EnergyCap.PowerShell.ps1
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#Requires -version 7 $ErrorActionPreference = "Stop" function Get-ConversionFactor { param ( [Parameter(Mandatory)] [string]$ConversionBaseUrl, [Parameter(Mandatory)] [string]$ConversionQuery, [Parameter(Mandatory)] [string]$BaseCurrency, [Parameter(Mandatory)] [string]$TargetCurrency, [Parameter(Mandatory)] [DateTime]$Date ) $formattedDate = $Date.ToString("yyy-MM-dd") $ConversionQuery = $ConversionQuery -replace "DATE", $formattedDate $ConversionQuery = $ConversionQuery -replace "CUR_BASE", $BaseCurrency $url = $ConversionBaseUrl,$ConversionQuery -join "" $standardConversionFactor = Get-StandardCurrencyCode -CurrencyCode $TargetCurrency try{ $conversionFactors= Invoke-WebRequest -Uri $url -Method Get -ContentType 'application/json' | ConvertFrom-Json if($null -ne $conversionFactors.rates.$standardConversionFactor){ return $conversionFactors.rates.$standardConversionFactor } else { $message = "Error in GetFactor: Target Currency ($standardConversionFactor) Unrecognized" Throw $message } } catch{ throw "Error in GetFactor: Unsuccessful Conversion Factor Query (" + $url + ")" + [System.Environment]::NewLine + $_ } } function Get-StandardCurrencyCode { param ( [string]$CurrencyCode ) $result = $CurrencyCode.ToUpper() switch ($CurrencyCode) { "USDOLLARS" { $result ="USD" } "UKPOUND" { $result = "GBP"} "CANADIANDOLLARS" {$result = "CAD"} "EURO" {$result = "EUR"} "LRK" {$result = "LKR"} "CFA" {$result = "XAF"} # CFA stands fro XOF and XAF, which have the same exchange rate Default {} } return $result } # Variables that we may want to modify function Convert-EnergyCapBill{ [CmdletBinding()] param ( [Parameter(Mandatory, ParameterSetName="ApiKey")] [string]$EcapBaseUrl, [Parameter(Mandatory, ParameterSetName="ApiKey")] [string]$EcapApiKey, [Parameter(Mandatory, ParameterSetName="EcapSdk")] [EnergyCap.Sdk.EnergyCapApi]$EcapSdk, [Parameter(Mandatory)] [int]$BillId, [double]$ConversionThreshold = .5, [int]$CurrencyConversionFactorObservationTypeId = 1027, [int]$InfoNativeCostObservationTypeId = 1029, [switch]$ReturnObj ) if(!$env:ConversionFactorEnvironment){ throw "Argument Exception: Environmental variable ConversionFactorEnvironment is not set" } if(!$env:ConversionFactorHistoricalQuery){ throw "Argument Exception: Environmental variable ConversionFactorHistoricalQuery is not set." } Set-Variable -Name CURRENCYCONVERSIONFACTOR_OBSERVATIONTYPEID -Option ReadOnly -Value $CurrencyConversionFactorObservationTypeId Set-Variable -Name INFONATIVECOST_OBSERVATIONTYPEID -Option ReadOnly -Value $InfoNativeCostObservationTypeId Set-Variable -Name USDOLLARS_UNITID -Option ReadOnly -Value 58 Set-Variable -Name TOTALPAYAMOUNT_OBSERVATIONTYPEID -Option ReadOnly -Value 1025 $totalPayAmount = $null if(!$EcapSdk){ $EcapSdk = Get-EnergyCapSDK -EcapApiKey $EcapApiKey -BaseUrl $EcapBaseUrl } $conversionStatus = "$BillId : Bill not converted." try{ # You cannot have a bill without bodylines, so we assume that there is always at least one $bodyLineObj = $ecapSdk.GetBillBodylinesWithHttpMessagesAsync($BillId).GetAwaiter().GetResult().Body # Look for the currency conversion body line -- if it exists, it's safe to bail $currencyConversionBodyLine = $bodyLineObj.ObservationType | Where-Object { $_.ObservationTypeId -eq $CURRENCYCONVERSIONFACTOR_OBSERVATIONTYPEID } if($null -ne $currencyConversionBodyLine){ $conversionStatus = "$BillId : Bill already converted." return $conversionStatus } # Are there any lines that are not in USD? $bodyLineObj cannot be null, because a bill cannot exist without any body lines $foreignCurrencyCodes = $bodyLineObj.CostUnit | Select-Object 'UnitId','UnitCode' -Unique | Where-Object {$_.UnitCode -ne "USDOLLARS"} # There are no non-USD lines if($null -eq $foreignCurrencyCodes){ $conversionStatus += " Bill in USD" return $conversionStatus } # Gets the Bill part of a bill and converts the Bill Response to a Bill Edit. $billEditObj = Get-EnergyCapBillEditObj -EcapSdk $EcapSdk -BillId $BillId # We are passing in a semi-populated BillEditObj and an array of BodyLine Response Objects -- no APIs being made in this call Get-EnergyCapBodylines -BillEditObj $billEditObj -ecapSdk $EcapSdk -bodyLineObj $bodyLineObj $conversionDate = Get-ConversionDate -Bill $billEditObj $currencyLookupHash = @{} # Unlikely, but there may be mixed currency bills ForEach($foreignCurrency in $foreignCurrencyCodes){ # This could throw exceptions $conversionFactor = Get-ConversionFactor -Date $conversionDate -ConversionBaseUrl $env:ConversionFactorEnvironment -ConversionQuery $env:ConversionFactorHistoricalQuery -BaseCurrency "USD" -TargetCurrency $foreignCurrency.UnitCode Add-Member -InputObject $foreignCurrency -Type NoteProperty -Name "ConversionFactor" -Value $conversionFactor $currencyLookupHash.Add($foreignCurrency.UnitId, $foreignCurrency) } # Do the conversion foreach($meter in $billEditObj.Meters){ $foreignCurrencyBodyLines = New-Object System.Collections.Generic.List[EnergyCap.Sdk.Models.BillMeterBodyLineEdit] foreach ($line in $meter.BodyLines) { if($line.CostUnitId -and $line.CostUnitId -ne $USDOLLARS_UNITID){ $bodylineCostCopy = [EnergyCap.Sdk.Models.BillMeterBodyLineEdit]::new() Copy-EnergyCapPropertiesFromObj1ToObj2 -Obj1 $line -Obj2 $bodylineCostCopy $bodylineCostCopy.ObservationTypeId = $INFONATIVECOST_OBSERVATIONTYPEID $bodylineCostCopy.BodyLineId = $null $bodylineCostCopy.Value = $null $bodylineCostCopy.ValueUnitId = $null $line.CostUnitId = $USDOLLARS_UNITID $conversionFactor = $currencyLookupHash[$bodylineCostCopy.CostUnitId].ConversionFactor $line.Cost = [Math]::Round($bodylineCostCopy.Cost / [Math]::Round($conversionFactor,6),6) $foreignCurrencyBodyLines.Add($bodylineCostCopy) } } # Handle foreign currency lines with a null cost $foreignCurrencyBodyLines | Where-Object {$null -eq $_.Cost} | ForEach-Object {$_.Cost = 0} $foreignCurrencyBodyLines | ForEach-Object { $meter.BodyLines.Add($_)} } # Convert Account Body Lines $foreignCurrencyBodyLines = New-Object 'System.Collections.Generic.List[EnergyCap.Sdk.Models.BillAccountBodyLineEdit]' foreach ($line in $billEditObj.AccountBodyLines) { if($line.CostUnitId -ne $USDOLLARS_UNITID){ $bodylineCostCopy = [EnergyCap.Sdk.Models.BillAccountBodyLineEdit]::new() Copy-EnergyCapPropertiesFromObj1ToObj2 -Obj1 $line -Obj2 $bodylineCostCopy $bodylineCostCopy.ObservationTypeId = $INFONATIVECOST_OBSERVATIONTYPEID $bodylineCostCopy.BodyLineId = $null $line.CostUnitId = $USDOLLARS_UNITID $conversionFactor = $currencyLookupHash[$bodylineCostCopy.CostUnitId].ConversionFactor $line.Cost = [Math]::Round($bodylineCostCopy.Cost / [Math]::Round($conversionFactor,6),6) if($line.ObservationTypeId -eq $TOTALPAYAMOUNT_OBSERVATIONTYPEID){ $totalPayAmount = $line.Cost } $foreignCurrencyBodyLines.Add($bodylineCostCopy) } } $foreignCurrencyBodyLines | Foreach-Object { $billEditObj.AccountBodyLines.Add($_)} # Add the conversion factor body line(s) foreach($currency in $foreignCurrencyCodes){ New-CurrencyConversionBodyLine -ConversionFactor $($currency.ConversionFactor.ToString()) -EcapSDK $EcapSdk -BillEditObj $billEditObj -FromCurrency $currency.UnitCode -CurrencyConversionFactorObservationTypeId $CURRENCYCONVERSIONFACTOR_OBSERVATIONTYPEID -Date $conversionDate } $result = $EcapSdk.EditBillWithHttpMessagesAsync($BillId,$billEditObj).GetAwaiter().GetResult().Body if($totalPayAmount){ $calculatedBill = $EcapSdk.GetBillWithHttpMessagesAsync($BillId).GetAwaiter().GetResult().Body $calculatedTotalCost = $calculatedBill.TotalCost $variance = [Math]::Round([Math]::Abs($calculatedTotalCost - $totalPayAmount),2) # If the EnergyCAP calculated value is different than the total pay amount AND within a certain variance ConversionThreshold, we quietly update it -- per client request if($variance -ne 0 -and ($variance -lt $ConversionThreshold -and $variance -ge .01)){ $billEditObj.AccountBodyLines | Where-Object {$_.ObservationTypeId -eq $TOTALPAYAMOUNT_OBSERVATIONTYPEID} | ForEach-Object {$_.Cost = $calculatedTotalCost} $EcapSdk.EditBillWithHttpMessagesAsync($BillId,$billEditObj).GetAwaiter().GetResult().Body|Out-Null } } # This allows us to capture any updates to the total cost if($ReturnObj){ $conversionStatus = $billEditObj } else{ $conversionStatus = ConvertTo-Json $billEditObj -Depth 10 } } catch{ $errorMessage = Get-EnergyCapException($_) $result = Handle-Exception -ConversionStatus $conversionStatus -ErrorMessage $errorMessage if($result.ThrowException) {throw $result.Message} else { return $result.Message} } return $conversionStatus } <# .SYNOPSIS Returns date for which we're pulling the currency conversion factor. In order of preference: Statment Date, EndDate, BeginDate, Today if all other dates are in the future Due date is not considered. .DESCRIPTION Long description .PARAMETER Bill Bill Edit object .EXAMPLE An example .NOTES General notes #> function Get-ConversionDate{ param([EnergyCap.Sdk.Models.BillEdit]$Bill) $today = Get-Date if($Bill.StatementDate -and $Bill.StatementDate -lt $today){ return $Bill.StatementDate } if($Bill.EndDate -and $Bill.EndDate -lt $today){ return $Bill.EndDate } if($Bill.BeginDate -and $Bill.BeginDate -lt $today){ return $Bill.BeginDate } return $today } function New-CurrencyConversionBodyLine{ param( [EnergyCap.Sdk.EnergyCapApi]$EcapSDK, [EnergyCap.Sdk.Models.BillEdit]$BillEditObj, [string] $FromCurrency, [string]$ToCurrency = "USD", [string]$ConversionFactor, [int]$CurrencyConversionFactorObservationTypeId, [DateTime]$Date, $ValueUnitId = 12 ) $cleanedFromCurrency = Get-StandardCurrencyCode -CurrencyCode $FromCurrency $cleanedToCurrency = Get-StandardCurrencyCode -CurrencyCode $ToCurrency $formattedDate = $Date.ToString("MM/dd/yyy") $accountId = $BillEditObj.AccountId $filter = "accountId equals '" + $accountId + "'"; if($BillEditObj.Meters.Count -eq 0){ $BillEditObj.Meters = New-Object 'System.Collections.Generic.List[EnergyCap.Sdk.Models.BillMeterEdit]' $meters = $EcapSDK.GetMetersWithHttpMessagesAsync($filter).GetAwaiter().GetResult().Body $meterInfo = [EnergyCap.Sdk.Models.BillMeterEdit]::new() $meterInfo.MeterId = $meters[0].MeterId $meterInfo.BodyLines = New-Object System.Collections.Generic.List[EnergyCap.Sdk.Models.BillMeterBodyLineEdit] $BillEditObj.Meters.Add($meterInfo) } $bodyLine = [EnergyCap.Sdk.Models.BillMeterBodyLineEdit]::new() $bodyLine.ValueUnitId = $ValueUnitId $bodyLine.ObservationTypeId = $CurrencyConversionFactorObservationTypeId $bodyLine.Value = $ConversionFactor $bodyLine.Caption = "From $($cleanedFromCurrency) to $($cleanedToCurrency) ($($formattedDate))" $BillEditObj.Meters[0].BodyLines.Insert(0,$bodyLine) } function Handle-Exception { param ( [string]$ConversionStatus, [string]$ErrorMessage ) $result = @{ ThrowException = $true; Message = "" } # If bodylines can't be grabbed, it's very likely the bill no longer exists. This is not an error if($errorMessage -match "Status Code: NotFound"){ $ConversionStatus = "WARNING: " + $ConversionStatus + [System.Environment]::NewLine + "API Result: " + $ErrorMessage $result.ThrowException = $False } else{ $ConversionStatus += [System.Environment]::NewLine + " Error during conversion process: " + $ErrorMessage } $result.Message = $ConversionStatus return $result } <# .SYNOPSIS Creates a copy of an EnergyCapBill in BillEdit form. .DESCRIPTION Long description .PARAMETER ApiKey EnergyCap ApiKey .PARAMETER EcapBaseUrl Base url. e.g. "https://app.energycap.com" .PARAMETER BillId Single id, not an array .PARAMETER MaxRetry Defaulted to 2 .EXAMPLE An example .NOTES General notes #> function Copy-DefaultEnergyCapBill{ param( [Parameter(Mandatory,ParameterSetName = "ApiKey")] [string]$EcapBaseUrl, [Parameter(Mandatory, ParameterSetName = "ApiKey")] [string]$EcapApiKey, [Parameter(Mandatory, ParameterSetName = "EcapSDK")] [EnergyCap.Sdk.EnergyCapApi]$EcapSdk , [Parameter(Mandatory)] [int]$BillId , [switch]$ReturnObj, [int]$MaxRetry = 2 ) $ErrorActionPreference = "Stop" if(!$EcapSdk){ $EcapSdk = Get-EnergyCapSDK -BaseUrl $EcapBaseUrl -EcapApiKey $EcapApiKey } try{ $billEditObj = Get-EnergyCapBillEditObj -EcapSdk $EcapSdk -BillId $BillId Get-EnergyCapBodylines -BillId $BillId -ecapSdk $EcapSdk -BillEditObj $billEditObj -ErrorAction Stop } catch{ # See previous note about having to rethrow exceptions throw Get-EnergyCapException($_) } # If we don't want to return it as an object, we return JSON if($ReturnObj){ return $billEditObj } else{ return ConvertTo-Json $billEditObj -Depth 10 } } New-Alias "Copy-EnergyCapBill" -Value "Copy-DefaultEnergyCapBill" <# .SYNOPSIS Copies properties from object 1 into object 2 where the property name exists in both objects. .DESCRIPTION Long description .PARAMETER Obj1 Object that we copy property values from .PARAMETER Obj2 Object that we copy property values to .EXAMPLE Copy-EnergyCapPropertiesFromObj1ToObj2 -Obj1 $billResponseObj -Obj2 $billEditObj .NOTES General notes #> function Copy-EnergyCapPropertiesFromObj1ToObj2{ param( [Object]$Obj1, [Object]$Obj2 ) $ErrorActionPreference='Stop' try{ $obj1Properties = $(Get-Member -InputObject $Obj1 -MemberType Properties).Name $obj2Properties = $(Get-Member -InputObject $Obj2 -MemberType Properties).Name } catch{ throw "Copy-EnergyCapPropertiesFromObj1ToObj2: Both Object1 and Object2 must not be null." } # Copy over stuff from the bill foreach ($property in $obj1Properties) { if($property -in $obj2Properties){ $Obj2.$property = $Obj1.$property } } } <# .SYNOPSIS The purpose of this tiny function is to avoid using ".GetAwaiter().GetResult()" to get return values from EnergyCAP SDK methods. .EXAMPLE PS />$sdk.GetSystemSettingsWithHttpMessagesAsync()|Get-AsyncResult #> function Get-AsyncResult{ [CmdletBinding()] Param( [Parameter(ValueFromPipeline)] $asyncSdkTask ) return $asyncSdkTask.GetAwaiter().GetResult() } <# .SYNOPSIS Takes in a Bill Edit object and populates to the bodyline fields. Optionally takes in a BodyLineResponse object and populates the body line fields without re-invoking the get BodyLine API .DESCRIPTION Long description .PARAMETER BillId Parameter description .PARAMETER EcapBaseUrl Parameter description .PARAMETER ApiKey Parameter description .PARAMETER EcapSdk Parameter description .PARAMETER BillEditObj Parameter description .PARAMETER BodyLineObj Parameter description Optional. .EXAMPLE An example .NOTES General notes #> function Get-EnergyCapBodylines{ param( [int]$BillId, [Parameter(Mandatory, ParameterSetName="ApiKey")] [string]$EcapBaseUrl, [Parameter(Mandatory, ParameterSetName="ApiKey")] [string]$EcapApiKey , [Parameter(Mandatory, ParameterSetName="EcapSdk")] [EnergyCap.Sdk.EnergyCapApi]$EcapSdk, [EnergyCap.Sdk.Models.BillEdit]$BillEditObj, [EnergyCap.Sdk.Models.BodylineResponse[]]$BodyLineObj = $null ) if(!$EcapSdk){ $EcapSdk = Get-EnergyCapSDK -EcapApiKey $EcapApiKey -BaseUrl $EcapBaseUrl } # if there is an issue, this will throw an exception and bubble up if(!$bodyLineObj){ $bodyLineObj = $ecapSdk.GetBillBodylinesWithHttpMessagesAsync($BillId).GetAwaiter().GetResult().Body } $meterDict = @{} foreach ($line in $bodyLineObj) { # account body line if($null -eq $line.meter){ $accountBodyline = [EnergyCap.Sdk.Models.BillAccountBodyLineEdit]::new() $accountBodyline.BodyLineId = $line.BodyLineId $accountBodyline.ObservationTypeId = $line.observationType.ObservationTypeId $accountBodyline.CostUnitId = $line.CostUnit.UnitId $accountBodyline.Cost = $line.cost $accountBodyline.Caption = $line.caption $BillEditObj.AccountBodyLines.Add($accountBodyline) } else{ $meterId = $line.meter.meterId if($meterId -notin $meterDict.Keys){ $billMeterEdit = [EnergyCap.Sdk.Models.BillMeterEdit]::new() $billMeterEdit.MeterId = $meterId $billMeterEdit.BodyLines = [System.Collections.Generic.List[EnergyCap.Sdk.Models.BillMeterBodyLineEdit]]::new() $meterDict.Add($meterId, $billMeterEdit) } $meterBodyLine = [EnergyCap.Sdk.Models.BillMeterBodyLineEdit]::new() $meterBodyLine.BodyLineId = $line.BodyLineId $meterBodyLine.ObservationTypeId = $line.observationType.observationTypeId $meterBodyLine.ValueUnitId = $line.unit ? $line.unit.unitId : $null $meterBodyLine.Value = $line.Value $meterBodyLine.CostUnitId = $null -eq $line.costUnit ? $null : $line.costUnit.unitId $meterBodyLine.Cost = $line.Cost # If the CostUnitID is set, then cost cannot be null if($null -ne $meterBodyLine.CostUnitId -and $null -eq $meterBodyLine.Cost){ $meterBodyLine.Cost = 0 } $meterBodyLine.Caption = $line.Caption $meterDict[$meterId].BodyLines.Add($meterBodyLine) } } if($meterDict.Values.Count -gt 0){ $BillEditObj.Meters = [System.Collections.Generic.List[EnergyCap.Sdk.Models.BillMeterEdit]]$($meterDict.Values) } } function Get-EnergyCapEmailConnectionInfo{ if($CustomScriptContext.EmailConnectionInfo) { return $CustomScriptContext.EmailConnectionInfo; } elseif( $env:EmailConnectionString){ $emailConnectionInfo = @{} $array = $Env:EmailConnectionString -split ";" $array | ForEach-Object{ $kvp = $_ -split "=" $emailConnectionInfo.Add($kvp[0], $kvp[1]) } return $emailConnectionInfo } else{ throw "Argument exception: EmailConnectionString has not been set" } } New-Alias -Name 'Get-EmailConnectionInfo' -Value 'Get-EnergyCapEmailConnectionInfo' function Get-EnergyCapException{ param($EnergyCapException) if($null -ne $EnergyCapException.Exception.InnerException){ if($null -ne $EnergyCapException.Exception.InnerException.Response){ $errorCode = "Status Code: " + $EnergyCapException.Exception.InnerException.Response.StatusCode + " ("+$EnergyCapException.Exception.InnerException.Response.StatusCode.value__ + ")" $responseObj = $EnergyCapException.Exception.InnerException.Response.Content | ConvertFrom-Json -Depth 10 $result = $errorCode + [System.Environment]::NewLine + $($responseObj.Status.Message) return $result } else{ return $EnergyCapException.Exception.InnerException.Message } } else{ return $EnergyCapException.Exception.Message } } function Get-EnergyCapSDK{ param( [string]$EcapApiKey, [string]$BaseUrl) try{ $settings = New-Object EnergyCap.Sdk.Extensions.EnergyCapClientSettingsApiKeyAuth $settings.ApiKey = $EcapApiKey $settings.EnvironmentUrl = $BaseUrl $settings.UserAgentSuffix = "EnergyCapPowerShell" $settings.TimeoutSeconds = 7200 <# 2 hours #> $ecapSdk = [EnergyCap.Sdk.Extensions.EnergyCapApiClientFactory]::CreateClientAsync($settings).GetAwaiter().GetResult() $ignoreMe = $ecapSdk.MeMethodWithHttpMessagesAsync().GetAwaiter().GetResult().Body $ecapSdk.DeserializationSettings.NullValueHandling = [Newtonsoft.Json.NullValueHandling]::Include $ecapSdk.SerializationSettings.NullValueHandling = [Newtonsoft.Json.NullValueHandling]::Include; return $ecapSdk } catch{ throw Get-EnergyCapException($_) } } <# .SYNOPSIS Takes in a bill id, gets a Bill Response object and returns a populated Bill Edit object. .DESCRIPTION Long description .PARAMETER EcapSdk Required. .PARAMETER BillId Required .EXAMPLE An example .NOTES General notes #> function Get-EnergyCapBillEditObj { param ( [Parameter(Mandatory)] [EnergyCap.Sdk.EnergyCapApi]$EcapSdk, [Parameter(Mandatory)] [int]$BillId ) $ErrorActionPreference = 'Stop' # Will let the exception bubble up $billResponseObj = $EcapSdk.GetBillWithHttpMessagesAsync($BillId).GetAwaiter().GetResult().Body $billEditObj = [EnergyCap.Sdk.Models.BillEdit]::new() $billEditObj.AccountBodyLines = [System.Collections.Generic.List[EnergyCap.Sdk.Models.BillAccountBodyLineEdit]]::new() Copy-EnergyCapPropertiesFromObj1ToObj2 -Obj1 $billResponseObj -Obj2 $billEditObj | Out-Null $billEditObj.Note = $billResponseObj.BillNote $billEditObj.AccountId = $billResponseObj.Account.AccountId return $billEditObj } function Initialize-EnergyCapPowerShell{ param([Parameter(Mandatory)]$EnergyCapSdkDllPath) try{ Add-Type -Path "$EnergyCapSdkDllPath" -ErrorAction Stop } catch{ Write-Host "Unable to load EnergyCap.Sdk.dll. Please check path and try again." } } class NotificationButton{ [string]$Url; [String]$Label; [bool]$OpenInNewWindow } <# .SYNOPSIS Sends an in-app notification to a specified EnergyCAP user group or set of individual users .DESCRIPTION Sends an in-app notification to a specified EnergyCAP user group or set of individual users .PARAMETER BaseUrl Mandatory e.g. "https://develop.energycap.com/" .PARAMETER UserGroupIds Mandatory if UserIds is not set. An array of EnergyCAP user group ids. .PARAMETER UserIds Mandatory if UserGroupIds is not set. An array of EnergyCap user ids .PARAMETER EcapApiKey Mandatory EnergyCAP Api Key .Parameter Notification Type SystemMessages = 1, BillImportAutomation = 2, BillExportAutomation = 3, IntervalDataAutomation = 4, UserGroupMessages = 5, UpdatesAndNewFeatures = 6, HelpArticlesTipsAndSuggestions = 7, CustomerServiceMessages = 8 .PARAMETER Subject Mandatory Subject line of notification message .PARAMETER Message Mandatory Body of notification message .PARAMETER ReplyTo Optional Default is set to no-reply-eventrouter@energycap.com .PARAMETER PrimaryAction Optional - of class NotificationButton This module contains the custom class NotificationButton, which is defined below. All properties must be set in order to be considered valid. class NotificationButton{ [string]$Url; [String]$Label; [bool]$OpenInNewWindow } .PARAMETER SecondaryAction Optional - of class NotificationButton See PrimaryAction parameter for additional details. .PARAMETER LogFilePath Optional Full Path to log file .EXAMPLE Send-EnergyCapNotification -BaseUrl "https://develop.energycap.com/" -UserIds @(1202) -EcapApiKey "123ABC" -Subject "Pony" -Message "Pony" -LogFilePath "C:\temp\test.txt" -Verbose .NOTES General notes #> function Send-EnergyCapNotification{ param( [string] $EcapApikey, [string] $BaseUrl, [EnergyCap.Sdk.EnergyCapApi]$EcapSdk, [Parameter(Mandatory, ParameterSetName='Group1')] [array]$UserGroupIds, [Parameter(ParameterSetName='Group1')] [Parameter(Mandatory,ParameterSetName='Group2')] [array]$UserIds, [Parameter(Mandatory,ParameterSetName='Group3')] [boolean]$SendToAllUsers, [int]$NotificationType = 5, # [Parameter(Mandatory)] [string]$Subject, [Parameter(Mandatory)] [string]$Message, [string]$ReplyTo = "no-reply@energycap.com", [NotificationButton]$PrimaryAction = $null, [NotificationButton]$SecondaryAction = $null, [string]$LogFilePath = "", [switch]$isVerbose ) $ApiStem = "api/v202108/notification/type" if(!$BaseUrl){ if($EcapSdk){ $BaseUrl = $EcapSdk.BaseUri } else{ throw [System.ArgumentException] "Either baseUrl or EcapSdk needs to be defined." } } $index = $BaseUrl.LastIndexOfAny("/") if($index -eq $BaseUrl.Length - 1){ # lops off final / $BaseUrl = $BaseUrl.Substring(0,$index) } $notificationUrl = "$BaseUrl/$apiStem/$notificationType" # If a button is not null, it must have Label and Url properties defined if( !($(Validate-NotificationButton -button $PrimaryAction) -and $(Validate-NotificationButton -button $SecondaryAction))){ Write-EnergyCapLog -FilePath $LogFilePath -Data "Invalid PrimaryAction or SecondaryAction Notification buttons. Label and Url properties must be defined." throw [System.ArgumentException]"PrimaryAction or SecondaryAction, if defined, must have Label and Url properties defined" } Write-EnergyCapLog -FilePath $LogFilePath -Data "Primary Action and Secondary Actions buttons are valid." -isVerbose $isVerbose if(!$EcapApiKey){ if($EcapSdk){ $EcapApiKey= $EcapSdk.HttpClient.DefaultRequestHeaders.GetValues("Eci-ApiKey")[0] } else{ throw [System.ArgumentException]"Apikey or EcapSdk must be defined" } } $header = @{"Eci-ApiKey" = $EcapApiKey} $notificationSendRequestDTO = @{ UserIds = $UserIds; UserGroupIds = $userGroupIds; SendToAllUsers = $SendToAllUsers ? $SendToAllUsers : $false; Subject = $subject; Message = $message; ReplyTo = $ReplyTo; PrimaryAction = $PrimaryAction ? $PrimaryAction : $null SecondaryAction = $SecondaryAction ? $SecondaryAction : $null } | ConvertTo-Json try{ $result = Invoke-WebRequest -Method Post -Uri $notificationUrl -ContentType "application/json" -Body $notificationSendRequestDTO -Headers $header | ConvertFrom-Json Write-EnergyCapLog -FilePath $logfilePath -Data "Notification successfully sent to EnerygCAP." -isVerbose $isVerbose Write-EnergyCapLog -FilePath $logfilePath -Data $result -isVerbose $isVerbose } catch{ $errorDto = @{ StatusCode = $_.Exception.Message; EnergyCAPMessage = $_.ErrorDetails.Message } | ConvertTo-Json Write-EnergyCapLog -FilePath $logfilePath -Data $errorDto -isVerbose $isVerbose throw } } <# .SYNOPSIS Returns a boolean indicating whether the NotificationButton class is fully populated .DESCRIPTION Returns a boolean indicating whether the NotificationButton class is fully populated. Null values for the parameter button will also return true. This function is used by the Send-EnergyCapNotification function. .PARAMETER button Of the NotificationButton class, may be null .EXAMPLE Validate-NotificationButton -button $PrimaryAction #> function Validate-NotificationButton(){ param([NotificationButton]$button) if($null -eq $button){ return $true } $properties = Get-Member -InputObject $button -MemberType Properties $populatedProperties = $properties.Name | ForEach-Object { $button.$_ } | Where-Object { $_ -ne $null} return $populatedProperties.count -eq $properties.count } <# .SYNOPSIS Logs to data file, if path defined, and to stdout, if isVerbose is set to true .DESCRIPTION Logs to data file, if path defined, and to stdout, if isVerbose is set to true .PARAMETER FilePath Fully-qualified path to log file .PARAMETER Data Data to be logged .PARAMETER isVerbose Bool - controls whether or not contents of data variable is written to stdout .EXAMPLE Write-EnergyCapLog -FilePath "C:\temp\logfile.log" -Data "Here's some data" -isVerbose $true .NOTES General notes #> function Write-EnergyCapLog{ param( [string]$FilePath = "", $Data = "", [bool]$isVerbose = $false ) # If the file path is defined, log it to the log file if($FilePath -ne ""){ $dir = Split-Path -Path $FilePath -Parent if(!(Test-Path $dir -PathType Container)){ New-Item -ItemType directory -Path $dirPath|Out-Null } $time=Get-Date -format "dd-MMM-yyyy HH:mm:ss" $nowobj = New-Object System.Text.StringBuilder [void]$nowobj.Append($time + " " + $data) Add-Content $FilePath $nowobj.ToString() } # If we're verbose, log to stdout if($isVerbose){ write-information $Data -InformationAction continue } } |