Public/Get-PatientMeasurementRequirements.ps1
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<# .SYNOPSIS Gets the measurement requirements from the eCC salesforce org for patients. .DESCRIPTION Measurement requirements are determine by examining the planned entries on a patient calendar and the current devices assign. Any measurements required that do not have devices that support those measurement types are the needs. .INPUTS None. You cannot pipe objects to Get-ObservationsForPatient. .OUTPUTS An array of PSCustomObject that contain the following members: - Patient - the patient object - has - array of measurement id that the patient has - needs - array of measurement ids that the patient needs - preferences - the array of all the preferences .PARAMETER Patients The patients to retrieve needs. See Get-Patients. .PARAMETER Def The metric metadata definitions from Get-MetricDefinitions. If not supplied then it will be called. .EXAMPLE PS> $requirements = Get-PatientMeasurementRequirements -Patients (Get-Patients -SelectCdrIds @("195a2e2a-0d78-4558-935d-1a1c793d8626")) .LINK Set-Config .NOTES Assumes config is initialized for org access. #> function Get-PatientMeasurementRequirements { [CmdletBinding()] [OutputType([PSCustomObject[]])] param( [Parameter(Mandatory = $true, Position = 0, ValueFromPipeline)] [ValidateNotNull()] [PScustomObject[]] $Patients, [Parameter(Mandatory = $false, Position = 1, ValueFromPipeline)] [PSCustomObject] $Def ) begin { Write-Verbose "[$($MyInvocation.MyCommand.Name)] Function started" } end { Write-Verbose "[$($MyInvocation.MyCommand.Name)] Complete" } process { Write-Debug "[$($MyInvocation.MyCommand.Name)] PSBoundParameters: $($PSBoundParameters | Out-String)" if (-not $PSBoundParameters.ContainsKey('Def')) { $Def = Get-MetricDefinitions } # For performance reasons these query retrieve for all patient and not per patient $Devices = Get-SfDevices $PlannedEntries = Get-SfPlannedEntries $Preferences = Get-SfPatientPreferences $DevicesWithoutReplaceDate = $Devices | Where-Object { -not $_.phecc__Replace_Request_Date__c } $DevicesWithReplaceDate = $Devices | Where-Object { $_.phecc__Replace_Request_Date__c } foreach ($Patient in $Patients) { $has = @() $DevicesWithoutReplaceDate | Where-Object { $Patient.sfPatient.Id -eq $_.phecc__Patient__c } | ForEach-Object { $model = $_.phecc__Device_Model__c $has += $Def.capabilities | Where-Object { $_.phecc__Device_Model__c -eq $model } | Select-Object phecc__Measurement_Type__c -Expand phecc__Measurement_Type__c } $needs = $PlannedEntries | Where-Object { $Patient.sfPatient.phecc__Permission__c -eq $_.phecc__Permission__c } | Select-Object pecc__Measurement_Type__c -ExpandProperty phecc__Measurement_Type__c | Sort-Object | Get-Unique | Where-Object { $has -notcontains $_ } $replace = @() $DevicesWithReplaceDate | Where-Object { $Patient.sfPatient.Id -eq $_.phecc__Patient__c } | ForEach-Object { $model = $_.phecc__Device_Model__c $replace += $Def.capabilities | Where-Object { $_.phecc__Device_Model__c -eq $model } | Select-Object phecc__Measurement_Type__c -Expand phecc__Measurement_Type__c } # remove the replace from the needs so it is only reported as part of replace $cleanNeeds = $needs | Where-Object { $_ -notin $replace } [PSCustomObject]@{ Patient = $Patient has = $Def.measurements | Where-Object { $has -contains $_.Id } needs = $Def.measurements | Where-Object { $cleanNeeds -contains $_.Id } replace = $Def.measurements | Where-Object { $replace -contains $_.Id } preferences = $Preferences | Where-Object { $_.phecc__Patient__c -eq $Patient.sfPatient.Id } } } } } |