public/Market/Find-Markets.ps1
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using module '..\..\modules\Enums.psm1' using module '..\..\modules\Helper\DateTimeHelper.psm1' using module '..\..\modules\Helper\StringHelper.psm1' using module '..\..\modules\Helper\ObjectHelper.psm1' using module '..\..\modules\Session.psd1' # TODO rethink # TODO Test function Find-Markets{ [CmdletBinding()] [Alias('fm')] param( # source file [Parameter(Mandatory=$true)] [SOURCE]$source, [ValidateSet('all', 'mutable', 'immutable', 'mapped', 'unmapped', 'wrong-definition')] # condition for filtering [string]$condition='all', [ValidateSet('context', 'changes')] # sorting preference [string]$sortBy='context', [string]$marketDefinitonsFile ) #region Validations if ([Session]::activeSessions.Count -eq 0){ Write-Error $LocalizedData.NoActiveSessionMessage return } if ($condition -in ('unmapped')){ if ($source -in ([SOURCE]::core, [SOURCE]::sb)){ Write-Error "Unmapped markets cannot be determined from $source" return } } if ($condition -eq 'wrong-definition'){ if ((Test-Path $marketDefinitonsFile)) { Write-Host "Mounting '$marketDefinitonsFile'" -NoNewline $marketDefinitions = (Get-Content $marketDefinitonsFile | Out-String | ConvertFrom-Json | Select-Object -ExpandProperty definitionMarkets | Sort-Object { [int]$_.id }) Write-Host " :: OK (total: $($marketDefinitions.Count))" } else { Write-Error "File '$marketDefinitonsFile' doesn't exists" return } } #endregion #region Init $logFile = [Session]::getCurrent().auditLogFile $processor = [ProcessorFactory]::getBySource($source) $totalLines = $logFile.AssignFile($source) $count=0; #endregion while (-not $logFile.EOF()) { $line = $logFile.ReadLine() if ($processor.isMarketRelated($line, [SEARCH_SCOPE]::internalId, '*')){ $processor.ProcessMessage($line) $processor.ProcessMarket() [Market[]] $allMarkets += $processor.message.event.markets } $count++ $percentage = 100 * $count / $totalLines Write-Progress -Activity "Read $source content..." -PercentComplete $percentage } Write-Progress -Activity $progressMessage -Completed switch ($condition) { 'mutable' { #Write-Output 'Identifying mutable...' $analysis = ($allMarkets | Select-Object id, type, externalId, specifiers -Unique | Sort-Object type | Group-Object type) $mutable = ($analysis | Where-Object { -not (($_.group[0].specifiers) -or (-not $_.group[0].specifiers -and $_.count -eq 1)) } ) $items = $mutable } 'immutable' { #Write-Output 'Identifying immutable...' $analysis = ($allMarkets | Select-Object id, type, externalId, specifiers -Unique | Sort-Object type | Group-Object type) $immutable = ($analysis | Where-Object { ($_.group[0].specifiers) -or (-not $_.group[0].specifiers -and $_.count -eq 1) }) $items = $immutable } 'mapped'{ $analysis = ($allMarkets | Select-Object id, type, externalId, specifiers -Unique | Sort-Object id | Group-Object id) $mapped = $analysis $items = $mapped } 'unmapped'{ $analysis = ($allMarkets | Select-Object id, type, externalId, specifiers -Unique | Sort-Object id | Group-Object id) $mapped = (Find-Markets -source core -condition mapped) if ($processor.isTypeBased){ if ($processor.haveMarketSeparator) { $func = { -not $_.type.Split('_')[1] -in $mapped.extId } } else { $func = { -not $_.type -in $mapped.extId } } } else { if ($processor.haveMarketSeparator) { $func = { -not $_.id.Split('_')[1] -in $mapped.extId } } else { $func = { -not $_.id -in $mapped.extId } } } $unmapped = ($analysis | Where-Object (&$func) ) $items = $unmapped } 'wrong-definition'{ # take all markets+specifier combination to be checked against the definitions $analysis = ($allMarkets | Select-Object id, specifiers -Unique | Sort-Object id | Group-Object id) # find aout market definitions which relates to the analyzed ones $marketDefinitions = $marketDefinitions | Where-Object { $_.id -in $analysis.name} | Sort-Object { [int]$_.id } $wrongDefinition = @() for($i=0; $i -lt $analysis.Count; $i++){ $analyzedSpecifiers = @() # collect the specifiers from the analyzed market if ($null -ne $analysis[$i].group.specifiers) { foreach ($j in (($analysis[$i].group.specifiers) | Get-Member -Type Properties)) { $analyzedSpecifiers += ($j.Name) } } $uniqueSpecifiers = ($analyzedSpecifiers | Select-Object -Unique) Write-Debug "Analyzed specifiers: $uniqueSpecifiers" if ($analysis[$i].name -ne $marketDefinitions[$i].id) { Write-Error "Varios id's are compared: $($analysis[$i].name) vs. $($marketDefinitions[$i].id)" } # find out that each of collected specifiers exists in the definition if ($null -ne $marketDefinitions[$i].specifiers -and $uniqueSpecifiers.count -eq $marketDefinitions[$i].specifiers.count){ foreach ($k in ($marketDefinitions[$i].specifiers.name)) { if (-not ($k -in $uniqueSpecifiers)) { $wrongDefinition += $analysis[$i] break } } } else{ if ($null -ne $analysis[$i].specifiers){ $wrongDefinition += $analysis[$i] } } } $wrongDefinition = $wrongDefinition | Group-Object name $items = $wrongDefinition } 'all'{ $analysis = ($allMarkets | Select-Object * -Unique | Sort-Object id | Group-Object id) $items = $analysis } } $total = $analysis.Count if ($sortBy -eq 'changes') { #Write-Output 'Grouping by frequency...' $analysis = ($allMarkets | Select-Object type, id | Sort-Object type | Group-Object type | ` Select-Object count, name | Where-Object { $_.name -in $items.name}) switch ($condition) { 'mutable' { #Write-Output 'Grouping mutable markets...' $mutable = ($analysis | Where-Object { $_.name -in $mutable.name } | Sort-Object count -Descending) } 'immutable' { #Write-Output 'Grouping immutable markets...' $immutable = ($analysis | Where-Object { $_.name -in $immutable.name } | Sort-Object count -Descending) } 'mapped' { $mapped = ($analysis | Where-Object { $_.name -in $mapped.name } | Sort-Object count -Descending) } 'unmapped' { $unmapped = ($analysis | Where-Object { $_.name -in $unmapped.name } | Sort-Object count -Descending) } 'wrong-definition'{ $wrongDefinition = ($analysis | Where-Object { $_.name -in $wrongDefinition.name } | Sort-Object count -Descending) } 'all' { $analysis = ($analysis | Sort-Object count -Descending) } } } switch ($condition) { 'mutable' { Write-Output ($mutable | Select-Object count, name) Write-Output '' if ($mutable.count){ Write-Output ("From total {0} markets, there are {1} mutable!" -f @($total, $mutable.count)) #-ForegroundColor Red } else{ Write-Output "From total $total markets, there are no mutable markets!" #-ForegroundColor Yellow } break } 'immutable' { Write-Output ($immutable | Select-Object count, name) Write-Output '' if ($immutable.count){ Write-Output ("From total {0} markets, there are {1} immutable!" -f @($total, $immutable.count)) #-ForegroundColor Green } else{ Write-Output "From total $total markets, there are no immutable markets!" #-ForegroundColor Yellow } break } 'mapped' { Write-Output ($mapped | Select-Object count, name) Write-Output '' if ($mapped.count){ Write-Output ("From total {0} markets, there are {1} mapped!" -f @($total, $mapped.count)) #-ForegroundColor Green } else{ Write-Output "From total $total markets, there are no mapped markets!" #-ForegroundColor Yellow } break } 'unmapped' { Write-Output ($unmapped | Select-Object count, name) Write-Output '' if ($unmapped.count){ Write-Output ("From total {0} markets, there are {1} unmapped!" -f @($total, $unmapped.count)) #-ForegroundColor Green } else{ Write-Output "From total $total markets, there are no unmapped markets!" #-ForegroundColor Yellow } break } 'wrong-definition' { Write-Output ($wrongDefinition | Select-Object count, name) Write-Output '' if ($wrongDefinition.count){ Write-Output ("From total {0} markets, there are {1} with wrong definition!" -f @($total, $wrongDefinition.count)) #-ForegroundColor Green } else{ Write-Output "From total $total markets, all have good definition!" #-ForegroundColor Yellow } break } 'all' { Write-Output ($analysis | Select-Object count, name) Write-Output '' if ($total -gt 0){ Write-Output "Total $total markets" #-ForegroundColor Green } else{ Write-Output "Input doesn't contain any market." #-ForegroundColor Red } break } } } |