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Add support for megaraid monitoring (with perccli)
Add support for megaraid monitoring (with perccli)
Based on scripts from https://github.com/Art3mK/Zabbix-LSI-RAID-Monitoringmaster
Daniel Berteaud
10 months ago
7 changed files with 288 additions and 4 deletions
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8WAPT/control
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BINbin/perccli.exe
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BINbin/perccli64.exe
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117scripts/check_raid_megaraid.ps1
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152scripts/disco_raid_megaraid.ps1
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10setup.py
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5zabbix_agentd.conf.d/raid_megaraid.conf
@ -0,0 +1,117 @@ |
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Param( |
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[parameter(Position=0,Mandatory=$true)] |
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[ValidateSet("pdisk", "vdisk", "bbu", "adapter")] |
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[alias("m")] |
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[String] |
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$mode |
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, |
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[parameter()] |
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[ValidateNotNullOrEmpty()] |
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[alias("p","item")] |
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[string] |
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$mode_item |
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, |
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[parameter(Mandatory=$true)] |
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[ValidateRange(0,5)] |
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[alias("a","adp")] |
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[int] |
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$adapter |
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, |
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[parameter()] |
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[ValidateRange(0,4096)] |
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[alias("e","enc")] |
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[int] |
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$enclosure_id |
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, |
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[parameter()] |
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[ValidateRange(0,256)] |
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[alias("pdisk")] |
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[int] |
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$disk_id |
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, |
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[parameter()] |
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[ValidateRange(0,256)] |
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[alias("vdisk")] |
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[int] |
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$vdisk_id |
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) |
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|
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$CLI = "C:\Program Files\Zabbix Agent\bin\perccli64.exe" |
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|
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function pdisk_item($item,$adapter,$enclosure_id,$disk_id) { |
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$regex = '' |
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switch ($item) { |
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'firmware_state' { $regex = "Firmware state:\s(.*)" } |
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'raw_size' { $regex = "Raw Size:\s+(\d+\.\d+\s..)" } |
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'predictive_errors' { $regex = "Predictive Failure Count:\s(.*)" } |
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'inquiry_data' { $regex = "Inquiry Data:\s+(.*)" } |
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'media_errors' { $regex = "Media Error Count:\s(.*)" } |
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} |
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|
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if ($enclosure_id -eq 2989) { $enclosure_id = '' } |
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$output = (& $CLI -pdinfo -PhysDrv["$enclosure_id":"$disk_id"] -a $adapter -NoLog | Select-String $regex -AllMatches | % { $_.Matches } | % { $_.groups[1].value }) |
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if ($item -eq 'firmware_state') { |
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if ($output -Match '^(Unconfigured\(good\).*|Online,\sSpun.*|Hotspare,\sSpun.*)$') { |
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$output = 0 |
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} |
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elseif ($output -Match '^Rebuild') { |
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$output = 2 |
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} |
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else { |
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$output = 1 |
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} |
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} |
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write-host $output |
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} |
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|
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function vdisk_item($item,$adapter,$vd) { |
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$regex = '' |
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switch ($item) { |
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'vd_state' { $regex = "^State\s+:\s(.*)$" } |
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'vd_size' { $regex = "^Size\s+:\s(\d+\.\d+\s..)" } |
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} |
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|
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$output = (& $CLI -LDinfo -L $vd -a $adapter -NoLog | Select-String $regex -AllMatches | % { $_.Matches } | % { $_.groups[1].value }) |
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if ($item -eq 'vd_state') { |
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if ($output -Match '^Optimal$') { $output = 0 } else { $output = 1 } |
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} |
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write-host $output |
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} |
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|
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function bbu_item($item,$adapter){ |
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$regex = '' |
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$command = '' |
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switch ($item) { |
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'bbu_state' { $command = '-GetBbuStatus'; $regex = "Battery State\s*:\s(.*)$"; $wanted_group = 1 } |
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'design_capacity' { $command = '-GetBBUDesignInfo'; $regex = "Design\sCapacity:\s(\d+)\s(mAh|J)"; $wanted_group = 1 } |
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'full_capacity' { $command = '-GetBBUCapacityInfo'; $regex = "(Full\sCharge\sCapacity|.*Pack\senergy\s*):\s(\d+)\s(mAh|J)"; $wanted_group = 2 } |
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'state_of_charge' { $command = '-GetBBUCapacityInfo'; $regex = "Absolute\sState\sof\scharge\s*:\s(\d+).*%"; $wanted_group = 1 } |
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'date_manufactured' { $command = '-GetBBUDesignInfo'; $regex = "Date\sof\sManufacture\s*:\s(.*)$"; $wanted_group = 1 } |
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} |
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if ($bbu_state -Match '^(Optimal|Operational)$') { $bbu_state = 0 } else { $bbu_state = 1 } |
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$output = (& $CLI -AdpBbuCmd $command -a $adapter -NoLog | Select-String $regex | % {$_.Matches} | % { $_.groups[$wanted_group].value }) |
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if ($item -eq 'bbu_state') { |
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if ($output -Match '^(Optimal|Operational)$') { $output = 0 } else { $output = 1 } |
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} |
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write-host $output |
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} |
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|
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function adapter_item($item,$adapter){ |
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$regex = '' |
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switch ($item) { |
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'fw_version' { $regex = "^\s*FW\sPackage\sBuild:\s(.*)$" } |
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'product_name' { $regex = "^\s*Product\sName\s*:\s(.*)$" } |
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} |
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|
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$output = (& $CLI -AdpAllInfo -a $adapter -NoLog | Select-String $regex | % {$_.Matches} | % { $_.groups[1].value }) |
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write-host $output |
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} |
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|
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### Start doing our job |
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|
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switch ($mode) { |
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"pdisk" { pdisk_item $mode_item $adapter $enclosure_id $disk_id } |
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"vdisk" { vdisk_item $mode_item $adapter $vdisk_id } |
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"bbu" { bbu_item $mode_item $adapter } |
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"adapter" { adapter_item $mode_item $adapter } |
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} |
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@ -0,0 +1,152 @@ |
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Param( |
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[parameter(Position=0,Mandatory=$true)] |
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[ValidateSet("pdisk", "vdisk", "bbu", "adapter")] |
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[alias("m")] |
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[String] |
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$mode |
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, |
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[parameter()] |
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[ValidateRange(0,5)] |
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[alias("a","adp")] |
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[int] |
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$adapter |
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) |
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|
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$CLI = "C:\Program Files\Zabbix Agent\bin\perccli64.exe" |
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|
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|
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function disco_adp() { |
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$number_of_adapters = [int](& $CLI -adpCount -NoLog | Select-String "Controller Count: (\d+)" -AllMatches | % {$_.Matches} | % {$_.groups[1].value}) |
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$out = '[' |
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$i = 1 |
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for ($adapter_id = 0; $adapter_id -lt $number_of_adapters; $adapter_id++) { |
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$out = $out + "{`"{#MEGARAID_ADP}`": `"$adapter_id`"}" |
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if ($i -lt $number_of_adapters){ |
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$out = $out + ',' |
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} |
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$i++ |
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} |
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$out = $out + ']' |
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Write-Host $out |
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} |
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|
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function disco_bbu() { |
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$battery_units = @{} |
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$number_of_adapters = [int](& $CLI -adpCount -NoLog | Select-String "Controller Count: (\d+)" -AllMatches | % {$_.Matches} | % {$_.groups[1].value}) |
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for ($adapter_id = 0; $adapter_id -lt $number_of_adapters; $adapter_id++) { |
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$bbu_is_missing = (& $CLI -AdpBbuCmd -GetBbuStatus -a $adapter -NoLog | Select-String ".*Get BBU Status Failed.*" | % {$_.Matches}) |
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if (!$bbu_is_missing) { |
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$battery_units.Add($adapter,"{ `"{#ADAPTER_ID}`":`"$adapter`" }") |
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} |
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} |
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$out = '[' |
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$i = 1 |
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foreach ($battery_unit in $battery_units.Keys){ |
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$out = $out + "$($battery_units.item($battery_unit))" |
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if ($i -lt $battery_units.Count){ |
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$out = $out + "," |
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} |
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} |
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$out = $out + ']' |
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Write-Host $out |
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} |
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|
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function disco_vdisk() { |
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$virtual_drives = @{} |
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# check IDs for configured RAID volumes (IDs could be sequential, or not) |
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$tmp_file = Join-Path ${env:temp} "raid_vdrives-$(Get-Date -Format yyyy-MM-dd-HH-mm-ss).tmp" |
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& $CLI -LDinfo -Lall -a $adapter -NoLog | Out-File $tmp_file |
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[regex]$regex_vd_id = "^\s*Virtual\sDrive:\s(\d+)\s.*$" |
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$reader = [System.IO.File]::OpenText($tmp_file) |
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$vdrive_id = -1; |
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try { |
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for(;;) { |
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$line = $reader.ReadLine() |
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if ($line -eq $null) { break } |
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if (($regex_vd_id.isMatch($line)) -eq $True) { |
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$vdrive_id = $regex_vd_id.Matches($line) | % {$_.groups[1].value} |
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$virtual_drives.Add("$adapter-$vdrive_id","{ `"{#VDRIVE_ID}`":`"$vdrive_id`", `"{#ADAPTER_ID}`":`"$adapter`" }") |
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} else { |
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Continue |
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} |
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} |
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} |
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finally { |
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$reader.Close() |
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} |
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remove-item $tmp_file |
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$out = '[' |
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$i = 1 |
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foreach ($virtual_drive in $virtual_drives.Keys) { |
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$out = $out + "$($virtual_drives.Item($virtual_drive))" |
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if ($i -lt $virtual_drives.Count) { |
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$out = $out + "," |
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} |
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$i++ |
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} |
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$out = $out + ']' |
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Write-Host $out |
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} |
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|
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function disco_pdisk() { |
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$physical_drives = @{} |
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# ======== |
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# List all physical drives |
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# ======== |
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$check_next_line = 0 |
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[regex]$regex_enc = "^\s*Enclosure\sDevice\sID:\s(\d+)$" |
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[regex]$regex_enc_na = "^\s*Enclosure\sDevice\sID:\sN\/A$" |
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[regex]$regex_slot = "^\s*Slot\sNumber:\s(\d+)$" |
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|
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$tmp_file = Join-Path ${env:temp} "raid_enclosures-$(Get-Date -Format yyyy-MM-dd-HH-mm-ss).tmp" |
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& $CLI -pdlist -a $adapter -NoLog | Out-File $tmp_file |
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$reader = [System.IO.File]::OpenText($tmp_file) |
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|
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# Determine Slot Number for each drive on enclosure |
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$enclosure_id = -1; |
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try { |
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for(;;) { |
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$line = $reader.ReadLine() |
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if ($line -eq $null) { break } |
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# Line contains enc id, next line is slot id |
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if (($regex_enc.isMatch($line)) -eq $True) { |
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$enclosure_id = $regex_enc.Matches($line) | % {$_.groups[1].value} |
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$check_next_line = 1 |
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} elseif (($regex_enc_na.isMatch($line)) -eq $True) { |
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# This can happen, if embedded raid controller is in use, there are drives and logical disks, but no enclosures |
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$enclosure_id = 2989 # 0xBAD, :( magic hack |
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$check_next_line = 1 |
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} elseif ((($regex_slot.isMatch($line)) -eq $True) -and ($check_next_line -eq 1) -and ($enclosure_id -ne -1)) { |
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$drive_id = $regex_slot.Matches($line) | % {$_.groups[1].value} |
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$physical_drives.Add("$adapter-$enclosure_id-$drive_id","{ `"{#ENCLOSURE_ID}`":`"$enclosure_id`", `"{#PDRIVE_ID}`":`"$drive_id`", `"{#ADAPTER_ID}`":`"$adapter`" }") |
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$check_next_line = 0 |
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$enclosure_id = -1 |
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} else { |
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Continue |
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} |
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} |
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} |
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finally { |
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$reader.Close() |
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} |
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remove-item $tmp_file |
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|
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$out = '[' |
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$i = 1 |
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foreach ($physical_drive in $physical_drives.Keys) { |
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$out = $out + "$($physical_drives.Item($physical_drive))" |
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if ($i -lt $physical_drives.Count) { |
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$out = $out + "," |
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} |
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$i++ |
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} |
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$out = $out + ']' |
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Write-Host $out |
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} |
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|
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switch ($mode) { |
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"adapter" { disco_adp } |
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"bbu" { disco_bbu } |
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"vdisk" { disco_vdisk } |
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"pdisk" { disco_pdisk } |
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} |
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@ -0,0 +1,5 @@ |
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UserParameter=raid.megaraid.discovery[*],C:\Windows\System32\WindowsPowerShell\v1.0\powershell.exe -File "C:\Program Files\Zabbix Agent\scripts\disco_raid_megaraid.ps1" -mode $1 |
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UserParameter=raid.megaraid.adapter[*],C:\Windows\System32\WindowsPowerShell\v1.0\powershell.exe -File "C:\Program Files\Zabbix Agent\scripts\check_raid_megaraid.ps1" -mode adapter -item $2 -adapter $1 |
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UserParameter=raid.megaraid.bbu[*],C:\Windows\System32\WindowsPowerShell\v1.0\powershell.exe -File "C:\Program Files\Zabbix Agent\scripts\check_raid_megaraid.ps1" -mode bbu -item $2 -adapter $1 |
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UserParameter=raid.megaraid.vdisk[*],C:\Windows\System32\WindowsPowerShell\v1.0\powershell.exe -File "C:\Program Files\Zabbix Agent\scripts\check_raid_megaraid.ps1" -mode vdisk -item $3 -adapter $1 -vdisk $2 |
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UserParameter=raid.megaraid.pdisk[*],C:\Windows\System32\WindowsPowerShell\v1.0\powershell.exe -File "C:\Program Files\Zabbix Agent\scripts\check_raid_megaraid.ps1" -mode pdisk -item $4 -adapter $1 -enc $2 -pdisk $3 |
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