 } else { $Slot["VlanId"] }); $SlotParam = @{ "Key" = "SlotId=${SlotNumber}" "Value" = "SlotSelected=true;SlotType=${SlotTypeInt};IPV4Address=${SlotIPv4Address};IPV6Address=${SlotIPv6Address};VlanId=${SlotVlanId}" } $Payload.Params += $SlotParam } return $Payload } function Invoke-OMEQuickDeploy { <# Copyright (c) 2023 Dell EMC Corporation Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. #> <# .SYNOPSIS Invoke quick deploy job on chassis slots .DESCRIPTION .PARAMETER Name Name of the quick deploy job .PARAMETER Chassis Object of type Device returned from Get-OMEDevice function. Must be a Chassis device type. .PARAMETER RootPassword SecureString containing the root password .PARAMETER SlotType String to represent the slot type (Default="SLED", "IOM") .PARAMETER IPv4Enabled Switch to enable IPv4 .PARAMETER IPv4NetworkType String to determine the network type (Default="DHCP", "STATIC") .PARAMETER IPv4SubnetMask String representing the IPv4 subnet mask .PARAMETER IPv4Gateway String representing the IPv4 gateway .PARAMETER IPv6Enabled Switch to enable IPv6 .PARAMETER IPv6NetworkType String to determine the network type (Default="DHCP", "STATIC") .PARAMETER IPv6Gateway String representing the IPv6 gateway .PARAMETER IPv6PrefixLength String representing the IPv6 prefix length .PARAMETER Slots Array of PSCustomObject (Hashtable) containing slot quick deploy settings. Example: $Settings = @(@{Slot=1; IPv4Address="192.169.1.100"; IPv6Address="2001:0db8:85a3:0000:0000:8a2e:0370:7334"; VlanId=1}) .PARAMETER Wait Wait for job to complete .PARAMETER WaitTime Time, in seconds, to wait for the job to complete .INPUTS Device .EXAMPLE Invoke-OMEQuickDeploy -RootPassword $(ConvertTo-SecureString 'calvin' -AsPlainText -Force) -SlotType "SLED" -Chassis $("C38V9ZZ" | Get-OMEDevice) -IPv4Enabled -IPv4NetworkType "DHCP" -Slots @(@{Slot=1;},@{Slot=2;}) -Wait -Verbose Quick Deploy sleds in slot 1 and 2 using DHCP. See README for more examples. #> [CmdletBinding()] param( [Parameter(Mandatory=$false)] [String]$Name = "Quick Deploy Task Device $((Get-Date).ToString('yyyyMMddHHmmss'))", [Parameter(Mandatory=$false, ValueFromPipeline)] [Device]$Chassis, [Parameter(Mandatory)] [SecureString]$RootPassword, [Parameter(Mandatory)] [ValidateSet("SLED", "IOM")] [String]$SlotType = "SLED", [Parameter(Mandatory=$false)] [Switch]$IPv4Enabled, [Parameter(Mandatory=$false)] [ValidateSet("STATIC", "DHCP")] [String]$IPv4NetworkType = "DHCP", [Parameter(Mandatory=$false)] [String]$IPv4SubnetMask, [Parameter(Mandatory=$false)] [String]$IPv4Gateway, [Parameter(Mandatory=$false)] [Switch]$IPv6Enabled, [Parameter(Mandatory=$false)] [ValidateSet("STATIC", "DHCP")] [String]$IPv6NetworkType = "DHCP", [Parameter(Mandatory=$false)] [String]$IPv6Gateway, [Parameter(Mandatory=$false)] [int]$IPv6PrefixLength, [Parameter(Mandatory)] [PSCustomObject[]]$Slots, [Parameter(Mandatory=$false)] [Switch]$Wait, [Parameter(Mandatory=$false)] [int]$WaitTime = 3600 ) Begin {} Process { if (!$(Confirm-IsAuthenticated)){ Return } Try { if ($SessionAuth.IgnoreCertificateWarning) { Set-CertPolicy } $BaseUri = "https://$($SessionAuth.Host)" $Type = "application/json" $Headers = @{} $Headers."X-Auth-Token" = $SessionAuth.Token $DeviceId = $Chassis.Id if ($Chassis.Type -eq 2000) { $JobPayload = Get-QuickDeployPayload -Name $Name -RootPassword $RootPassword -SlotType $SlotType -DeviceId $DeviceId ` -IPv4Enabled $IPv4Enabled -IPv4NetworkType $IPv4NetworkType -IPv4SubnetMask $IPv4SubnetMask -IPv4Gateway $IPv4Gateway ` -IPv6Enabled $IPv6Enabled -IPv6NetworkType $IPv6NetworkType -IPv6Gateway $IPv6Gateway -IPv6PrefixLength $IPv6PrefixLength ` -Slots $Slots # Submit job $JobURL = $BaseUri + "/api/JobService/Jobs" $JobPayload = $JobPayload | ConvertTo-Json -Depth 6 #Write-Verbose $JobPayload $JobResp = Invoke-WebRequest -Uri $JobURL -UseBasicParsing -Headers $Headers -ContentType $Type -Method POST -Body $JobPayload if ($JobResp.StatusCode -eq 201) { Write-Verbose "Job creation successful..." $JobInfo = $JobResp.Content | ConvertFrom-Json $JobId = $JobInfo.Id Write-Verbose "Created job $($JobId) for quick deploy..." if ($Wait) { $JobStatus = $($JobId | Wait-OnJob -WaitTime $WaitTime) return $JobStatus } else { return $JobId } } else { Write-Error "Job creation failed" } } else { throw [System.Exception]::new("DeviceException", "Device must be of type Chassis") } } Catch { Resolve-Error $_ } } End {} } |