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Merge branch 'astoll/module_rewrite' into testing

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Crited 2019-07-22 16:05:54 +02:00
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125
lib/provider/bios/Icinga_ProviderBios.psm1 Normal file
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Import-IcingaLib provider\enums;
function Get-IcingaBios()
{
<# Collects the most important BIOS informations,
e.g. name, version, manufacturer#>
$BIOSInformation = Get-CimInstance Win32_BIOS;
[hashtable]$BIOSCharacteristics = @{};
[hashtable]$BIOSData = @{};
foreach ($id in $BIOSInformation.BiosCharacteristics) {
$BIOSCharacteristics.Add([string]$id, $ProviderEnums.BiosCharacteristics.Item([int]$id));
}
$BIOSData.Add(
'bios', @{
'metadata' = @{
'Name' = $BIOSInformation.Name;
'Caption' = $BIOSInformation.Caption;
'Manufacturer' = $BIOSInformation.Manufacturer;
'PrimaryBIOS' = $BIOSInformation.PrimaryBIOS;
'SerialNumber' = $BIOSInformation.SerialNumber;
'SMBIOSBIOSVersion' = $BIOSInformation.SMBIOSBIOSVersion;
'SoftwareElementID' = $BIOSInformation.SoftwareElementID;
'Status' = $BIOSInformation.Status;
'Version' = $BIOSInformation.Version;
'BiosCharacteristics' = $BIOSCharacteristics;
}
}
);
return $BIOSData;
}
function Get-IcingaBiosCharacteristics()
{
param([switch]$Sorted);
$bios = Get-CimInstance WIN32_BIOS;
[hashtable]$BIOSCharacteristics = @{};
foreach ($id in $bios.BiosCharacteristics) {
$BIOSCharacteristics.Add([string]$id, $ProviderEnums.BiosCharacteristics.Item([int]$id));
}
$output = $BIOSCharacteristics;
if ($sorted) {
$output = $BIOSCharacteristics.GetEnumerator() | Sort-Object name;
}
return @{'value' = $output; 'name' = 'BiosCharacteristics'};
}
function Get-IcingaBiosCharacteristics()
{
param([switch]$Sorted);
$bios = Get-CimInstance WIN32_BIOS;
[hashtable]$BIOSCharacteristics = @{};
foreach ($id in $bios.BiosCharacteristics) {
$BIOSCharacteristics.Add([string]$id, $ProviderEnums.BiosCharacteristics.Item([int]$id));
}
$output = $BIOSCharacteristics;
if ($sorted) {
$output = $BIOSCharacteristics.GetEnumerator() | Sort-Object name;
}
return @{'value' = $output; 'name' = 'BiosCharacteristics'};
}
function Get-IcingaBiosSerialNumber()
{
$bios = Get-CimInstance Win32_BIOS;
return @{'value' = $bios.SerialNumber; 'name' = 'SerialNumber'};
}
function Get-IcingaBiosVersion()
{
$bios = Get-CimInstance Win32_BIOS;
return @{'value' = $bios.Version; 'name' = 'Version'};
}
function Get-IcingaBiosManufacturer()
{
$bios = Get-CimInstance Win32_BIOS;
return @{'value' = $bios.Manufacturer; 'name' = 'Manufacturer'};
}
# Primary Bios might be more relevant in dual bios context
function Get-IcingaBiosPrimaryBios()
{
$bios = Get-CimInstance Win32_BIOS;
return @{'value' = $bios.PrimaryBIOS; 'name' = 'PrimaryBIOS'};
}
function Get-IcingaBiosName()
{
$bios = Get-CimInstance Win32_BIOS;
return @{'value' = $bios.Name; 'name' = 'Name'};
}
function Get-IcingaBiosStatus()
{
$bios = Get-CimInstance Win32_BIOS;
return @{'value' = $bios.Status; 'name' = 'Status'};
}
function Get-IcingaBiosCaption()
{
$bios = Get-CimInstance Win32_BIOS;
return @{'value' = $bios.Caption; 'name' = 'Caption'};
}
function Get-IcingaBiosSMBIOSBIOSVersion()
{
$bios = Get-CimInstance Win32_BIOS;
return @{'value' = $bios.SMBIOSBIOSVersion; 'name' = 'SMBIOSBIOSVersion'};
}
function Get-IcingaBiosSoftwareElementID()
{
$bios = Get-CimInstance Win32_BIOS;
return @{'value' = $bios.SoftwareElementID; 'name' = 'SoftwareElementID'};
}

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lib/provider/bios/Show-IcingaBiosData.psm1 Normal file
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function Show-IcingaBiosData()
{
$BIOSInformation = Get-CimInstance Win32_BIOS;
[hashtable]$BIOSData = @{};
foreach ($bios_properties in $BIOSInformation) {
foreach($bios in $bios_properties.CimInstanceProperties) {
$BIOSData.Add($bios.Name, $bios.Value);
}
}
return $BIOSData;
}

279
lib/provider/cpu/Icinga_ProviderCpu.psm1 Normal file
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Import-IcingaLib provider\enums;
function Get-IcingaCPUs()
{
<# Collects the most important CPU informations,
e.g. name, version, manufacturer#>
$CPUInformation = Get-CimInstance Win32_Processor;
[hashtable]$CPUData = @{};
foreach ($cpu in $CPUInformation) {
$CPUData.Add(
$cpu.DeviceID.trim('CPU'), @{
'metadata' = @{
'Name' = $cpu.Name;
'DeviceID' = $cpu.DeviceID;
'ProcessorID' = $cpu.ProcessorId;
'UniqueID' = $cpu.UniqueId;
'Description' = $cpu.Description;
'OtherFamilyDescription' = $cpu.OtherFamilyDescription;
'Caption' = $cpu.Caption;
'Version' = $cpu.Version;
'SerialNumber' = $cpu.SerialNumber;
'Manufacturer' = $cpu.Manufacturer;
'NumberOfCores' = $cpu.NumberOfCores;
'PartNumber' = $cpu.PartNumber;
'Status' = $cpu.Status;
'CPUStatus' = $cpu.CpuStatus;
'Revision' = $cpu.Revision;
'NumberOfLogicalProcessors' = $cpu.NumberOfLogicalProcessors;
'Level'= $cpu.Level;
'AddressWidth' = $cpu.AddressWidth;
'Stepping' = $cpu.Stepping;
'SocketDesignation' = $cpu.SocketDesignation;
'Family' = @{
'raw' = $cpu.Family;
'value' = $ProviderEnums.CPUFamily[[int]$cpu.Family];
};
'Architecture' = @{
'raw' = $cpu.Architecture;
'value' = $ProviderEnums.CPUArchitecture[[int]$cpu.Architecture];
};
'ProcessorType' = @{
'raw' = $cpu.ProcessorType;
'value' = $ProviderEnums.CPUProcessorType[[int]$cpu.ProcessorType];
};
'StatusInfo' = @{
'raw' = $cpu.StatusInfo;
'value' = $ProviderEnums.CPUStatusInfo[[int]$cpu.StatusInfo];
};
'Availability' = @{
'raw' = $cpu.Availability;
'value' = $ProviderEnums.CPUAvailability[[int]$cpu.Availability];
};
'PowerManagementCapabilities' = @{
'raw' = $cpu.PowerManagementCapabilities;
'value' = $ProviderEnums.CPUPowerManagementCapabilities[[int]$cpu.PowerManagementCapabilities];
}
};
'errors' = @{
'LastErrorCode' = $cpu.LastErrorCode;
'ErrorCleared' = $cpu.ErrorCleared;
'ErrorDescription' = $cpu.ErrorDescription;
'ConfigManagerErrorCode' = @{
'raw' = [int]$cpu.ConfigManagerErrorCode;
'value' = $ProviderEnums.CPUConfigManagerErrorCode.([int]$cpu.ConfigManagerErrorCode);
}
};
'specs' = @{
'LoadPercentage' = $cpu.LoadPercentage;
'CurrentVoltage' = $cpu.CurrentVoltage;
'ThreadCount' = $cpu.ThreadCount;
'L3CacheSize' = $cpu.L3CacheSize;
'L2CacheSpeed' = $cpu.L2CacheSpeed;
'L2CacheSize' = $cpu.L2CacheSize;
'VoltageCaps' = $cpu.VoltageCaps;
'CurrentClockSpeed' = $cpu.CurrentClockSpeed;
}
}
);
}
return $CPUData;
}
function Get-IcingaCPUInformation()
{
<# Fetches the information for other more specific Get-IcingaCPU-functions
e.g. Get-IcingaCPUThreadCount; Get-IcingaCPULoadPercentage.
Can be used to fetch information regarding a value of your choice. #>
param(
[string]$Parameter
);
$CPUInformation = Get-CimInstance Win32_Processor;
[hashtable]$CPUData = @{};
foreach ($cpu in $CPUInformation) {
$CPUData.Add($cpu.DeviceID.trim('CPU'), $cpu.$Parameter);
}
return $CPUData;
}
function Get-IcingaCPUInformationWithEnums()
{ <# Fetches the information of other more specific Get-IcingaCPU-functions,
which require a enums key-value pair to resolve their code
e.g Get-IcingaCPUFamily, e.g. Get-IcingaCPUArchitecture#>
param(
[string]$Parameter
);
$CPUInformation = Get-CimInstance Win32_Processor;
$Prefix = "CPU";
[hashtable]$CPUData = @{};
foreach ($cpu in $CPUInformation) {
$CPUData.Add(
$cpu.DeviceID.trim('CPU'), @{
'raw' = $cpu.$Parameter;
'value' = $ProviderEnums."$Prefix$Parameter"[[int]$cpu.$Parameter]
}
);
}
return $CPUData;
}
function Get-IcingaCPUErrors()
{
$CPUInformation = Get-CimInstance Win32_Processor;
[hashtable]$CPUData = @{};
foreach ($cpu in $CPUInformation) {
$CPUData.Add(
$cpu.trim('CPU'), @{
'errors' = @{
'LastErrorCode' = $cpu.LastErrorCode;
'ErrorCleared' = $cpu.ErrorCleared;
'ErrorDescription' = $cpu.ErrorDescription;
'ConfigManagerErrorCode' = @{
'raw' = [int]$cpu.ConfigManagerErrorCode;
'value' = $ProviderEnums.CPUConfigManagerErrorCode.([int]$cpu.ConfigManagerErrorCode);
}
}
}
);
}
return $CPUData;
}
function Get-IcingaCPUArchitecture()
{
$CPUArchitecture = Get-IcingaCPUInformationWithEnums -Parameter Architecture;
return @{'value' = $CPUArchitecture; 'name' = 'Architecture'};
}
function Get-IcingaCPUProcessorType()
{
$CPUProcessorType = Get-IcingaCPUInformationWithEnums -Parameter ProcessorType;
return @{'value' = $CPUProcessorType; 'name' = 'ProcessorType'};
}
function Get-IcingaCPUStatusInfo()
{
$CPUStatusInfo = Get-IcingaCPUInformationWithEnums -Parameter StatusInfo;
return @{'value' = $CPUStatusInfo; 'name' = 'StatusInfo'};
}
function Get-IcingaCPUFamily()
{
$CPUFamily = Get-IcingaCPUInformationWithEnums -Parameter Family;
return @{'value' = $CPUFamily; 'name' = 'Family'};
}
function Get-IcingaCPUConfigManagerErrorCode()
{
$CPUConfigManagerErrorCode = Get-IcingaCPUInformationWithEnums -Parameter ConfigManagerErrorCode;
return @{'value' = $CPUConfigManagerErrorCode; 'name' = 'ConfigManagerErrorCode'};
}
function Get-IcingaCPUAvailability()
{
$CPUAvailability = Get-IcingaCPUInformationWithEnums -Parameter Availability;
return @{'value' = $CPUAvailability; 'name' = 'Availability'};
}
function Get-IcingaCPUPowerManagementCapabilities()
{
$CPUPowerManagementCapabilities = Get-IcingaCPUInformationWithEnums -Parameter PowerManagementCapabilities;
return @{'value' = $CPUPowerManagementCapabilities; 'name' = 'PowerManagementCapabilities'};
}
function Get-IcingaCPULoadPercentage()
{
$CPULoadPercentage = Get-IcingaCPUInformation -Parameter LoadPercentage;
return @{'value' = $CPULoadPercentage; 'name' = 'LoadPercentage'};
}
function Get-IcingaCPUCurrentVoltage()
{
$CPUCurrentVoltage = Get-IcingaCPUInformation -Parameter CurrentVoltage;
return @{'value' = $CPUCurrentVoltage; 'name' = 'CurrentVoltage'};
}
function Get-IcingaCPUThreadCount()
{
$CPUThreadCount = Get-IcingaCPUInformation -Parameter ThreadCount;
return @{'value' = $CPUThreadCount; 'name' = 'ThreadCount'};
}
function Get-IcingaCPUL3CacheSize()
{
$CPUL3CacheSize = Get-IcingaCPUInformation -Parameter L3CacheSize;
return @{'value' = $CPUL3CacheSize; 'name' = 'L3CacheSize'};
}
function Get-IcingaCPUL2CacheSize()
{
$CPUL2CacheSize = Get-IcingaCPUInformation -Parameter L2CacheSize;
return @{'value' = $CPUL2CacheSize; 'name' = 'L2CacheSize'};
}
function Get-IcingaCPUL2CacheSpeed()
{
$CPUL2CacheSpeed = Get-IcingaCPUInformation -Parameter L2CacheSpeed;
return @{'value' = $CPUL2CacheSpeed; 'name' = 'L2CacheSpeed'};
}
function Get-IcingaCPUVoltageCaps()
{
$CPUVoltageCaps = Get-IcingaCPUInformation -Parameter VoltageCaps;
return @{'value' = $CPUVoltageCaps; 'name' = 'VoltageCaps'};
}
function Get-IcingaCPUCurrentClockSpeed()
{
$CPUCurrentClockSpeed = Get-IcingaCPUInformation -Parameter CurrentClockSpeed;
return @{'value' = $CPUCurrentClockSpeed; 'name' = 'CurrentClockSpeed'};
}
function Get-IcingaCPUNumberOfLogicalProcessors()
{
$CPUNumberOfLogicalProcessors = Get-IcingaCPUInformation -Parameter NumberOfLogicalProcessors;
return @{'value' = $CPUNumberOfLogicalProcessors; 'name' = 'NumberOfLogicalProcessors'};
}
function Get-IcingaCPUCount()
{
<# Compares whether NumberofLogicalCores, NumberofCores or Threadcount across all CPUs is the highest,
this function is used in provider/memory/Icinga_ProviderMemory.psm1#>
$CPUInformation = Get-CimInstance Win32_Processor;
foreach ($cpu in $CPUInformation) {
$NumberOfCoresValue += $cpu.NumberOfCores;
$NumberOfLogicalProcessorsValue += $cpu.NumberOfLogicalProcessors;
$ThreadCountValue += $cpu.ThreadCount;
}
If (($NumberOfCoresValue -ge $NumberOfLogicalProcessorsValue) -and ($NumberOfCoresValue -ge $ThreadCountValue)) {
return $NumberOfCoresValue;
} elseif ($NumberOfLogicalProcessorsValue -ge $ThreadCountValue) {
return $NumberOfLogicalProcessorsValue;
}
return $ThreadCountValue;
}

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lib/provider/cpu/Show-IcingaCPUData.psm1 Normal file
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function Show-IcingaCPUData()
{
$CPUInformation = Get-CimInstance Win32_Processor;
[hashtable]$PhysicalCPUData = @{};
foreach ($cpu_properties in $CPUInformation) {
$cpu_datails = @{};
foreach($cpu_core in $cpu_properties.CimInstanceProperties) {
$cpu_datails.Add($cpu_core.Name, $cpu_core.Value);
}
$PhysicalCPUData.Add($cpu_datails.DeviceID, $cpu_datails);
}
return $PhysicalCPUData;
}

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lib/provider/disks/Icinga_ProviderDisks.psm1 Normal file
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Import-IcingaLib provider\enums;
function Get-IcingaDiskInformation()
{
<# Fetches the information for other more specific Get-IcingaDisk-functions
e.g. Get-IcingaDiskModel; Get-IcingaDiskManufacturer.
Can be used to fetch information regarding a value of your choice. #>
param(
# The value to fetch from Win32_DiskDrive
[string]$Parameter
);
$DiskInformation = Get-CimInstance Win32_DiskDrive;
[hashtable]$DiskData = @{};
foreach ($disk in $DiskInformation) {
$DiskData.Add($disk.DeviceID.trimstart(".\PHYSICALDRVE"), $disk.$Parameter);
}
return $DiskData;
}
function Get-IcingaDiskPartitions()
{
param(
$Disk
);
<# Fetches all the most important informations regarding partitions
e.g. physical disk; partition, size
, also collects partition information for Get-IcingaDisks #>
$LogicalDiskInfo = Get-WmiObject Win32_LogicalDiskToPartition;
[hashtable]$PartitionDiskByDriveLetter = @{};
foreach ($item in $LogicalDiskInfo) {
[string]$driveLetter = $item.Dependent.SubString(
$item.Dependent.LastIndexOf('=') + 1,
$item.Dependent.Length - $item.Dependent.LastIndexOf('=') - 1
);
$driveLetter = $driveLetter.Replace('"', '').trim(':');
[string]$diskPartition = $item.Antecedent.SubString(
$item.Antecedent.LastIndexOf('=') + 1,
$item.Antecedent.Length - $item.Antecedent.LastIndexOf('=') - 1
)
$diskPartition = $diskPartition.Replace('"', '');
$diskDisk,$diskPartition = $diskPartition.split(',');
$diskPartition = $diskPartition.trim("Partition #");
$diskDisk = $diskDisk.trim("Disk #");
If ([string]::IsNullOrEmpty($Disk) -eq $FALSE) {
If ([int]$Disk -ne [int]$diskDisk) {
continue;
}
}
$diskPartitionSize = Get-Partition -DriveLetter $driveLetter;
$PartitionDiskByDriveLetter.Add(
$driveLetter,
@{
'Disk' = $diskDisk;
'Partition' = $diskPartition;
'Size' = $diskPartitionSize.Size;
}
);
}
return $PartitionDiskByDriveLetter;
}
function Get-IcingaDiskCapabilities
{
$DiskInformation = Get-CimInstance Win32_DiskDrive;
[hashtable]$DiskCapabilities = @{};
foreach ($capabilities in $DiskInformation.Capabilities) {
$DiskCapabilities.Add([int]$capabilities, $ProviderEnums.DiskCapabilities.([int]$capabilities));
}
return @{'value' = $DiskCapabilities; 'name' = 'Capabilities'};
}
function Get-IcingaDiskSize
{
$DiskSize = Get-IcingaDiskInformation -Parameter Size;
return @{'value' = $DiskSize; 'name' = 'Size'};
}
function Get-IcingaDiskCaption
{
$DiskCaption = Get-IcingaDiskInformation -Parameter Caption;
return @{'value' = $DiskCaption; 'name' = 'Caption'};
}
function Get-IcingaDiskModel
{
$DiskModel = Get-IcingaDiskInformation -Parameter Model;
return @{'value' = $DiskModel; 'name' = 'Model'};
}
function Get-IcingaDiskManufacturer
{
$DiskManufacturer = Get-IcingaDiskInformation -Parameter Manufacturer;
return @{'value' = $DiskManufacturer; 'name' = 'Manufacturer'};
}
function Get-IcingaDiskTotalCylinders
{
$DiskTotalCylinders = Get-IcingaDiskInformation -Parameter TotalCylinders;
return @{'value' = $DiskTotalCylinders; 'name' = 'TotalCylinders'};
}
function Get-IcingaDiskTotalSectors
{
$DiskTotalSectors = Get-IcingaDiskInformation -Parameter TotalSectors;
return @{'value' = $DiskTotalSectors; 'name' = 'TotalSectors'};
}
function Get-IcingaDisks {
<# Collects all the most important Disk-Informations,
e.g. size, model, sectors, cylinders
Is dependent on Get-IcingaDiskPartitions#>
$DiskInformation = Get-CimInstance Win32_DiskDrive;
[hashtable]$DiskData = @{};
foreach ($disk in $DiskInformation) {
$diskID = $disk.DeviceID.trimstart(".\PHYSICALDRVE");
$DiskData.Add(
$diskID, @{
'metadata' = @{
'Size' = $disk.Size;
'Model' = $disk.Model;
'Name' = $disk.Name.trim('.\');
'Manufacturer' = $disk.Manufacturer;
'Cylinder' = $disk.TotalCylinders;
'Sectors' = $disk.TotalSectors
};
'partitions' = (Get-IcingaDiskPartitions -Disk $diskID);
}
);
}
return $DiskData;
}

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lib/provider/disks/Show-IcingaDiskData.psm1 Normal file
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function Show-IcingaDiskData {
$DisksInformations = Get-CimInstance Win32_DiskDrive;
[hashtable]$PhysicalDiskData = @{};
foreach ($disk_properties in $DisksInformations) {
$disk_datails = @{};
foreach($disk in $disk_properties.CimInstanceProperties) {
$disk_datails.Add($disk.Name, $disk.Value);
}
$disk_datails.Add('DriveReference', @());
$PhysicalDiskData.Add($disk_datails.DeviceID, $disk_datails);
}
$DiskPartitionInfo = Get-WmiObject Win32_DiskDriveToDiskPartition;
[hashtable]$MapDiskPartitionToLogicalDisk = @{};
foreach ($item in $DiskPartitionInfo) {
[string]$diskPartition = $item.Dependent.SubString(
$item.Dependent.LastIndexOf('=') + 1,
$item.Dependent.Length - $item.Dependent.LastIndexOf('=') - 1
);
$diskPartition = $diskPartition.Replace('"', '');
[string]$physicalDrive = $item.Antecedent.SubString(
$item.Antecedent.LastIndexOf('\') + 1,
$item.Antecedent.Length - $item.Antecedent.LastIndexOf('\') - 1
)
$physicalDrive = $physicalDrive.Replace('"', '');
$MapDiskPartitionToLogicalDisk.Add($diskPartition, $physicalDrive);
}
$LogicalDiskInfo = Get-WmiObject Win32_LogicalDiskToPartition;
foreach ($item in $LogicalDiskInfo) {
[string]$driveLetter = $item.Dependent.SubString(
$item.Dependent.LastIndexOf('=') + 1,
$item.Dependent.Length - $item.Dependent.LastIndexOf('=') - 1
);
$driveLetter = $driveLetter.Replace('"', '');
[string]$diskPartition = $item.Antecedent.SubString(
$item.Antecedent.LastIndexOf('=') + 1,
$item.Antecedent.Length - $item.Antecedent.LastIndexOf('=') - 1
)
$diskPartition = $diskPartition.Replace('"', '');
if ($MapDiskPartitionToLogicalDisk.ContainsKey($diskPartition)) {
foreach ($disk in $PhysicalDiskData.Keys) {
[string]$DiskId = $disk.SubString(
$disk.LastIndexOf('\') + 1,
$disk.Length - $disk.LastIndexOf('\') - 1
);
if ($DiskId.ToLower() -eq $MapDiskPartitionToLogicalDisk[$diskPartition].ToLower()) {
$PhysicalDiskData[$disk]['DriveReference'] += $driveLetter;
}
}
}
}
return $PhysicalDiskData;
}

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<##################################################################################################
################# /lib/provider/bios ##############################################################
##################################################################################################>
[hashtable]$BiosCharacteristics = @{
0 = 'Reserved';
1 = 'Reserved';
2 = 'Unknown';
3 = 'BIOS Characteristics Not Supported';
4 = 'ISA is supported';
5 = 'MCA is supported';
6 = 'EISA is supported';
7 = 'PCI is supported';
8 = 'PC Card (PCMCIA) is supported';
9 = 'Plug and Play is supported';
10 = 'APM is supported';
11 = 'BIOS is Upgradeable (Flash)';
12 = 'BIOS shadowing is allowed';
13 = 'VL-VESA is supported';
14 = 'ESCD support is available';
15 = 'Boot from CD is supported';
16 = 'Selectable Boot is supported';
17 = 'BIOS ROM is socketed';
18 = 'Boot From PC Card (PCMCIA) is supported';
19 = 'EDD (Enhanced Disk Drive) Specification is supported';
20 = 'Int 13h - Japanese Floppy for NEC 9800 1.2mb (3.5, 1k Bytes/Sector, 360 RPM) is supported';
21 = 'Int 13h - Japanese Floppy for Toshiba 1.2mb (3.5, 360 RPM) is supported';
22 = 'Int 13h - 5.25 / 360 KB Floppy Services are supported';
23 = 'Int 13h - 5.25 /1.2MB Floppy Services are supported';
24 = 'Int 13h - 3.5 / 720 KB Floppy Services are supported';
25 = 'Int 13h - 3.5 / 2.88 MB Floppy Services are supported';
26 = 'Int 5h, Print Screen Service is supported';
27 = 'Int 9h, 8042 Keyboard services are supported';
28 = 'Int 14h, Serial Services are supported';
29 = 'Int 17h, printer services are supported';
30 = 'Int 10h, CGA/Mono Video Services are supported';
31 = 'NEC PC-98';
32 = 'ACPI is supported';
33 = 'USB Legacy is supported';
34 = 'AGP is supported';
35 = 'I2O boot is supported';
36 = 'LS-120 boot is supported';
37 = 'ATAPI ZIP Drive boot is supported';
38 = '1394 boot is supported';
39 = 'Smart Battery is supported';
40 = 'Reserved for BIOS vendor';
41 = 'Reserved for BIOS vendor';
42 = 'Reserved for BIOS vendor';
43 = 'Reserved for BIOS vendor';
44 = 'Reserved for BIOS vendor';
45 = 'Reserved for BIOS vendor';
46 = 'Reserved for BIOS vendor';
47 = 'Reserved for BIOS vendor';
48 = 'Reserved for system vendor';
49 = 'Reserved for system vendor';
50 = 'Reserved for system vendor';
51 = 'Reserved for system vendor';
52 = 'Reserved for system vendor';
53 = 'Reserved for system vendor';
54 = 'Reserved for system vendor';
55 = 'Reserved for system vendor';
56 = 'Reserved for system vendor';
57 = 'Reserved for system vendor';
58 = 'Reserved for system vendor';
59 = 'Reserved for system vendor';
60 = 'Reserved for system vendor';
61 = 'Reserved for system vendor';
62 = 'Reserved for system vendor';
63 = 'Reserved for system vendor'
}
<##################################################################################################
################# /lib/provider/disks #############################################################
##################################################################################################>
[hashtable]$DiskCapabilities = @{
0 = 'Unknown';
1 = 'Other';
2 = 'Sequential Access';
3 = 'Random Access';
4 = 'Supports Writing';
5 = 'Encryption';
6 = 'Compression';
7 = 'Supports Removeable Media';
8 = 'Manual Cleaning';
9 = 'Automatic Cleaning';
10 = 'SMART Notification';
11 = 'Supports Dual Sided Media';
12 = 'Predismount Eject Not Required';
}
<##################################################################################################
################# /lib/provider/cpu ###############################################################
##################################################################################################>
[hashtable]$CPUArchitecture = @{
0='x86';
1='MIPS';
2='Alpha';
3='PowerPC';
6='ia64';
9='x64';
}
[hashtable]$CPUProcessorType = @{
1='Other';
2='Unknown';
3='Central Processor';
4='Math Processor';
5='DSP Processor';
6='Video Processor';
}
[hashtable]$CPUStatusInfo = @{
1='Other';
2='Unknown';
3='Enabled';
4='Disabled';
5='Not Applicable';
}
[hashtable]$CPUFamily = @{
1='Other';
2='Unknown';
3='8086';
4='80286';
5='80386';
6='80486';
7='8087';
8='80287';
9='80387';
10='80487';
11='Pentium(R) brand';
12='Pentium(R) Pro';
13='Pentium(R) II';
14='Pentium(R) processor with MMX(TM) technology';
15='Celeron(TM)';
16='Pentium(R) II Xeon(TM)';
17='Pentium(R) III';
18='M1 Family';
19='M2 Family';
24='K5 Family';
25='K6 Family';
26='K6-2';
27='K6-3';
28='AMD Athlon(TM) Processor Family';
29='AMD(R) Duron(TM) Processor';
30='AMD29000 Family';
31='K6-2+';
32='Power PC Family';
33='Power PC 601';
34='Power PC 603';
35='Power PC 603+';
36='Power PC 604';
37='Power PC 620';
38='Power PC X704';
39='Power PC 750';
48='Alpha Family';
49='Alpha 21064';
50='Alpha 21066';
51='Alpha 21164';
52='Alpha 21164PC';
53='Alpha 21164a';
54='Alpha 21264';
55='Alpha 21364';
64='MIPS Family';
65='MIPS R4000';
66='MIPS R4200';
67='MIPS R4400';
68='MIPS R4600';
69='MIPS R10000';
80='SPARC Family';
81='SuperSPARC';
82='microSPARC II';
83='microSPARC IIep';
84='UltraSPARC';
85='UltraSPARC II';
86='UltraSPARC IIi';
87='UltraSPARC III';
88='UltraSPARC IIIi';
96='68040';
97='68xxx Family';
98='68000';
99='68010';
100='68020';
101='68030';
112='Hobbit Family';
120='Crusoe(TM) TM5000 Family';
121='Crusoe(TM) TM3000 Family';
122='Efficeon(TM) TM8000 Family';
128='Weitek';
130='Itanium(TM) Processor';
131='AMD Athlon(TM) 64 Processor Family';
132='AMD Opteron(TM) Family';
144='PA-RISC Family';
145='PA-RISC 8500';
146='PA-RISC 8000';
147='PA-RISC 7300LC';
148='PA-RISC 7200';
149='PA-RISC 7100LC';
150='PA-RISC 7100';
160='V30 Family';
176='Pentium(R) III Xeon(TM)';
177='Pentium(R) III Processor with Intel(R) SpeedStep(TM) Technology';
178='Pentium(R) 4';
179='Intel(R) Xeon(TM)';
180='AS400 Family';
181='Intel(R) Xeon(TM) processor MP';
182='AMD AthlonXP(TM) Family';
183='AMD AthlonMP(TM) Family';
184='Intel(R) Itanium(R) 2';
185='Intel Pentium M Processor';
190='K7';
200='IBM390 Family';
201='G4';
202='G5';
203='G6';
204='z/Architecture base';
250='i860';
251='i960';
260='SH-3';
261='SH-4';
280='ARM';
281='StrongARM';
300='6x86';
301='MediaGX';
302='MII';
320='WinChip';
350='DSP';
500='Video Processor';
}
[hashtable]$CPUConfigManagerErrorCode = @{
0='This device is working properly.';
1='This device is not configured correctly.';
2='Windows cannot load the driver for this device.';
3='The driver for this device might be corrupted, or your system may be running low on memory or other resources.';
4='This device is not working properly. One of its drivers or your registry might be corrupted.';
5='The driver for this device needs a resource that Windows cannot manage.';
6='The boot configuration for this device conflicts with other devices.';
7='Cannot filter.';
8='The driver loader for the device is missing.';
9='This device is not working properly because the controlling firmware is reporting the resources for the device incorrectly.';
10='This device cannot start.';
11=' This device failed.';
12='This device cannot find enough free resources that it can use.';
13="Windows cannot verify this device’s resources.";
14='This device cannot work properly until you restart your computer.';
15='This device is not working properly because there is probably a re-enumeration problem.';
16='Windows cannot identify all the resources this device uses.';
17='This device is asking for an unknown resource type.';
18='Reinstall the drivers for this device.';
19='Your registry might be corrupted.';
20='Failure using the VxD loader.';
21='System failure: Try changing the driver for this device. If that does not work, see your hardware documentation. Windows is removing this device.';
22='This device is disabled.';
23="System failure: Try changing the driver for this device. If that doesn’t work, see your hardware documentation.";
24="This device is not present, is not working properly, or does not have all its drivers installed.";
25="Windows is still setting up this device.";
26="Windows is still setting up this device.";
27="This device does not have valid log configuration.";
28="The drivers for this device are not installed.";
29="This device is disabled because the firmware of the device did not give it the required resources.";
30="This device is using an Interrupt Request (IRQ) resource that another device is using.";
31='This device is not working properly because Windows cannot load the drivers required for this device.';
}
[hashtable]$CPUAvailability = @{
1='Other';
2='Unknown';
3='Running/Full Power';
4='Warning';
5='In Test';
6='Not Applicable';
7='Power Off';
8='Off Line';
9='Off Duty';
10='Degraded';
11='Not Installed';
12='Install Error';
13='Power Save - Unknown';
14='Power Save - Low Power Mode';
15='Power Save - Standby';
16='Power Cycle';
17='Power Save - Warning';
18='Paused';
19='Not Ready';
20='Not Configured';
21='Quiesced';
}
[hashtable]$CPUPowerManagementCapabilities = @{
0='Unknown';
1='Not Supported';
2='Disabled';
3='Enabled';
}
<##################################################################################################
################# /lib/provider/memory ############################################################
##################################################################################################>
[hashtable]$MemoryFormFactor = @{
0='Unknown';
1= 'Other';
2= 'SIP';
3= 'DIP';
4= 'ZIP';
5= 'SOJ';
6= 'Proprietary';
7= 'SIMM';
8= 'DIMM';
9= 'TSOP';
10= 'PGA';
11= 'RIMM';
12= 'SODIMM';
13= 'SRIMM';
14= 'SMD';
15= 'SSMP';
16= 'QFP';
17= 'TQFP';
18= 'SOIC';
19= 'LCC';
20= 'PLCC';
21= 'BGA';
22= 'FPBGA';
23= 'LGA';
}
[hashtable]$MemoryInterleavePosition = @{
0= 'Noninterleaved';
1= 'First position';
2= 'Second position';
}
[hashtable]$MemoryMemoryType = @{
0= 'Unknown';
1= 'Other';
2= 'DRAM';
3= 'Synchronous DRAM';
4= 'Cache DRAM';
5= 'EDO';
6= 'EDRAM';
7= 'VRAM';
8= 'SRAM';
9= 'RAM';
10= 'ROM';
11= 'Flash';
12='EEPROM';
13= 'FEPROM';
14= 'EPROM';
15= 'CDRAM';
16= '3DRAM';
17= 'SDRAM';
18= 'SGRAM';
19= 'RDRAM';
20= 'DDR';
21= 'DDR2';
22= 'DDR2 FB-DIMM';
23= 'DDR2—FB-DIMM,May not be available; see note above.';
24= 'DDR3—May not be available; see note above.';
25= 'FBD2';
}
[hashtable]$MemoryTypeDetail = @{
1= 'Reserved';
2= 'Other';
4= 'Unknown';
8= 'Fast-paged';
16= 'Static column';
32= 'Pseudo-static';
64= 'RAMBUS';
128= 'Synchronous';
256= 'CMOS';
512= 'EDO';
1024= 'Window DRAM';
2048= 'Cache DRAM';
4096= 'Non-volatile';
}
<##################################################################################################
################# /lib/provider/Windows ###########################################################
##################################################################################################>
[hashtable]$WindowsOSProductSuite = @{
1= 'Microsoft Small Business Server was once installed, but may have been upgraded to another version of Windows.';
2= 'Windows Server 2008 Enterprise is installed.';
4= 'Windows BackOffice components are installed.';
8= 'Communication Server is installed.';
16= 'Terminal Services is installed.';
32= 'Microsoft Small Business Server is installed with the restrictive client license.';
64= 'Windows Embedded is installed.';
128= 'Datacenter edition is installed.';
256= 'Terminal Services is installed, but only one interactive session is supported.';
512= 'Windows Home Edition is installed.';
1024= 'Web Server Edition is installed.';
8192= 'Storage Server Edition is installed.';
16384= 'Compute Cluster Edition is installed.';
}
[hashtable]$WindowsProductType = @{
1= 'Work Station';
2= 'Domain Controller';
3= 'Server';
}
[hashtable]$WindowsOSType = @{
0= 'Unknown';
1= 'Other';
2= 'MACROS';
3= 'ATTUNIX';
4= 'DGUX';
5= 'DECNT';
6= 'Digital Unix';
7= 'OpenVMS'
8= 'HPUX';
9= 'AIX';
10= 'MVS';
11= 'OS400';
12= 'OS/2';
13= 'JavaVM';
14= 'MSDOS';
15= 'WIN3x';
16= 'WIN95';
17= 'WIN98';
18= 'WINNT';
19= 'WINCE';
20= 'NCR3000';
21= 'NetWare';
22= 'OSF';
23= 'DC/OS';
24= 'Reliant UNIX';
25= 'SCO UnixWare';
26= 'SCO OpenServer';
27= 'Sequent';
28= 'IRIX';
29= 'Solaris';
30= 'SunOS';
31= 'U6000';
32= 'ASERIES';
33= 'TandemNSK';
34= 'TandemNT';
35= 'BS2000';
36= 'LINUX';
37= 'Lynx';
38= 'XENIX';
39= 'VM/ESA';
40= 'Interactive UNIX';
41= 'BSDUNIX';
42= 'FreeBSD';
43= 'NetBSD';
44= 'GNU Hurd';
45= 'OS9';
46= 'MACH Kernel';
47= 'Inferno';
48= 'QNX';
49= 'EPOC';
50= 'IxWorks';
51= 'VxWorks';
52= 'MiNT';
53= 'BeOS';
54= 'HP MPE';
55= 'NextStep';
56= 'PalmPilot';
57= 'Rhapsody';
58= 'Windows 2000';
59= 'Dedicated';
60= 'OS/390';
61= 'VSE';
62= 'TPF';
}
[hashtable]$ProviderEnums = @{
#/lib/provider/bios
BiosCharacteristics = $BiosCharacteristics;
#/lib/provider/disks
DiskCapabilities = $DiskCapabilities;
#/lib/provider/cpu
CPUArchitecture = $CPUArchitecture;
CPUProcessorType = $CPUProcessorType;
CPUStatusInfo = $CPUStatusInfo;
CPUFamily = $CPUFamily;
CPUConfigManagerErrorCode = $CPUConfigManagerErrorCode;
CPUAvailability = $CPUAvailability;
CPUPowerManagementCapabilities = $CPUPowerManagementCapabilities;
#/lib/provider/memory
MemoryFormFactor = $MemoryFormFactor;
MemoryInterleavePosition = $MemoryInterleavePosition;
MemoryMemoryType = $MemoryMemoryType;
MemoryTypeDetail = $MemoryTypeDetail;
#/lib/provider/windows
WindowsOSProductSuite = $WindowsOSProductSuite;
WindowsProductType = $WindowsProductType;
WindowsOSType = $WindowsOSType;
}
Export-ModuleMember -Variable @('ProviderEnums');

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Import-IcingaLib provider\enums;
function Get-IcingaMemory ()
{
<# Collects the most important Memory informations,
e.g. name, version, manufacturer#>
$MEMInformation = Get-CimInstance Win32_PhysicalMemory;
[hashtable]$MEMData = @{};
foreach($memory in $MEMInformation) {
$TypeDetail = @();
$ProviderEnums.MemoryTypeDetail.Keys | Where-Object {
$_ -band $memory.TypeDetail
} | ForEach-Object {
$TypeDetail += $ProviderEnums.MemoryTypeDetail.Get_Item($_);
};
$MEMData.Add(
$memory.tag.trim("Physical Memory"), @{
'metadata' = @{
'Caption' = $memory.Name;
'Description'= $memory.Description;
'Manufacturer'= $memory.Manufacturer;
'Model'= $memory.Model;
'OtherIdentifyingInfo'= $memory.OtherIdentifyingInfo;
'PartNumber'= $memory.PartNumber;
'SerialNumber'= $memory.SerialNumber;
'Tag'= $memory.Tag;
'SMBIOSMemoryType'= $memory.SMBIOSMemoryType;
'DeviceLocator' = $memory.DeviceLocator;
'PositionInRow' = $memory.PositionInRow;
'Version' = $memory.Version;
'PoweredOn' = $memory.PoweredOn;
'Status' = $memory.Status;
'InstallDate' = $memory.InstallDate;
'BankLabel' = $memory.BankLabel;
'InterleaveDataDepth' = $memory.InterleaveDataDepth;
'Attributes' = $memory.Attributes;
'Replaceable' = $memory.Replaceable;
'Removable' = $memory.Removable;
'HotSwappable' = $memory.HotSwappable;
'FormFactor' = @{
'raw' = $memory.FormFactor;
'value' = $ProviderEnums.MemoryFormFactor[[int]$memory.FormFactor];
};
'InterleavePosition' = @{
'raw' = $memory.InterleavePosition;
'value' = $ProviderEnums.MemoryInterleavePosition[[int]$memory.InterleavePosition];
};
'MemoryType' = @{
'raw' = $memory.MemoryType;
'value' = $ProviderEnums.MemoryMemoryType[[int]$memory.MemoryType];
};
'TypeDetail' = @{
'raw' = $memory.TypeDetail;
'value' = $TypeDetail;
};
};
'specs' = @{
'MaxVoltage' = $memory.MaxVoltage;
'MinVoltage' = $memory.MinVoltage;
'ConfiguredVoltage' = $memory.ConfiguredVoltage;
'ConfiguredClockSpeed' = $memory.ConfiguredClockSpeed;
'TotalWidth' = $memory.TotalWidth;
'DataWidth' = $memory.DataWidth;
'Speed' = $memory.Speed;
'Capacity' = $memory.Capacity;
}
}
);
}
return $MEMData;
}
function Get-IcingaMemoryInformation()
{
<# Fetches the information for other more specific Get-IcingaMemory-functions
e.g. Get-IcingaMemoryMaxVoltage; Get-IcingaMemoryTotalWidth.
Can be used to fetch information regarding a value of your choice. #>
param(
[string]$Parameter
);
$MEMInformation = Get-CimInstance Win32_PhysicalMemory;
[hashtable]$MEMData = @{};
foreach ($memory in $MEMInformation) {
$MEMData.Add($memory.tag.trim("Physical Memory"), $memory.$Parameter);
}
return $MEMData;
}
function Get-IcingaMemoryMaxVoltage()
{
$MemoryMaxVoltage = Get-IcingaMemoryInformation -Parameter MaxVoltage;
return @{'value' = $MemoryMaxVoltage; 'name' = 'MaxVoltage'};
}
function Get-IcingaMemoryMinVoltage()
{
$MemoryMinVoltage = Get-IcingaMemoryInformation -Parameter MinVoltage;
return @{'value' = $MemoryMinVoltage; 'name' = 'MinVoltage'};
}
function Get-IcingaMemoryConfiguredVoltage()
{
$MemoryConfiguredVoltage = Get-IcingaMemoryInformation -Parameter ConfiguredVoltage;
return @{'value' = $MemoryConfiguredVoltage; 'name' = 'ConfiguredVoltage'};
}
function Get-IcingaMemoryConfiguredClockSpeed()
{
$MemoryConfiguredClockSpeed = Get-IcingaMemoryInformation -Parameter ConfiguredClockSpeed;
return @{'value' = $MemoryConfiguredClockSpeed; 'name' = 'ConfiguredClockSpeed'};
}
function Get-IcingaMemoryTotalWidth()
{
$MemoryTotalWidth = Get-IcingaMemoryInformation -Parameter TotalWidth;
return @{'value' = $MemoryTotalWidth; 'name' = 'TotalWidth'};
}
function Get-IcingaMemoryDataWidth()
{
$MemoryDataWidth = Get-IcingaMemoryInformation -Parameter DataWidth;
return @{'value' = $MemoryDataWidth; 'name' = 'DataWidth'};
}
function Get-IcingaMemorySpeed()
{
$MemorySpeed = Get-IcingaMemoryInformation -Parameter Speed;
return @{'value' = $MemorySpeed; 'name' = 'Speed'};
}
function Get-IcingaMemoryCapacity()
{
$MemoryCapacity = Get-IcingaMemoryInformation -Parameter Capacity;
return @{'value' = $MemoryCapacity; 'name' = 'Capacity'};
}

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function Show-IcingaMemoryData ()
{
$MEMInformation = Get-CimInstance Win32_PhysicalMemory;
[hashtable]$MEMData = @{};
foreach($memory in $MEMInformation) {
$MEMData.Add(
$memory.tag.trim("Physical Memory"), @{
'Caption' = $memory.Name;
'Description' = $memory.Description;
'Name' = $memory.Name;
'InstallDate' = $memory.InstallDate;
'Status' = $memory.Status
'CreationClassName'= $memory.CreationClassName
'Manufacturer'= $memory.Manufacturer
'Model'= $memory.Model
'OtherIdentifyingInfo'= $memory.OtherIdentifyingInfo
'PartNumber'= $memory.PartNumber
'PoweredOn'= $memory.PoweredOn
'SerialNumber'= $memory.SerialNumber
'SKU'= $memory.SKU
'Tag'= $memory.Tag
'Version'= $memory.Version
'HotSwappable'= $memory.HotSwappable
'Removable'= $memory.Removable
'Replaceable'= $memory.Replaceable
'FormFactor'= $memory.FormFactor
'BankLabel'= $memory.BankLabel
'Capacity'= $memory.Capacity
'DataWidth'= $memory.DataWidth
'InterleavePosition'= $memory.InterleavePosition
'MemoryType'= $memory.MemoryType
'PositionInRow'= $memory.PositionInRow
'Speed'= $memory.Speed
'TotalWidth'= $memory.TotalWidth
'Attributes'= $memory.Attributes
'ConfiguredClockSpeed'= $memory.ConfiguredClockSpeed
'ConfiguredVoltage'= $memory.ConfiguredVoltage
'DeviceLocator'= $memory.DeviceLocator
'InterleaveDataDepth'= $memory.InterleaveDataDepth
'MaxVoltage'= $memory.MaxVoltage
'MinVoltage'= $memory.MinVoltage
'SMBIOSMemoryType'= $memory.SMBIOSMemoryType
'TypeDetail'= $memory.TypeDetail
'PSComputerName'= $memory.PSComputerName
}
);
}
return $MEMData;
}

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Import-IcingaLib provider\enums;
Import-IcingaLib provider\cpu;
function Add-IcingaProcessPerfData()
{
param($ProcessList, $ProcessKey, $Process);
if ($ProcessList.ContainsKey($ProcessKey) -eq $FALSE) {
$ProcessList.Add($ProcessKey, $Process.$ProcessKey);
} else {
$ProcessList[$ProcessKey] += $Process.$ProcessKey;
}
}
function Get-IcingaProcessData {
$ProcessInformation = Get-WmiObject Win32_Process;
$ProcessPerfDataList = Get-WmiObject Win32_PerfFormattedData_PerfProc_Process;
$ProcessUniqueList = Get-WmiObject Win32_Process | Select-Object name -unique;
$CPUCoreCount = Get-IcingaCPUCount;
[hashtable]$ProcessData = @{};
[hashtable]$ProcessList = @{};
[hashtable]$ProcessNamesUnique = @{};
[hashtable]$ProcessIDsByName = @{};
foreach ($process in $ProcessInformation) {
[string]$processName = $process.Name.Replace('.exe', '');
if ($ProcessList.ContainsKey($processName) -eq $FALSE) {
$ProcessList.Add($processName, @{
'ProcessList' = @{};
'PerformanceData' = @{}
});
}
$ProcessList[$processName]['ProcessList'].Add(
[string]$process.ProcessID, @{
'Name' = $process.Name;
'ProcessId' = $process.ProcessId;
'Priority' = $process.Priority;
'PageFileUsage' = $process.PageFileUsage;
'ThreadCount' = $process.ThreadCount;
'KernelModeTime' = $process.KernelModeTime;
'UserModeTime' = $process.UserModeTime;
'WorkingSetSize' = $process.WorkingSetSize;
'CommandLine' = $process.CommandLine;
}
);
Add-IcingaProcessPerfData -ProcessList $ProcessList[$processName]['PerformanceData'] -ProcessKey 'ThreadCount' -Process $process;
Add-IcingaProcessPerfData -ProcessList $ProcessList[$processName]['PerformanceData'] -ProcessKey 'PageFileUsage' -Process $process;
Add-IcingaProcessPerfData -ProcessList $ProcessList[$processName]['PerformanceData'] -ProcessKey 'KernelModeTime' -Process $process;
Add-IcingaProcessPerfData -ProcessList $ProcessList[$processName]['PerformanceData'] -ProcessKey 'UserModeTime' -Process $process;
Add-IcingaProcessPerfData -ProcessList $ProcessList[$processName]['PerformanceData'] -ProcessKey 'WorkingSetSize' -Process $process;
}
foreach ($process in $ProcessPerfDataList) {
if ($process.Name -eq '_Total' -Or $process.Name -eq 'Idle') {
continue;
}
[string]$processName = $process.Name.Split('#')[0];
[string]$ProcessId = $process.IDProcess;
if ($ProcessList.ContainsKey($processName) -eq $FALSE) {
Write-Host 'Unknown Process Name: ' $processName;
continue;
}
if ($ProcessList[$processName]['ProcessList'].ContainsKey($ProcessId) -eq $FALSE) {
Write-Host 'Unknown Process ID: ' $ProcessId;
continue;
}
$ProcessList[$processName]['ProcessList'][$ProcessId].Add(
'WorkingSetPrivate', $process.WorkingSetPrivate
);
$ProcessList[$processName]['ProcessList'][$ProcessId].Add(
'PercentProcessorTime', ($process.PercentProcessorTime / $CPUCoreCount)
);
Add-IcingaProcessPerfData -ProcessList $ProcessList[$processName]['PerformanceData'] -ProcessKey 'WorkingSetPrivate' -Process $process;
if ($ProcessList[$processName]['PerformanceData'].ContainsKey('PercentProcessorTime') -eq $FALSE) {
$ProcessList[$processName]['PerformanceData'].Add('PercentProcessorTime', ($process.PercentProcessorTime / $CPUCoreCount));
} else {
$ProcessList[$processName]['PerformanceData']['PercentProcessorTime'] += ($process.PercentProcessorTime / $CPUCoreCount);
}
}
$ProcessData.Add('Process Count', $ProcessInformation.Count);
$ProcessData.add('Processes', $ProcessList);
return $ProcessData;
}

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function Get-IcingaServices()
{
param (
[array]$Service
)
$ServiceInformation = Get-Service -Name $Service;
[hashtable]$ServiceData = @{};
foreach ($service in $ServiceInformation) {
[array]$DependentServices = $null;
[array]$DependingServices = $null;
#Dependent / Child
foreach ($dependency in $service.DependentServices) {
if ($null -eq $DependentServices) { $DependentServices = @(); }
$DependentServices += $dependency.Name;
}
#Depends / Parent
foreach ($dependency in $service.ServicesDependedOn) {
if ($null -eq $DependingServices) { $DependingServices = @(); }
$DependingServices += $dependency.Name;
}
$ServiceData.Add(
$service.Name, @{
'metadata' = @{
'DisplayName' = $service.DisplayName;
'ServiceName' = $service.ServiceName;
'Site' = $service.Site;
'Container' = $service.Container;
'ServiceHandle' = $service.ServiceHandle;
'Dependent' = $DependentServices;
'Depends' = $DependingServices;
};
'configuration' = @{
'CanPauseAndContinue' = $service.CanPauseAndContinue;
'CanShutdown' = $service.CanShutdown;
'CanStop' = $service.CanStop;
'Status' = @{
'raw' = [int]$service.Status;
'value' = $service.Status;
};
'ServiceType' = @{
'raw' = [int]$service.ServiceType;
'value' = $service.ServiceType;
};
'ServiceHandle' = $service.ServiceHandle;
'StartType' = @{
'raw' = [int]$service.StartType;
'value' = $service.StartType;
};
}
}
);
}
return $ServiceData;
}

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function Get-IcingaUpdatesHotfix (){
[hashtable]$HotfixInfo = @{};
[hashtable]$HotfixNameCache = @{};
# First fetch all of our hotfixes
$Hotfixes = Get-Hotfix;
foreach ($property in $Hotfixes) {
[hashtable]$HotfixData = @{};
foreach ($hotfix in $property.Properties) {
$HotfixData.Add($hotfix.Name, $hotfix.Value);
}
[string]$name = [string]::Format('{0} [{1}]', $HotfixData.HotFixID, $HotfixData.InstalledOn);
if ($HotfixNameCache.ContainsKey($name) -eq $FALSE) {
$HotfixNameCache.Add($name, 1);
} else {
$HotfixNameCache[$name] += 1;
$name = [string]::Format('{0} ({1})', $name, $HotfixNameCache[$name]);
}
$HotfixInfo.Add($name, $HotfixData);
}
return $HotfixInfo;
}

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function Get-IcingaUpdatesInstalled ()
{
# Fetch all informations about installed updates and add them
$WindowsUpdates = New-Object -ComObject "Microsoft.Update.Session";
$SearchIndex = $WindowsUpdates.CreateUpdateSearcher();
[hashtable]$UpdateList = @{};
[hashtable]$UpdateInstalled = @{};
[hashtable]$UpdateUninstalled = @{};
[hashtable]$UpdateOther = @{};
# Operation ID's
# 1: Installed
# 2: Uninstalled
# 3: Other
# At first get a list of our Windows Update history
$Updates = $SearchIndex.QueryHistory(0, $SearchIndex.GetTotalHistoryCount()) |
Select-Object Operation, ResultCode, HResult, Date, Title, Description, ServiceID, SupportUrl;
foreach ($update in $Updates) {
[string]$UpdateKey = [string]::Format('{0} [{1}|{2}]', $update.Title, $update.Date, $update.HResult);
switch ($update.Operation) {
1 {
if ($UpdateInstalled.ContainsKey($UpdateKey) -eq $FALSE) {
$UpdateInstalled.Add($UpdateKey, $update);
} else {
$Icinga2.Log.Write(
$Icinga2.Enums.LogState.Warning,
[string]::Format(
'Unable to add update "{0}" to update list. The key with content "{1}" is already present',
$UpdateKey,
$update
)
);
}
};
2 {
if ($UpdateUninstalled.ContainsKey($UpdateKey) -eq $FALSE) {
$UpdateUninstalled.Add($UpdateKey, $update);
} else {
$Icinga2.Log.Write(
$Icinga2.Enums.LogState.Warning,
[string]::Format(
'Unable to add update "{0}" to update list. The key with content "{1}" is already present',
$UpdateKey,
$update
)
);
}
};
default {
if ($UpdateOther.ContainsKey($UpdateKey) -eq $FALSE) {
$UpdateOther.Add($UpdateKey, $update);
} else {
$Icinga2.Log.Write(
$Icinga2.Enums.LogState.Warning,
[string]::Format(
'Unable to add update "{0}" to update list. The key with content "{1}" is already present',
$UpdateKey,
$update
)
);
}
};
}
}
$UpdateList.Add('installed', $UpdateInstalled);
$UpdateList.Add('uninstalled', $UpdateUninstalled);
$UpdateList.Add('other', $UpdateOther);
return $UpdateList;
}

78
lib/provider/updates/Get-IcingaUpdatesPending.psm1 Normal file
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function Get-IcingaUpdatesPending ()
{
[hashtable]$PendingUpdates = @{};
[hashtable]$PendingUpdateNameCache = @{};
# Fetch all informations about installed updates and add them
$WindowsUpdates = New-Object -ComObject "Microsoft.Update.Session";
$SearchIndex = $WindowsUpdates.CreateUpdateSearcher();
try {
# Get a list of current pending updates which are not yet installed on the system
$Pending = $SearchIndex.Search("IsInstalled=0");
$PendingUpdates.Add('count', $Pending.Updates.Count);
foreach ($update in $Pending.Updates) {
[hashtable]$PendingUpdateDetails = @{};
$PendingUpdateDetails.Add('Title', $update.Title);
$PendingUpdateDetails.Add('Deadline', $update.Deadline);
$PendingUpdateDetails.Add('Description', $update.Description);
$PendingUpdateDetails.Add('IsBeta', $update.IsBeta);
$PendingUpdateDetails.Add('IsDownloaded', $update.IsDownloaded);
$PendingUpdateDetails.Add('IsHidden', $update.IsHidden);
$PendingUpdateDetails.Add('IsInstalled', $update.IsInstalled);
$PendingUpdateDetails.Add('IsMandatory', $update.IsMandatory);
$PendingUpdateDetails.Add('IsUninstallable', $update.IsUninstallable);
$PendingUpdateDetails.Add('Languages', $update.Languages);
$PendingUpdateDetails.Add('LastDeploymentChangeTime', $update.LastDeploymentChangeTime);
$PendingUpdateDetails.Add('MaxDownloadSize', $update.MaxDownloadSize);
$PendingUpdateDetails.Add('MinDownloadSize', $update.MinDownloadSize);
$PendingUpdateDetails.Add('MoreInfoUrls', $update.MoreInfoUrls);
$PendingUpdateDetails.Add('MsrcSeverity', $update.MsrcSeverity);
$PendingUpdateDetails.Add('RecommendedCpuSpeed', $update.RecommendedCpuSpeed);
$PendingUpdateDetails.Add('RecommendedHardDiskSpace', $update.RecommendedHardDiskSpace);
$PendingUpdateDetails.Add('RecommendedMemory', $update.RecommendedMemory);
$PendingUpdateDetails.Add('ReleaseNotes', $update.ReleaseNotes);
$PendingUpdateDetails.Add('SecurityBulletinIDs', $update.SecurityBulletinIDs);
$PendingUpdateDetails.Add('SupersededUpdateIDs', $update.SupersededUpdateIDs);
$PendingUpdateDetails.Add('SupportUrl', $update.SupportUrl);
$PendingUpdateDetails.Add('Type', $update.Type);
$PendingUpdateDetails.Add('UninstallationNotes', $update.UninstallationNotes);
$PendingUpdateDetails.Add('UninstallationBehavior', $update.UninstallationBehavior);
$PendingUpdateDetails.Add('UninstallationSteps', $update.UninstallationSteps);
$PendingUpdateDetails.Add('KBArticleIDs', $update.KBArticleIDs);
$PendingUpdateDetails.Add('DeploymentAction', $update.DeploymentAction);
$PendingUpdateDetails.Add('DownloadPriority', $update.DownloadPriority);
$PendingUpdateDetails.Add('RebootRequired', $update.RebootRequired);
$PendingUpdateDetails.Add('IsPresent', $update.IsPresent);
$PendingUpdateDetails.Add('CveIDs', $update.CveIDs);
$PendingUpdateDetails.Add('BrowseOnly', $update.BrowseOnly);
$PendingUpdateDetails.Add('PerUser', $update.PerUser);
$PendingUpdateDetails.Add('AutoSelection', $update.AutoSelection);
$PendingUpdateDetails.Add('AutoDownload', $update.AutoDownload);
[string]$name = [string]::Format('{0} [{1}]', $update.Title, $update.LastDeploymentChangeTime);
if ($PendingUpdateNameCache.ContainsKey($name) -eq $FALSE) {
$PendingUpdateNameCache.Add($name, 1);
} else {
$PendingUpdateNameCache[$name] += 1;
$name = [string]::Format('{0} ({1})', $name, $PendingUpdateNameCache[$name]);
}
$PendingUpdates.Add($name, $PendingUpdateDetails);
}
} catch {
if ($PendingUpdates.ContainsKey('Count') -eq $FALSE) {
$PendingUpdates.Add('count', 0);
} else {
$PendingUpdates['count'] = 0;
}
$PendingUpdates.Add('error', [string]::Format(
'Failed to query Windows Update server: {0}',
$_.Exception.Message
));
}
return $PendingUpdates;
}

49
lib/provider/windows/Icinga_ProviderWindows.psm1 Normal file
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Import-IcingaLib provider\enums;
function Get-IcingaWindows()
{
$WindowsInformations = Get-CimInstance Win32_OperatingSystem;
$OSProductSuite = @();
$ProviderEnums.WindowsOSProductSuite.Keys | Where-Object {
$_ -band $WindowsInformations.OSProductSuite
} | ForEach-Object {
$OSProductSuite += $ProviderEnums.WindowsOSProductSuite.Get_Item($_);
};
$windows_datails = @{};
$windows_datails.Add(
'windows', @{
'metadata' = @{
'Version' = $WindowsInformations.Version;
'CurrentTimeZone' = $WindowsInformations.CurrentTimeZone;
'InstallDate' = $WindowsInformations.InstallDate;
'SystemDevice' = $WindowsInformations.SystemDevice;
'SystemDirectory' = $WindowsInformations.SystemDirectory;
'BuildType' = $WindowsInformations.BuildType;
'BuildNumber' = $WindowsInformations.BuildNumber;
'OSArchitecture' = $WindowsInformations.OSArchitecture;
'NumberOfUsers' = $WindowsInformations.NumberOfUsers;
'OSType' = @{
'raw' = $WindowsInformations.OSType;
'value' = $ProviderEnums.WindowsOSType[[int]$WindowsInformations.OSType];
};
'OSProductSuite' = @{
'raw' = $WindowsInformations.OSProductSuite;
'value' = $OSProductSuite;
};
'ProductType' = @{
'raw' = $WindowsInformations.ProductType;
'value' = $ProviderEnums.WindowsProductType[[int]$WindowsInformations.ProductType];
};
};
'language' = @{
'CountryCode' = $WindowsInformations.CountryCode;
'OSLanguage' = $WindowsInformations.OSLanguage;
'Locale' = $WindowsInformations.Locale;
}
}
);
return $windows_datails;
}

11
lib/provider/windows/Show-IcingaWindowsData.psm1 Normal file
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function Show-IcingaWindowsData()
{
$WindowsInformations = Get-CimInstance Win32_OperatingSystem;
$windows_datails = @{};
foreach($cpu_core in $WindowsInformations.CimInstanceProperties) {
$windows_datails.Add($cpu_core.Name, $cpu_core.Value);
}
return $windows_datails;
}