PSDaikin.psm1
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#Region '.\prefix.ps1' 0 # The content of this file will be prepended to the top of the psm1 module file. This is useful for custom module setup is needed on import. #EndRegion '.\prefix.ps1' 2 #Region '.\Private\Assert-FolderExist.ps1' 0 function Assert-FolderExist { <# .SYNOPSIS Verify and create folder .DESCRIPTION Verifies that a folder path exists, if not it will create it .PARAMETER Path Defines the path to be validated .EXAMPLE 'C:\Temp' | Assert-FolderExist This will verify that the path exists and if it does not the folder will be created #> [CmdletBinding()] param( [Parameter(Mandatory, ValueFromPipeline)] [string] $Path ) process { $exists = Test-Path -Path $Path -PathType Container if (!$exists) { $null = New-Item -Path $Path -ItemType Directory } } } #EndRegion '.\Private\Assert-FolderExist.ps1' 31 #Region '.\Private\Convert-DaikinResponse.ps1' 0 function Convert-DaikinResponse { <# .DESCRIPTION Converts string response to a ordered dictionary. By default property names are translated to a more readable alternative. .PARAMETER String Plain string response from the daikin device .PARAMETER Raw Defines that no attribute name mapping should be done .EXAMPLE Convert-DaikinResponse -String 'ret=OK,pow=1,mode=7' Name Value ---- ----- ret OK PowerOn True Mode AUTO .EXAMPLE Convert-DaikinResponse -String 'ret=OK,pow=1,mode=7' Name Value ---- ----- ret OK pow 1 mode 7 #> [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSReviewUnusedParameter', '', Justification = 'False positive, $raw not used but it is...')] [CmdletBinding()] # Enabled advanced function support param( [Parameter(Mandatory)]$String, [switch]$Raw ) BEGIN { $Translation = @{ 'id' = 'Identity' 'pow' = 'PowerOn' 'type' = 'DeviceType' 'reg' = 'Region' 'ver' = 'Version' 'rev' = 'Revision' 'err' = 'Error' 'pw' = 'Password' 'led' = 'LED_Enabled' 'grp_name' = 'GroupName' 'location' = 'Location' 'stemp' = 'TargetTemp' 'htemp' = 'InsideTemp' 'otemp' = 'OutsideTemp' 'hhum' = 'InsideHumidity' 'mode' = 'Mode' 'f_rate' = 'FanSpeed' 'f_dir' = 'FanDirection' 'shum' = 'TargetHumidity' 'dh1' = 'Mem_AUTO_TargetHumidity' 'dh2' = 'Mem_DEHUMDIFICATOR_TargetHumidity' 'dh3' = 'Mem_COLD_TargetHumidity' 'dh4' = 'Mem_HEAT_TargetHumidity' 'dh5' = 'Mem_FAN_TargetHumidity' 'dh7' = 'Mem_AUTO_TargetHumidity2' 'dt1' = 'Mem_AUTO_TargetTemp' 'dt2' = 'Mem_DEHUMDIFICATOR_TargetTemp' 'dt3' = 'Mem_COLD_TargetTemp' 'dt4' = 'Mem_HEAT_TargetTemp' 'dt5' = 'Mem_FAN_TargetTemp' 'dt7' = 'Mem_AUTO_TargetTemp2' } } PROCESS { $Hash = [ordered]@{} $String.Split(',') | ForEach-Object { $Property = $PSItem.Split('=')[0] $Value = $PSItem.Split('=')[1] if (-not $Raw) { # Translate keys if ($Translation.ContainsKey($Property)) { $Property = $Translation[$Property] } switch ($Property) { { @('PowerOn') -contains $PSItem } { $Value = [bool][int]$Value } 'Mode' { switch ($Value) { { 0, 1, 7 -contains $PSItem } { $Value = 'AUTO' } 2 { $Value = 'DRY' } 3 { $Value = 'COLD' } 4 { $Value = 'HEAT' } 6 { $Value = 'FAN' } } } 'FanSpeed' { switch ($Value) { 'A' { $Value = 'AUTO' } 'B' { $Value = 'SILENT' } '3' { $Value = 'Level_1' } '4' { $Value = 'Level_2' } '5' { $Value = 'Level_3' } '6' { $Value = 'Level_4' } '7' { $Value = 'Level_5' } } } 'FanDirection' { switch ($Value) { '0' { $Value = 'Stopped' } '1' { $Value = 'VerticalSwing' } '2' { $Value = 'HorizontalSwing' } '3' { $Value = 'BothSwing' } } } } } $Hash.$Property = $Value } $Hash } } #endregion #EndRegion '.\Private\Convert-DaikinResponse.ps1' 183 #Region '.\Private\Get-DaikinBasicInfo.ps1' 0 function Get-DaikinBasicInfo { <# .DESCRIPTION Retreives daikin basic info object .PARAMETER Hostname Defines the IP or hostname of the Daikin unit .EXAMPLE Get-DaikinBasicInfo -Hostname 192.168.1.1 Returns the basic info response from the device #> [CmdletBinding()] # Enabled advanced function support param( $Hostname ) PROCESS { try { $Result = Invoke-RestMethod -Uri ('http://{0}/common/basic_info' -f $Hostname) -Method GET -ErrorAction Stop } catch { throw 'Failed to invoke rest method' } try { $Result = Convert-DaikinResponse -String $Result -ErrorAction Stop } catch { throw 'Failed to convert daikin response' } return $Result } } #endregion #EndRegion '.\Private\Get-DaikinBasicInfo.ps1' 42 #Region '.\Private\Get-DaikinControlInfo.ps1' 0 function Get-DaikinControlInfo { <# .DESCRIPTION Retrevies daikin control info response and optionally converts it into a more readable format .PARAMETER Hostname Defines the hostname of the Daikin unit .PARAMETER Raw Defines that no attribute name mapping should be done .EXAMPLE Get-DaikinControlInfo -hostname daikin.network.com Returns the control info object converted to a readable format .EXAMPLE Get-DaikinControlInfo -hostname -daikin.network.com -raw Returns the control info object with as-is property names #> [CmdletBinding()] # Enabled advanced function support param( [Parameter(Mandatory)]$Hostname, [switch]$Raw ) PROCESS { try { $Result = Invoke-RestMethod -Uri ('http://{0}/aircon/get_control_info' -f $Hostname) -Method GET -ErrorAction Stop } catch { throw $_.exception.message } try { $Result = Convert-DaikinResponse -String $Result -Raw:$Raw -ErrorAction Stop } catch { throw $_.exception.message } return $Result } } #endregion #EndRegion '.\Private\Get-DaikinControlInfo.ps1' 47 #Region '.\Private\Get-DaikinModelInfo.ps1' 0 function Get-DaikinModelInfo { <# .DESCRIPTION Get Daikin model info from unit .PARAMETER Hostname Defines the hostname of the Daikin unit .PARAMETER Raw Defines that no attribute name mapping should be done .EXAMPLE Get-DaikinModelInfo Description of example #> [CmdletBinding()] # Enabled advanced function support param( $Hostname, $Raw ) PROCESS { try { $Result = Invoke-RestMethod -Uri ('http://{0}/aircon/get_model_info' -f $Hostname) -Method GET -ErrorAction Stop } catch { throw $_.exception.message } try { $Result = Convert-DaikinResponse -String $Result -Raw:$Raw -ErrorAction Stop } catch { throw $_.exception.message } return $Result } } #endregion #EndRegion '.\Private\Get-DaikinModelInfo.ps1' 43 #Region '.\Private\Get-DaikinPollingConfiguration.ps1' 0 function Get-DaikinPollingConfiguration { <# .DESCRIPTION Get Daikin polling configuration from unit .PARAMETER Hostname Defines the hostname of the Daikin unit .PARAMETER Raw Defines that no attribute name mapping should be done .EXAMPLE Get-DaikinPollingConfiguration Description of example #> [CmdletBinding()] # Enabled advanced function support param( $Hostname, $Raw ) PROCESS { try { $Result = Invoke-RestMethod -Uri ('http://{0}//common/get_remote_method' -f $Hostname) -Method GET -ErrorAction Stop } catch { throw $_.exception.message } try { $Result = Convert-DaikinResponse -String $Result -Raw:$Raw -ErrorAction Stop } catch { throw $_.exception.message } return $Result } } #endregion #EndRegion '.\Private\Get-DaikinPollingConfiguration.ps1' 43 #Region '.\Private\Get-DaikinSensorInfo.ps1' 0 function Get-DaikinSensorInfo { <# .DESCRIPTION Get Daikin sensor info from Daikin unit .PARAMETER Hostname Defines the hostname of the Daikin unit .PARAMETER Raw Defines that no attribute name mapping should be done .EXAMPLE Get-DaikinSensorInfo Description of example #> [CmdletBinding()] # Enabled advanced function support param( $Hostname, $Raw ) PROCESS { try { $Result = Invoke-RestMethod -Uri ('http://{0}/aircon/get_sensor_info' -f $Hostname) -Method GET -ErrorAction Stop } catch { throw $_.exception.message } try { $Result = Convert-DaikinResponse -String $Result -Raw:$Raw -ErrorAction Stop } catch { throw $_.exception.message } return $Result } } #endregion #EndRegion '.\Private\Get-DaikinSensorInfo.ps1' 44 #Region '.\Private\Get-DaikinWeekStats.ps1' 0 function Get-DaikinWeekStats { <# .DESCRIPTION Get Daikin Week statistics from Daikin unit .PARAMETER Hostname Defines the hostname of the Daikin unit .PARAMETER Raw Defines that no attribute name mapping should be done .EXAMPLE Get-DaikinWeekStats Description of example #> [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseSingularNouns', '', Justification = 'Stat is short to static which is missleading')] [CmdletBinding()] # Enabled advanced function support param( $Hostname, $Raw ) PROCESS { try { $Result = Invoke-RestMethod -Uri ('http://{0}/aircon/get_week_power' -f $Hostname) -Method GET -ErrorAction Stop } catch { throw $_.exception.message } try { $Result = Convert-DaikinResponse -String $Result -Raw:$Raw -ErrorAction Stop } catch { throw $_.exception.message } return $Result } } #endregion #EndRegion '.\Private\Get-DaikinWeekStats.ps1' 45 #Region '.\Private\Get-DaikinYearStats.ps1' 0 function Get-DaikinYearStats { <# .DESCRIPTION Get Daikin year statistics from Daikin unit .PARAMETER Hostname Defines the hostname of the Daikin unit .PARAMETER Raw Defines that no attribute name mapping should be done .EXAMPLE Get-DaikinYearStats Description of example #> [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseSingularNouns', '', Justification = 'Stat is short to static which is missleading')] [CmdletBinding()] # Enabled advanced function support param( $Hostname, $Raw ) PROCESS { try { $Result = Invoke-RestMethod -Uri ('http://{0}/aircon/get_year_power' -f $Hostname) -Method GET -ErrorAction Stop } catch { throw $_.exception.message } try { $Result = Convert-DaikinResponse -String $Result -Raw:$Raw -ErrorAction Stop } catch { throw $_.exception.message } return $Result } } #endregion #EndRegion '.\Private\Get-DaikinYearStats.ps1' 45 #Region '.\Private\Invoke-GarbageCollect.ps1' 0 function Invoke-GarbageCollect { <# .SYNOPSIS Calls system.gc collect method. Purpose is mainly for readability. .DESCRIPTION Calls system.gc collect method. Purpose is mainly for readability. .EXAMPLE Invoke-GarbageCollect #> [system.gc]::Collect() } #EndRegion '.\Private\Invoke-GarbageCollect.ps1' 13 #Region '.\Private\pslog.ps1' 0 function pslog { <# .SYNOPSIS This is simple logging function that automatically log to file. Logging to console is maintained. .DESCRIPTION This is simple logging function that automatically log to file. Logging to console is maintained. .PARAMETER Severity Defines the type of log, valid vales are, Success,Info,Warning,Error,Verbose,Debug .PARAMETER Message Defines the message for the log entry .PARAMETER Source Defines a source, this is useful to separate log entries in categories for different stages of a process or for each function, defaults to default .PARAMETER Throw Specifies that when using severity error pslog will throw. This is useful in catch statements so that the terminating error is propagated upwards in the stack. .PARAMETER LogDirectoryOverride Defines a hardcoded log directory to write the log file to. This defaults to %appdatalocal%\<modulename\logs. .PARAMETER DoNotLogToConsole Specifies that logs should only be written to the log file and not to the console. .EXAMPLE pslog Verbose 'Successfully wrote to logfile' Explanation of the function or its result. You can include multiple examples with additional .EXAMPLE lines #> [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSAvoidUsingWriteHost', '', Justification = 'Sole purpose of function is logging, including console')] [cmdletbinding()] param( [parameter(Position = 0)] [ValidateSet('Success', 'Info', 'Warning', 'Error', 'Verbose', 'Debug')] [Alias('Type')] [string] $Severity, [parameter(Mandatory, Position = 1)] [string] $Message, [parameter(position = 2)] [string] $source = 'default', [parameter(Position = 3)] [switch] $Throw, [parameter(Position = 4)] [string] $LogDirectoryOverride, [parameter(Position = 5)] [switch] $DoNotLogToConsole ) begin { if (-not $LogDirectoryOverride) { $localappdatapath = [Environment]::GetFolderPath('localapplicationdata') # ie C:\Users\<username>\AppData\Local $modulename = $MyInvocation.MyCommand.Module $logdir = "$localappdatapath\$modulename\logs" } else { $logdir = $LogDirectoryOverride } $logdir | Assert-FolderExist -Verbose:$VerbosePreference $timestamp = (Get-Date) $logfilename = ('{0}.log' -f $timestamp.ToString('yyy-MM-dd')) $timestampstring = $timestamp.ToString('yyyy-MM-ddThh:mm:ss.ffffzzz') } process { switch ($Severity) { 'Success' { "$timestampstring`t$psitem`t$source`t$message" | Add-Content -Path "$logdir\$logfilename" -Encoding utf8 -WhatIf:$false if (-not $DoNotLogToConsole) { Write-Host -Object "SUCCESS: $timestampstring`t$source`t$message" -ForegroundColor Green } } 'Info' { "$timestampstring`t$psitem`t$source`t$message" | Add-Content -Path "$logdir\$logfilename" -Encoding utf8 -WhatIf:$false if (-not $DoNotLogToConsole) { Write-Information -MessageData "$timestampstring`t$source`t$message" } } 'Warning' { "$timestampstring`t$psitem`t$source`t$message" | Add-Content -Path "$logdir\$logfilename" -Encoding utf8 -WhatIf:$false if (-not $DoNotLogToConsole) { Write-Warning -Message "$timestampstring`t$source`t$message" } } 'Error' { "$timestampstring`t$psitem`t$source`t$message" | Add-Content -Path "$logdir\$logfilename" -Encoding utf8 -WhatIf:$false if (-not $DoNotLogToConsole) { Write-Error -Message "$timestampstring`t$source`t$message" } if ($throw) { throw } } 'Verbose' { if ($VerbosePreference -ne 'SilentlyContinue') { "$timestampstring`t$psitem`t$source`t$message" | Add-Content -Path "$logdir\$logfilename" -Encoding utf8 -WhatIf:$false } if (-not $DoNotLogToConsole) { Write-Verbose -Message "$timestampstring`t$source`t$message" } } 'Debug' { if ($DebugPreference -ne 'SilentlyContinue') { "$timestampstring`t$psitem`t$source`t$message" | Add-Content -Path "$logdir\$logfilename" -Encoding utf8 -WhatIf:$false } if (-not $DoNotLogToConsole) { Write-Debug -Message "$timestampstring`t$source`t$message" } } } } } #EndRegion '.\Private\pslog.ps1' 137 #Region '.\Private\Resolve-DaikinHostname.ps1' 0 function Resolve-DaikinHostname { <# .DESCRIPTION Resolves the IP address if hostname is specified as FQDN/Hostname .PARAMETER Hostname IP or FQDN for Dakin unit .EXAMPLE Resolve-DaikinHostname -Hostname daikin.network.com Returns the IP address of the target device #> [CmdletBinding()] # Enabled advanced function support param( [Parameter(Mandatory)]$Hostname ) BEGIN { function internal_resolvednsname { param ( $hostname ) <# Test-Connection is disqualified because the returned property name for the IP address in Test-Connection are different depending on Powershell edition. Which meant that the function had to check for edition before retreiving the value. And in turn would never fulfill complete code coverage tests. Resolve-DNSName is disqualified because it is not available on Linux and MacOS. Resorted to .NET class System.Net.Dns and the method GetHostEntry which works on all editions and platforms. The operation is separated in a internal function to allow unit test mocks #> return [System.Net.Dns]::GetHostEntry($hostname).AddressList.Where( { $_.AddressFamily -eq 'InterNetwork' })[0].IPAddressToString } } PROCESS { $SavedProgressPreference = $global:progresspreference $Global:ProgressPreference = 'SilentlyContinue' try { if (Test-DaikinConnectivity -HostName:$Hostname) { if ($Hostname -match '(?:25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\.(?:25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\.(?:25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\.(?:25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)') { return $hostname } else { try { return (internal_resolvednsname -hostname $hostname) } catch { throw "Failed to resolve hostname $hostname to IP address with error: $PSItem" } } } else { throw 'Device does not respond' } } catch { throw "Failed to resolve IP address of hostname with error: $PSItem" } finally { $global:ProgressPreference = $SavedProgressPreference } } } #endregion #EndRegion '.\Private\Resolve-DaikinHostname.ps1' 82 #Region '.\Private\Test-DaikinConnectivity.ps1' 0 function Test-DaikinConnectivity { <# .DESCRIPTION Function tests connection to specified target .PARAMETER Hostname IP or FQDN for Daikin unit .EXAMPLE Test-DaikinConnectivity -Hostname daikin.network.com Returns true or false depending on if the device responds #> [CmdletBinding()] # Enabled advanced function support [OutputType([boolean])] param( [Parameter(Mandatory)]$Hostname ) PROCESS { $SavedProgressPreference = $global:ProgressPreference $global:ProgressPreference = 'SilentlyContinue' try { if (Test-Connection -ComputerName $Hostname -Quiet -WarningAction SilentlyContinue) { return $true } else { return $false } } catch { throw "Failed to check status of daikin device with error: $PSItem" } finally { $global:ProgressPreference = $SavedProgressPreference } } } #endregion #EndRegion '.\Private\Test-DaikinConnectivity.ps1' 46 #Region '.\Private\Write-PSProgress.ps1' 0 function Write-PSProgress { <# .SYNOPSIS Wrapper for PSProgress .DESCRIPTION This function will automatically calculate items/sec, eta, time remaining as well as set the update frequency in case the there are a lot of items processing fast. .PARAMETER Activity Defines the activity name for the progressbar .PARAMETER Id Defines a unique ID for this progressbar, this is used when nesting progressbars .PARAMETER Target Defines a arbitrary text for the currently processed item .PARAMETER ParentId Defines the ID of a parent progress bar .PARAMETER Completed Explicitly tells powershell to set the progress bar as completed removing it from view. In some cases the progress bar will linger if this is not done. .PARAMETER Counter The currently processed items counter .PARAMETER Total The total number of items to process .PARAMETER StartTime Sets the start datetime for the progressbar, this is required to calculate items/sec, eta and time remaining .PARAMETER DisableDynamicUpdateFrquency Disables the dynamic update frequency function and every item will update the status of the progressbar .PARAMETER NoTimeStats Disables calculation of items/sec, eta and time remaining .EXAMPLE 1..10000 | foreach-object -begin {$StartTime = Get-Date} -process { Write-PSProgress -Activity 'Looping' -Target $PSItem -Counter $PSItem -Total 10000 -StartTime $StartTime } Explanation of the function or its result. You can include multiple examples with additional .EXAMPLE lines #> [CmdletBinding()] param( [Parameter(Mandatory = $true, Position = 0, ParameterSetName = 'Standard')] [Parameter(Mandatory = $true, Position = 0, ParameterSetName = 'Completed')] [string] $Activity, [Parameter(Position = 1, ParameterSetName = 'Standard')] [Parameter(Position = 1, ParameterSetName = 'Completed')] [ValidateRange(0, 2147483647)] [int] $Id, [Parameter(Position = 2, ParameterSetName = 'Standard')] [string] $Target, [Parameter(Position = 3, ParameterSetName = 'Standard')] [Parameter(Position = 3, ParameterSetName = 'Completed')] [ValidateRange(-1, 2147483647)] [int] $ParentId, [Parameter(Position = 4, ParameterSetname = 'Completed')] [switch] $Completed, [Parameter(Mandatory = $true, Position = 5, ParameterSetName = 'Standard')] [long] $Counter, [Parameter(Mandatory = $true, Position = 6, ParameterSetName = 'Standard')] [long] $Total, [Parameter(Position = 7, ParameterSetName = 'Standard')] [datetime] $StartTime, [Parameter(Position = 8, ParameterSetName = 'Standard')] [switch] $DisableDynamicUpdateFrquency, [Parameter(Position = 9, ParameterSetName = 'Standard')] [switch] $NoTimeStats ) # Define current timestamp $TimeStamp = (Get-Date) # Define a dynamic variable name for the global starttime variable $StartTimeVariableName = ('ProgressStartTime_{0}' -f $Activity.Replace(' ', '')) # Manage global start time variable if ($PSBoundParameters.ContainsKey('Completed') -and (Get-Variable -Name $StartTimeVariableName -Scope Global -ErrorAction SilentlyContinue)) { # Remove the global starttime variable if the Completed switch parameter is users try { Remove-Variable -Name $StartTimeVariableName -ErrorAction Stop -Scope Global } catch { throw $_ } } elseif (-not (Get-Variable -Name $StartTimeVariableName -Scope Global -ErrorAction SilentlyContinue)) { # Global variable do not exist, create global variable if ($null -eq $StartTime) { # No start time defined with parameter, use current timestamp as starttime Set-Variable -Name $StartTimeVariableName -Value $TimeStamp -Scope Global $StartTime = $TimeStamp } else { # Start time defined with parameter, use that value as starttime Set-Variable -Name $StartTimeVariableName -Value $StartTime -Scope Global } } else { # Global start time variable is defined, collect and use it $StartTime = Get-Variable -Name $StartTimeVariableName -Scope Global -ErrorAction Stop -ValueOnly } # Define frequency threshold $Frequency = [Math]::Ceiling($Total / 100) switch ($PSCmdlet.ParameterSetName) { 'Standard' { # Only update progress is any of the following is true # - DynamicUpdateFrequency is disabled # - Counter matches a mod of defined frequecy # - Counter is 0 # - Counter is equal to Total (completed) if (($DisableDynamicUpdateFrquency) -or ($Counter % $Frequency -eq 0) -or ($Counter -eq 1) -or ($Counter -eq $Total)) { # Calculations for both timestats and without $Percent = [Math]::Round(($Counter / $Total * 100), 0) # Define count progress string status $CountProgress = ('{0}/{1}' -f $Counter, $Total) # If percent would turn out to be more than 100 due to incorrect total assignment revert back to 100% to avoid that write-progress throws if ($Percent -gt 100) { $Percent = 100 } # Define write-progress splat hash $WriteProgressSplat = @{ Activity = $Activity PercentComplete = $Percent CurrentOperation = $Target } # Add ID if specified if ($Id) { $WriteProgressSplat.Id = $Id } # Add ParentID if specified if ($ParentId) { $WriteProgressSplat.ParentId = $ParentId } # Calculations for either timestats and without if ($NoTimeStats) { $WriteProgressSplat.Status = ('{0} - {1}%' -f $CountProgress, $Percent) } else { # Total seconds elapsed since start $TotalSeconds = ($TimeStamp - $StartTime).TotalSeconds # Calculate items per sec processed (IpS) $ItemsPerSecond = ([Math]::Round(($Counter / $TotalSeconds), 2)) # Calculate seconds spent per processed item (for ETA) $SecondsPerItem = if ($Counter -eq 0) { 0 } else { ($TotalSeconds / $Counter) } # Calculate seconds remainging $SecondsRemaing = ($Total - $Counter) * $SecondsPerItem $WriteProgressSplat.SecondsRemaining = $SecondsRemaing # Calculate ETA $ETA = $(($Timestamp).AddSeconds($SecondsRemaing).ToShortTimeString()) # Add findings to write-progress splat hash $WriteProgressSplat.Status = ('{0} - {1}% - ETA: {2} - IpS {3}' -f $CountProgress, $Percent, $ETA, $ItemsPerSecond) } # Call writeprogress Write-Progress @WriteProgressSplat } } 'Completed' { Write-Progress -Activity $Activity -Id $Id -Completed } } } #EndRegion '.\Private\Write-PSProgress.ps1' 214 #Region '.\Public\Get-DaikinStatus.ps1' 0 function Get-DaikinStatus { <# .DESCRIPTION Retreives the current configuration of the Daikin AirCon device .PARAMETER Hostname Hostname or IP of the Daikin Aircon device. .EXAMPLE Get-DaikinStatus -Hostname daikin.local.network PowerOn : True Mode : HEAT TargetTemp : 22.0 ... #> [CmdletBinding()] # Enabled advanced function support param( $HostName ) BEGIN { $Hostname = Resolve-DaikinHostname -Hostname:$Hostname $ControlInfo = Get-DaikinControlInfo -Hostname:$HostName Write-Verbose -Message 'Collected ControlInfo via REST API' # $ModelInfo = Get-DaikinModelInfo -Hostname:$HostName # Write-Verbose -Message 'Collected ModelInfo via REST API' $BasicInfo = Get-DaikinBasicInfo -Hostname:$HostName Write-Verbose -Message 'Collected BasicInfo via REST API' $SensorInfo = Get-DaikinSensorInfo -HostName:$HostName Write-Verbose -Message 'Collected SensorInfo via REST API' } PROCESS { $ObjectHash = [ordered]@{ 'PowerOn' = $ControlInfo.PowerOn 'Mode' = $ControlInfo.Mode 'TargetTemp' = $ControlInfo.TargetTemp 'TargetHumidity' = $ControlInfo.TargetHumidity 'FanSpeed' = $ControlInfo.FanSpeed 'FanDirection' = $ControlInfo.FanDirection 'InsideTemp' = $SensorInfo.InsideTemp 'InsideHumidity' = $SensorInfo.InsideHumidity 'OutsideTemp' = $SensorInfo.OutsideTemp 'DeviceType' = $BasicInfo.DeviceType 'Region' = $BasicInfo.Region 'Version' = $BasicInfo.Version.Replace('_', '.') 'Revision' = $BasicInfo.Revision 'Port' = $BasicInfo.port 'Identity' = $BasicInfo.Identity 'MACAddress' = $BasicInfo.mac } return [pscustomobject]$ObjectHash } } #endregion #EndRegion '.\Public\Get-DaikinStatus.ps1' 59 #Region '.\Public\Set-DaikinAirCon.ps1' 0 function Set-DaikinAirCon { <# .DESCRIPTION Cmdlet allows to configure the aircon device to the desired setting. .PARAMETER Hostname Hostname or IP of the Daikin AirCon device. .PARAMETER PowerOn Set to $true or $false to specify if the master power should be on or off. This does not the affect the connectivity of the control surfice. .PARAMETER Temp Specified the target temperature in celcius. .PARAMETER Mode Specifies the operating mode of the aircon device. Allowed values are; AUTO : Switches between heat and cold depending on the current and target temperature. DRY : Sets the device lower the humidity of the air. COLD : Sets the device chill the air if needed. No heat will be provided. HEAT : Sets the device heat the air if needed. No chilling of air will be provided. FAN : Sets the device to only circulate air without affecting temperature or humidity. .PARAMETER FanSpeed Specifies the strenght of the fan. Allowed values are; AUTO : Sets the device to manage fan speed to keep the target climate. SILENT : Sets the fan speed to minimize noise. Level_1 -> Level_5 : Sets the fan speed to the target level. .PARAMETER FanDirection Specifies how the direction of airflow is controlled. Allowed values are Stopped, VerticalSwing, HorizontalSwing and BothSwing .EXAMPLE Set-DaikinAirCon -HostName daikin.local.network -PowerOn:$true -Temp 19 -Mode AUTO -FanSpeed AUTO -FanDirection Stopped This example configures the aircon device to the specified parameter values. #> [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSAvoidInvokingEmptyMembers', '', Justification = 'asd')] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '', Justification = 'Not relevant for this use case')] [CmdletBinding()] # Enabled advanced function support param( $HostName, [boolean]$PowerOn, [ValidateRange(10, 41)][int]$Temp, [ValidateSet('AUTO', 'DRY', 'COLD', 'HEAT', 'FAN')]$Mode, [ValidateSet('AUTO', 'SILENT', 'Level_1', 'Level_2', 'Level_3', 'Level_4', 'Level_5')]$FanSpeed, [ValidateSet('Stopped', 'VerticalSwing', 'HorizontalSwing', 'BothSwing')]$FanDirection ) BEGIN { $ModeTranslation = @{ 'AUTO' = '1' 'DRY' = '2' 'COLD' = '3' 'HEAT' = '4' 'FAN' = '6' } $FanSpeedTranslation = @{ 'AUTO' = 'A' 'SILENT' = 'B' 'Level_1' = 'lvl_1' 'Level_2' = 'lvl_2' 'Level_3' = 'lvl_3' 'Level_4' = 'lvl_4' 'Level_5' = 'lvl_5' } $FanDirectionTranslation = @{ 'Stopped' = '0' 'VerticalSwing' = '1' 'HorizontalSwing' = '2' 'BothSwing' = '3' } $CurrentSettings = Get-DaikinControlInfo -Hostname:$Hostname -Raw $NewSettings = [ordered]@{ 'pow' = $CurrentSettings.pow 'mode' = $CurrentSettings.mode 'stemp' = $CurrentSettings.stemp 'shum' = $CurrentSettings.shum 'f_rate' = $CurrentSettings.f_rate 'f_dir' = $CurrentSettings.f_dir } } PROCESS { foreach ($Key in $PSBoundParameters.Keys) { if ($Key -eq 'HostName') { continue } switch ($Key) { 'Temp' { $NewSettings.stemp = $PSBoundParameters.$Key } 'PowerOn' { $NewSettings.pow = $PSBoundParameters.$Key } 'Mode' { $NewSettings.mode = $ModeTranslation.($PSBoundParameters.$Key) } 'FanSpeed' { $NewSettings.f_rate = $FanSpeedTranslation.($PSBoundParameters.$Key) } 'FanDirection' { $NewSettings.f_dir = $FanDirectionTranslation.($PSBoundParameters.$Key) } } } if ($NewSettings.stemp -eq '--') { $NewSettings.stemp = $CurrentSettings.('dt{0}' -f $NewSettings.Mode) } if ($NewSettings.shum -eq '--') { $NewSettings.shum = $CurrentSettings.('dh{0}' -f $NewSettings.Mode) } } END { $String = @() foreach ($Key in $NewSettings.Keys) { $String += ('{0}={1}' -f $Key, $NewSettings.$Key) } $PropertyString = $String -join '&' $URI = ('http://{0}/aircon/set_control_info?{1}' -f $HostName, $PropertyString) $Result = Invoke-RestMethod -Uri $uri -Method post $Result = Convert-DaikinResponse -String $Result switch ($Result.ret) { 'OK' { [pscustomobject]@{ result = 'Success' } } default { Write-Error -Message ('Unknown message returned: {0}' -f $PSItem) -ErrorAction Stop } } } } #endregion #EndRegion '.\Public\Set-DaikinAirCon.ps1' 154 #Region '.\suffix.ps1' 0 # The content of this file will be appended to the top of the psm1 module file. This is useful for custom procesedures after all module functions are loaded. #EndRegion '.\suffix.ps1' 2 |