IntegrisPowerShell.psm1
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### ====================================================================================================================== ### INTEGRIS POWERSHELL MODULE ### ====================================================================================================================== <#--- NAMING CONVENTION RULES: VERBS: GET/SET - Standard FUNCTIONs to Retrieve Information or Change Settings SEARCH - FUNCTIONs for Easier Use of Complex PowerShell Queries REPORT - Complex FUNCTIONs, Often With Numerous Parameter Options CHECK - FUNCTIONs for Quickly Gather Information Related to Potential Issues (In Development) Naming: GET-[Subject]Info - Get Info About a Single Item (GET-WindowsInfo, GET-InternetInfo) GET-[Subject][Item] - Collect Info About a Set of Items (GET-RAMModule, GET-DisplayDevice) GET-[Subject][Item]Event - Gets Info from Event Log ALIASES: Commands Have INT Alias for easier tabbing (i.e. GET-InternetInfo can also be called with INTGET-InternetInfo) Commands Have Aliases for common synonyms (i.e. GET-CPUInfo can also be called with GET-ProcessorInfo) OTHER: No Plurals in Command Names (GET-RAMModule not GET-RAMModules) ---#> ### ====================================================================================================================== ### NOTES FOR CHANGES TO MAKE ### ====================================================================================================================== ### Change Available RAM in Performance Report to a Percentage ### Update Network Connection Commands to Check for Static IP\DNS ### Add CPU Temp to Performance and CPU Info Script ### Command for Getting Printers and Printer Statuses? ### ### ============================================================================================== ### ### HELP FUNCTIONS ### ### ============================================================================================== FUNCTION GET-IntegrisPowerShellVersion { RETURN "1.9.48" } New-Alias -Name INTGET-IntegrisPowerShellVersion -Value GET-IntegrisPowerShellVersion Export-ModuleMember -FUNCTION GET-IntegrisPowerShellVersion -Alias INTGET-IntegrisPowerShellVersion ### ### ============================================================================================== ### ### ERROR FUNCTIONS ### ### ============================================================================================== FUNCTION ErrorCheck-AdministratorElevation { IF (-NOT ([Security.Principal.WindowsPrincipal] [Security.Principal.WindowsIdentity]::GetCurrent()).IsInRole(` [Security.Principal.WindowsBuiltInRole] “Administrator”)) { Write-Host Write-Warning “You do not have Administrator rights to run this script.`nNo changes were made. Please re-run this command as an Administrator.” RETURN $True } } ### ### ============================================================================================== ### ### GET\SET FUNCTIONS ### ### ============================================================================================== FUNCTION GET-ApplicationInstalled { $Results = @() $Applications = GET-CIMInstance Win32_Product -ErrorAction SilentlyContinue | Where-Object { $_.Name -ne $null -and $_.Name -notlike "*Visual C++*" -and $_.Name -notlike "*Update for Windows*" -and $_.Name -notlike "*Click-to-Run*" } FOREACH ($Application in $Applications) { $InstallDateString = $Application.InstallDate.Substring(0,4) $InstallDateString += "-" $InstallDateString += $Application.InstallDate.Substring(4,2) $InstallDateString += "-" $InstallDateString += $Application.InstallDate.Substring(6,2) $InstallDateTime = [DateTime]$InstallDateString $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Name = $Application.Name Version = $Application.Version Vendor = $Application.Vendor InstallDate = $InstallDateTime UninstallerPath = $Application.LocalPackage } } RETURN $Results | Select Name, Version, InstallDate, Vendor, UninstallerPath } FUNCTION GET-ApplicationEvent { param ( [ValidateSet("Install","Uninstall")] [string[]]$EventType = @("Install","Uninstall") ) $Username = "" $Results = @() $Events = @() $ActionType = "" IF ($EventType -contains "Install") { $Events += Get-WinEvent -FilterHashtable @{ProviderName = "MSIInstaller"; ID = @(11707)} -ErrorAction SilentlyContinue } IF ($EventType -contains "Uninstall") { $Events += Get-WinEvent -FilterHashtable @{ProviderName = "MSIInstaller"; ID = @(1034)} -ErrorAction SilentlyContinue } FOREACH ($Event in $Events) { $SID = New-Object System.Security.Principal.SecurityIdentifier($Event.UserID) $Username = $SID.Translate([System.Security.Principal.NTAccount]) IF ($Event.ID -eq "1034") { $ActionType = "Uninstall" } ELSE { $ActionType = "Install" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Hostname = $Event.MachineName ID = $Event.ID Source = $Event.ProviderName LogName = $Event.LogName User = $Username TimeCreated = $Event.TimeCreated ActionType = $ActionType Message = $Event.Message } } RETURN $Results | Select ActionType, User, TimeCreated, Message | Sort-Object -Property TimeCreated -Descending } FUNCTION GET-BIOSSetting { $Results = @() $Manufacturer = (GET-CIMInstance Win32_SystemEnclosure).Manufacturer IF ($Manufacturer -like "*Hewlett*") { $Results = GET-BIOSSettingsHP } ELSEIF ($Manufacturer -like "*Dell*") { $Results = GET-BIOSSettingsDell } ELSEIF ($Manufacturer -like "*Lenovo*") { $Results = GET-BIOSSettingsLenovo } ELSE { Write-Host Write-Warning “This command is currently only supported for HP, Dell, and Lenovo computers.” RETURN } RETURN $Results } FUNCTION GET-ChassisInfo { $ChassisInfo = GET-CIMInstance Win32_SystemEnclosure -ErrorAction SilentlyContinue $ComputerInfo = GET-CIMInstance Win32_ComputerSystem Switch ($ChassisInfo.ChassisTypes) { "1" { $EnclosureType = "Other" } "2" { $EnclosureType = "Unknown" } "3" { $EnclosureType = "Desktop" } "4" { $EnclosureType = "Low Profile Desktop" } "5" { $EnclosureType = "Pizza Box" } "6" { $EnclosureType = "Mini Tower" } "7" { $EnclosureType = "Tower" } "8" { $EnclosureType = "Portable" } "9" { $EnclosureType = "Laptop" } "10" { $EnclosureType = "Notebook" } "11" { $EnclosureType = "Hand Held" } "12" { $EnclosureType = "Docking Station" } "13" { $EnclosureType = "All in One" } "14" { $EnclosureType = "Sub Notebook" } "15" { $EnclosureType = "Space-Saving" } "16" { $EnclosureType = "Lunch Box" } "17" { $EnclosureType = "Main System Chassis" } "18" { $EnclosureType = "Expansion Chassis" } "19" { $EnclosureType = "SubChassis" } "20" { $EnclosureType = "Bus Expansion Chassis" } "21" { $EnclosureType = "Peripheral Chassis" } "22" { $EnclosureType = "Storage Chassis" } "23" { $EnclosureType = "Rack Mount Chassis" } "24" { $EnclosureType = "Sealed-Case PC" } "30" { $EnclosureType = "Tablet" } "31" { $EnclosureType = "Convertible" } "32" { $EnclosureType = "Detachable" } default { $EnclosureType = "Unknown" } } $Age = (GET-CPUDevice).YearsOld $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Hostname = $ComputerInfo.Name Model = $ComputerInfo.Model Manufacturer = $ChassisInfo.Manufacturer SerialNumber = $ChassisInfo.SerialNumber ChassisType = $EnclosureType YearsOld = $Age } RETURN $Results | Select Hostname, Model, Manufacturer, ChassisType, SerialNumber, YearsOld } FUNCTION GET-CPUDevice { $Results = @() $CPUs = GET-CIMInstance win32_Processor FOREACH ($AllInfo in $CPUs) { $ProcessorName = New-Object 'string[]' 1000 $ProcessorScore = New-Object 'string[]' 1000 $WorkstationProcessorName = GET-CIMInstance win32_Processor | select name $WorkstationProcessorName = $WorkstationProcessorName.Name $WorkstationProcessorScore = "Unknown" $ProcessorName[0] = "i3-1000NG4 "; $ProcessorScore[0] = "4326" $ProcessorName[1] = "i3-1005G1 "; $ProcessorScore[1] = "5257" $ProcessorName[2] = "i3-10100 "; $ProcessorScore[2] = "8865" $ProcessorName[3] = "i3-10100T "; $ProcessorScore[3] = "7589" $ProcessorName[4] = "i3-10110U "; $ProcessorScore[4] = "4076" $ProcessorName[5] = "i3-10110Y "; $ProcessorScore[5] = "3639" $ProcessorName[6] = "i3-10300 "; $ProcessorScore[6] = "9256" $ProcessorName[7] = "i3-10300T "; $ProcessorScore[7] = "8355" $ProcessorName[8] = "i3-2100 "; $ProcessorScore[8] = "1781" $ProcessorName[9] = "i3-2100T "; $ProcessorScore[9] = "1694" $ProcessorName[10] = "i3-2102 "; $ProcessorScore[10] = "2029" $ProcessorName[11] = "i3-2105 "; $ProcessorScore[11] = "1814" $ProcessorName[12] = "i3-21050 "; $ProcessorScore[12] = "2193" $ProcessorName[13] = "i3-2120 "; $ProcessorScore[13] = "1901" $ProcessorName[14] = "i3-2120T "; $ProcessorScore[14] = "1436" $ProcessorName[15] = "i3-2125 "; $ProcessorScore[15] = "2167" $ProcessorName[16] = "i3-2130 "; $ProcessorScore[16] = "1984" $ProcessorName[17] = "i3-2140 "; $ProcessorScore[17] = "2456" $ProcessorName[18] = "i3-2310E "; $ProcessorScore[18] = "1845" $ProcessorName[19] = "i3-2310M "; $ProcessorScore[19] = "1169" $ProcessorName[20] = "i3-2312M "; $ProcessorScore[20] = "1369" $ProcessorName[21] = "i3-2328M "; $ProcessorScore[21] = "1217" $ProcessorName[22] = "i3-2330E "; $ProcessorScore[22] = "1823" $ProcessorName[23] = "i3-2330M "; $ProcessorScore[23] = "1226" $ProcessorName[24] = "i3-2332M "; $ProcessorScore[24] = "1353" $ProcessorName[25] = "i3-2340UE "; $ProcessorScore[25] = "976" $ProcessorName[26] = "i3-2348M "; $ProcessorScore[26] = "1221" $ProcessorName[27] = "i3-2350M "; $ProcessorScore[27] = "1204" $ProcessorName[28] = "i3-2357M "; $ProcessorScore[28] = "866" $ProcessorName[29] = "i3-2365M "; $ProcessorScore[29] = "864" $ProcessorName[30] = "i3-2367M "; $ProcessorScore[30] = "933" $ProcessorName[31] = "i3-2370M "; $ProcessorScore[31] = "1276" $ProcessorName[32] = "i3-2375M "; $ProcessorScore[32] = "929" $ProcessorName[33] = "i3-2377M "; $ProcessorScore[33] = "861" $ProcessorName[34] = "i3-3110M "; $ProcessorScore[34] = "1568" $ProcessorName[35] = "i3-3120M "; $ProcessorScore[35] = "1638" $ProcessorName[36] = "i3-3130M "; $ProcessorScore[36] = "1824" $ProcessorName[37] = "i3-3210 "; $ProcessorScore[37] = "2036" $ProcessorName[38] = "i3-3217U "; $ProcessorScore[38] = "1177" $ProcessorName[39] = "i3-3217UE "; $ProcessorScore[39] = "1362" $ProcessorName[40] = "i3-3220 "; $ProcessorScore[40] = "2200" $ProcessorName[41] = "i3-3220T "; $ProcessorScore[41] = "1991" $ProcessorName[42] = "i3-3225 "; $ProcessorScore[42] = "2174" $ProcessorName[43] = "i3-3227U "; $ProcessorScore[43] = "1285" $ProcessorName[44] = "i3-3229Y "; $ProcessorScore[44] = "1236" $ProcessorName[45] = "i3-3240 "; $ProcessorScore[45] = "2274" $ProcessorName[46] = "i3-3240T "; $ProcessorScore[46] = "1981" $ProcessorName[47] = "i3-3245 "; $ProcessorScore[47] = "2643" $ProcessorName[48] = "i3-3250 "; $ProcessorScore[48] = "2331" $ProcessorName[49] = "i3-3250T "; $ProcessorScore[49] = "2650" $ProcessorName[50] = "i3-330E "; $ProcessorScore[50] = "1260" $ProcessorName[51] = "i3-330M "; $ProcessorScore[51] = "971" $ProcessorName[52] = "i3-330UM "; $ProcessorScore[52] = "666" $ProcessorName[53] = "i3-350M "; $ProcessorScore[53] = "1056" $ProcessorName[54] = "i3-370M "; $ProcessorScore[54] = "1128" $ProcessorName[55] = "i3-380M "; $ProcessorScore[55] = "1124" $ProcessorName[56] = "i3-380UM "; $ProcessorScore[56] = "708" $ProcessorName[57] = "i3-390M "; $ProcessorScore[57] = "1231" $ProcessorName[58] = "i3-4000M "; $ProcessorScore[58] = "1692" $ProcessorName[59] = "i3-4005U "; $ProcessorScore[59] = "1666" $ProcessorName[60] = "i3-4010U "; $ProcessorScore[60] = "1672" $ProcessorName[61] = "i3-4010Y "; $ProcessorScore[61] = "1310" $ProcessorName[62] = "i3-4012Y "; $ProcessorScore[62] = "1256" $ProcessorName[63] = "i3-4020Y "; $ProcessorScore[63] = "1437" $ProcessorName[64] = "i3-4025U "; $ProcessorScore[64] = "1918" $ProcessorName[65] = "i3-4030U "; $ProcessorScore[65] = "1871" $ProcessorName[66] = "i3-4030Y "; $ProcessorScore[66] = "1623" $ProcessorName[67] = "i3-4100M "; $ProcessorScore[67] = "2362" $ProcessorName[68] = "i3-4110M "; $ProcessorScore[68] = "2580" $ProcessorName[69] = "i3-4110U "; $ProcessorScore[69] = "1853" $ProcessorName[70] = "i3-4120U "; $ProcessorScore[70] = "1948" $ProcessorName[71] = "i3-4130 "; $ProcessorScore[71] = "3266" $ProcessorName[72] = "i3-4130T "; $ProcessorScore[72] = "2848" $ProcessorName[73] = "i3-4150 "; $ProcessorScore[73] = "3375" $ProcessorName[74] = "i3-4150T "; $ProcessorScore[74] = "2726" $ProcessorName[75] = "i3-4158U "; $ProcessorScore[75] = "1718" $ProcessorName[76] = "i3-4160 "; $ProcessorScore[76] = "3474" $ProcessorName[77] = "i3-4160T "; $ProcessorScore[77] = "3086" $ProcessorName[78] = "i3-4170 "; $ProcessorScore[78] = "3596" $ProcessorName[79] = "i3-4170T "; $ProcessorScore[79] = "3177" $ProcessorName[80] = "i3-4330 "; $ProcessorScore[80] = "3576" $ProcessorName[81] = "i3-4330T "; $ProcessorScore[81] = "3098" $ProcessorName[82] = "i3-4330TE "; $ProcessorScore[82] = "2500" $ProcessorName[83] = "i3-4340 "; $ProcessorScore[83] = "3528" $ProcessorName[84] = "i3-4350 "; $ProcessorScore[84] = "3163" $ProcessorName[85] = "i3-4350T "; $ProcessorScore[85] = "2888" $ProcessorName[86] = "i3-4360 "; $ProcessorScore[86] = "3577" $ProcessorName[87] = "i3-4360T "; $ProcessorScore[87] = "3164" $ProcessorName[88] = "i3-4370 "; $ProcessorScore[88] = "3851" $ProcessorName[89] = "i3-4370T "; $ProcessorScore[89] = "3187" $ProcessorName[90] = "i3-4570T "; $ProcessorScore[90] = "3244" $ProcessorName[91] = "i3-5005U "; $ProcessorScore[91] = "2039" $ProcessorName[92] = "i3-5010U "; $ProcessorScore[92] = "2161" $ProcessorName[93] = "i3-5015U "; $ProcessorScore[93] = "2047" $ProcessorName[94] = "i3-5020U "; $ProcessorScore[94] = "2222" $ProcessorName[95] = "i3-5157U "; $ProcessorScore[95] = "2613" $ProcessorName[96] = "i3-530 "; $ProcessorScore[96] = "1437" $ProcessorName[97] = "i3-540 "; $ProcessorScore[97] = "1505" $ProcessorName[98] = "i3-550 "; $ProcessorScore[98] = "1553" $ProcessorName[99] = "i3-560 "; $ProcessorScore[99] = "1626" $ProcessorName[100] = "i3-6006U "; $ProcessorScore[100] = "2288" $ProcessorName[101] = "i3-6098P "; $ProcessorScore[101] = "4127" $ProcessorName[102] = "i3-6100 "; $ProcessorScore[102] = "4153" $ProcessorName[103] = "i3-6100E "; $ProcessorScore[103] = "3315" $ProcessorName[104] = "i3-6100H "; $ProcessorScore[104] = "3191" $ProcessorName[105] = "i3-6100T "; $ProcessorScore[105] = "3660" $ProcessorName[106] = "i3-6100TE "; $ProcessorScore[106] = "3354" $ProcessorName[107] = "i3-6100U "; $ProcessorScore[107] = "2623" $ProcessorName[108] = "i3-6102E "; $ProcessorScore[108] = "2349" $ProcessorName[109] = "i3-6157U "; $ProcessorScore[109] = "2758" $ProcessorName[110] = "i3-6300 "; $ProcessorScore[110] = "4464" $ProcessorName[111] = "i3-6300T "; $ProcessorScore[111] = "4040" $ProcessorName[112] = "i3-6320 "; $ProcessorScore[112] = "4419" $ProcessorName[113] = "i3-7020U "; $ProcessorScore[113] = "2557" $ProcessorName[114] = "i3-7100 "; $ProcessorScore[114] = "4290" $ProcessorName[115] = "i3-7100H "; $ProcessorScore[115] = "3460" $ProcessorName[116] = "i3-7100T "; $ProcessorScore[116] = "3795" $ProcessorName[117] = "i3-7100U "; $ProcessorScore[117] = "2724" $ProcessorName[118] = "i3-7101TE "; $ProcessorScore[118] = "4003" $ProcessorName[119] = "i3-7102E "; $ProcessorScore[119] = "2521" $ProcessorName[120] = "i3-7130U "; $ProcessorScore[120] = "2995" $ProcessorName[121] = "i3-7167U "; $ProcessorScore[121] = "3489" $ProcessorName[122] = "i3-7300 "; $ProcessorScore[122] = "4778" $ProcessorName[123] = "i3-7300T "; $ProcessorScore[123] = "4181" $ProcessorName[124] = "i3-7320 "; $ProcessorScore[124] = "4862" $ProcessorName[125] = "i3-7350K "; $ProcessorScore[125] = "4804" $ProcessorName[126] = "i3-8100 "; $ProcessorScore[126] = "6153" $ProcessorName[127] = "i3-8100B "; $ProcessorScore[127] = "6829" $ProcessorName[128] = "i3-8100T "; $ProcessorScore[128] = "5293" $ProcessorName[129] = "i3-8109U "; $ProcessorScore[129] = "4383" $ProcessorName[130] = "i3-8121U "; $ProcessorScore[130] = "4340" $ProcessorName[131] = "i3-8130U "; $ProcessorScore[131] = "3660" $ProcessorName[132] = "i3-8145U "; $ProcessorScore[132] = "3727" $ProcessorName[133] = "i3-8145UE "; $ProcessorScore[133] = "4140" $ProcessorName[134] = "i3-8300 "; $ProcessorScore[134] = "6317" $ProcessorName[135] = "i3-8300T "; $ProcessorScore[135] = "5827" $ProcessorName[136] = "i3-8350K "; $ProcessorScore[136] = "7009" $ProcessorName[137] = "i3-9100 "; $ProcessorScore[137] = "6667" $ProcessorName[138] = "i3-9100F "; $ProcessorScore[138] = "6835" $ProcessorName[139] = "i3-9100T "; $ProcessorScore[139] = "5623" $ProcessorName[140] = "i3-9300 "; $ProcessorScore[140] = "7267" $ProcessorName[141] = "i3-9300T "; $ProcessorScore[141] = "6367" $ProcessorName[142] = "i3-9320 "; $ProcessorScore[142] = "7358" $ProcessorName[143] = "i3-9350K "; $ProcessorScore[143] = "7759" $ProcessorName[144] = "i3-9350KF "; $ProcessorScore[144] = "7913" $ProcessorName[145] = "i5-10210U "; $ProcessorScore[145] = "6487" $ProcessorName[146] = "i5-10210Y "; $ProcessorScore[146] = "4918" $ProcessorName[147] = "i5-10300H "; $ProcessorScore[147] = "8913" $ProcessorName[148] = "i5-1030NG7 "; $ProcessorScore[148] = "5331" $ProcessorName[149] = "i5-10310U "; $ProcessorScore[149] = "6788" $ProcessorName[150] = "i5-1035G1 "; $ProcessorScore[150] = "7977" $ProcessorName[151] = "i5-1035G4 "; $ProcessorScore[151] = "8211" $ProcessorName[152] = "i5-1035G7 "; $ProcessorScore[152] = "8495" $ProcessorName[153] = "i5-1038NG7 "; $ProcessorScore[153] = "9907" $ProcessorName[154] = "i5-10400 "; $ProcessorScore[154] = "12715" $ProcessorName[155] = "i5-10400F "; $ProcessorScore[155] = "12704" $ProcessorName[156] = "i5-10400H "; $ProcessorScore[156] = "8911" $ProcessorName[157] = "i5-10400T "; $ProcessorScore[157] = "10429" $ProcessorName[158] = "i5-10500 "; $ProcessorScore[158] = "13419" $ProcessorName[159] = "i5-10500T "; $ProcessorScore[159] = "10802" $ProcessorName[160] = "i5-10600 "; $ProcessorScore[160] = "14069" $ProcessorName[161] = "i5-10600K "; $ProcessorScore[161] = "14577" $ProcessorName[162] = "i5-10600KF "; $ProcessorScore[162] = "14900" $ProcessorName[163] = "i5-10600T "; $ProcessorScore[163] = "11330" $ProcessorName[164] = "i5-1135G7 "; $ProcessorScore[164] = "10537" $ProcessorName[165] = "i5-2300 "; $ProcessorScore[165] = "3343" $ProcessorName[166] = "i5-2310 "; $ProcessorScore[166] = "3435" $ProcessorName[167] = "i5-2320 "; $ProcessorScore[167] = "3595" $ProcessorName[168] = "i5-2380P "; $ProcessorScore[168] = "3709" $ProcessorName[169] = "i5-2390T "; $ProcessorScore[169] = "2310" $ProcessorName[170] = "i5-2400 "; $ProcessorScore[170] = "3795" $ProcessorName[171] = "i5-2400S "; $ProcessorScore[171] = "3140" $ProcessorName[172] = "i5-24050S "; $ProcessorScore[172] = "2799" $ProcessorName[173] = "i5-2405S "; $ProcessorScore[173] = "2980" $ProcessorName[174] = "i5-2410M "; $ProcessorScore[174] = "1920" $ProcessorName[175] = "i5-2415M "; $ProcessorScore[175] = "2035" $ProcessorName[176] = "i5-2430M "; $ProcessorScore[176] = "1963" $ProcessorName[177] = "i5-2435M "; $ProcessorScore[177] = "1738" $ProcessorName[178] = "i5-2450M "; $ProcessorScore[178] = "2053" $ProcessorName[179] = "i5-2450P "; $ProcessorScore[179] = "3869" $ProcessorName[180] = "i5-2467M "; $ProcessorScore[180] = "1611" $ProcessorName[181] = "i5-2500 "; $ProcessorScore[181] = "4061" $ProcessorName[182] = "i5-2500K "; $ProcessorScore[182] = "4087" $ProcessorName[183] = "i5-2500S "; $ProcessorScore[183] = "3318" $ProcessorName[184] = "i5-2500T "; $ProcessorScore[184] = "2741" $ProcessorName[185] = "i5-2510E "; $ProcessorScore[185] = "1889" $ProcessorName[186] = "i5-2515E "; $ProcessorScore[186] = "1882" $ProcessorName[187] = "i5-2520M "; $ProcessorScore[187] = "2307" $ProcessorName[188] = "i5-2537M "; $ProcessorScore[188] = "1094" $ProcessorName[189] = "i5-2540M "; $ProcessorScore[189] = "2281" $ProcessorName[190] = "i5-2550K "; $ProcessorScore[190] = "4105" $ProcessorName[191] = "i5-2557M "; $ProcessorScore[191] = "1628" $ProcessorName[192] = "i5-2560M "; $ProcessorScore[192] = "2131" $ProcessorName[193] = "i5-3170K "; $ProcessorScore[193] = "8882" $ProcessorName[194] = "i5-3210M "; $ProcessorScore[194] = "2438" $ProcessorName[195] = "i5-3230M "; $ProcessorScore[195] = "2516" $ProcessorName[196] = "i5-3317U "; $ProcessorScore[196] = "1954" $ProcessorName[197] = "i5-3320M "; $ProcessorScore[197] = "2645" $ProcessorName[198] = "i5-3330 "; $ProcessorScore[198] = "4089" $ProcessorName[199] = "i5-3330S "; $ProcessorScore[199] = "3856" $ProcessorName[200] = "i5-3335S "; $ProcessorScore[200] = "3754" $ProcessorName[201] = "i5-3337U "; $ProcessorScore[201] = "2164" $ProcessorName[202] = "i5-3339Y "; $ProcessorScore[202] = "1499" $ProcessorName[203] = "i5-3340 "; $ProcessorScore[203] = "4281" $ProcessorName[204] = "i5-3340M "; $ProcessorScore[204] = "2732" $ProcessorName[205] = "i5-3340S "; $ProcessorScore[205] = "3876" $ProcessorName[206] = "i5-3350P "; $ProcessorScore[206] = "4283" $ProcessorName[207] = "i5-3360M "; $ProcessorScore[207] = "2955" $ProcessorName[208] = "i5-3380M "; $ProcessorScore[208] = "3015" $ProcessorName[209] = "i5-3427U "; $ProcessorScore[209] = "2275" $ProcessorName[210] = "i5-3437U "; $ProcessorScore[210] = "2205" $ProcessorName[211] = "i5-3439Y "; $ProcessorScore[211] = "1907" $ProcessorName[212] = "i5-3450 "; $ProcessorScore[212] = "4396" $ProcessorName[213] = "i5-3450S "; $ProcessorScore[213] = "4154" $ProcessorName[214] = "i5-3470 "; $ProcessorScore[214] = "4645" $ProcessorName[215] = "i5-3470S "; $ProcessorScore[215] = "4338" $ProcessorName[216] = "i5-3470T "; $ProcessorScore[216] = "2978" $ProcessorName[217] = "i5-3475S "; $ProcessorScore[217] = "4073" $ProcessorName[218] = "i5-3550 "; $ProcessorScore[218] = "4801" $ProcessorName[219] = "i5-3550S "; $ProcessorScore[219] = "4422" $ProcessorName[220] = "i5-3570 "; $ProcessorScore[220] = "4894" $ProcessorName[221] = "i5-3570K "; $ProcessorScore[221] = "4929" $ProcessorName[222] = "i5-3570S "; $ProcessorScore[222] = "4615" $ProcessorName[223] = "i5-3570T "; $ProcessorScore[223] = "4120" $ProcessorName[224] = "i5-3610ME "; $ProcessorScore[224] = "2623" $ProcessorName[225] = "i5-4200H "; $ProcessorScore[225] = "3079" $ProcessorName[226] = "i5-4200M "; $ProcessorScore[226] = "2834" $ProcessorName[227] = "i5-4200U "; $ProcessorScore[227] = "2172" $ProcessorName[228] = "i5-4200Y "; $ProcessorScore[228] = "1558" $ProcessorName[229] = "i5-4202Y "; $ProcessorScore[229] = "1606" $ProcessorName[230] = "i5-4210H "; $ProcessorScore[230] = "2786" $ProcessorName[231] = "i5-4210M "; $ProcessorScore[231] = "2876" $ProcessorName[232] = "i5-4210U "; $ProcessorScore[232] = "2270" $ProcessorName[233] = "i5-4210Y "; $ProcessorScore[233] = "1651" $ProcessorName[234] = "i5-4220Y "; $ProcessorScore[234] = "1400" $ProcessorName[235] = "i5-4230U "; $ProcessorScore[235] = "1853" $ProcessorName[236] = "i5-4250U "; $ProcessorScore[236] = "2137" $ProcessorName[237] = "i5-4258U "; $ProcessorScore[237] = "2713" $ProcessorName[238] = "i5-4260U "; $ProcessorScore[238] = "2480" $ProcessorName[239] = "i5-4278U "; $ProcessorScore[239] = "2948" $ProcessorName[240] = "i5-4288U "; $ProcessorScore[240] = "2317" $ProcessorName[241] = "i5-4300M "; $ProcessorScore[241] = "3042" $ProcessorName[242] = "i5-4300U "; $ProcessorScore[242] = "2503" $ProcessorName[243] = "i5-4300Y "; $ProcessorScore[243] = "1531" $ProcessorName[244] = "i5-4302Y "; $ProcessorScore[244] = "1817" $ProcessorName[245] = "i5-4308U "; $ProcessorScore[245] = "2854" $ProcessorName[246] = "i5-430M "; $ProcessorScore[246] = "1216" $ProcessorName[247] = "i5-430UM "; $ProcessorScore[247] = "836" $ProcessorName[248] = "i5-4310M "; $ProcessorScore[248] = "3206" $ProcessorName[249] = "i5-4310U "; $ProcessorScore[249] = "2505" $ProcessorName[250] = "i5-4330M "; $ProcessorScore[250] = "3217" $ProcessorName[251] = "i5-4340M "; $ProcessorScore[251] = "3398" $ProcessorName[252] = "i5-4350U "; $ProcessorScore[252] = "2305" $ProcessorName[253] = "i5-4400E "; $ProcessorScore[253] = "3251" $ProcessorName[254] = "i5-4402E "; $ProcessorScore[254] = "2681" $ProcessorName[255] = "i5-4422E "; $ProcessorScore[255] = "1907" $ProcessorName[256] = "i5-4430 "; $ProcessorScore[256] = "4713" $ProcessorName[257] = "i5-4430S "; $ProcessorScore[257] = "4332" $ProcessorName[258] = "i5-4440 "; $ProcessorScore[258] = "4662" $ProcessorName[259] = "i5-4440S "; $ProcessorScore[259] = "4010" $ProcessorName[260] = "i5-4460 "; $ProcessorScore[260] = "4791" $ProcessorName[261] = "i5-4460S "; $ProcessorScore[261] = "4445" $ProcessorName[262] = "i5-4460T "; $ProcessorScore[262] = "3583" $ProcessorName[263] = "i5-4470S "; $ProcessorScore[263] = "4742" $ProcessorName[264] = "i5-450M "; $ProcessorScore[264] = "1226" $ProcessorName[265] = "i5-4570 "; $ProcessorScore[265] = "5159" $ProcessorName[266] = "i5-4570R "; $ProcessorScore[266] = "4820" $ProcessorName[267] = "i5-4570S "; $ProcessorScore[267] = "5000" $ProcessorName[268] = "i5-4570T "; $ProcessorScore[268] = "3256" $ProcessorName[269] = "i5-4570TE "; $ProcessorScore[269] = "3043" $ProcessorName[270] = "i5-4590 "; $ProcessorScore[270] = "5298" $ProcessorName[271] = "i5-4590S "; $ProcessorScore[271] = "5083" $ProcessorName[272] = "i5-4590T "; $ProcessorScore[272] = "3969" $ProcessorName[273] = "i5-460M "; $ProcessorScore[273] = "1288" $ProcessorName[274] = "i5-4670 "; $ProcessorScore[274] = "5452" $ProcessorName[275] = "i5-4670K "; $ProcessorScore[275] = "5510" $ProcessorName[276] = "i5-4670K CPT "; $ProcessorScore[276] = "5034" $ProcessorName[277] = "i5-4670R "; $ProcessorScore[277] = "5335" $ProcessorName[278] = "i5-4670S "; $ProcessorScore[278] = "4985" $ProcessorName[279] = "i5-4670T "; $ProcessorScore[279] = "4404" $ProcessorName[280] = "i5-4690 "; $ProcessorScore[280] = "5601" $ProcessorName[281] = "i5-4690K "; $ProcessorScore[281] = "5545" $ProcessorName[282] = "i5-4690S "; $ProcessorScore[282] = "5270" $ProcessorName[283] = "i5-4690T "; $ProcessorScore[283] = "4267" $ProcessorName[284] = "i5-470UM "; $ProcessorScore[284] = "752" $ProcessorName[285] = "i5-480M "; $ProcessorScore[285] = "1305" $ProcessorName[286] = "i5-5200U "; $ProcessorScore[286] = "2493" $ProcessorName[287] = "i5-520M "; $ProcessorScore[287] = "1696" $ProcessorName[288] = "i5-520UM "; $ProcessorScore[288] = "928" $ProcessorName[289] = "i5-5250U "; $ProcessorScore[289] = "2458" $ProcessorName[290] = "i5-5257U "; $ProcessorScore[290] = "2953" $ProcessorName[291] = "i5-5287U "; $ProcessorScore[291] = "3356" $ProcessorName[292] = "i5-5300U "; $ProcessorScore[292] = "2742" $ProcessorName[293] = "i5-5350U "; $ProcessorScore[293] = "2667" $ProcessorName[294] = "i5-540M "; $ProcessorScore[294] = "1753" $ProcessorName[295] = "i5-540UM "; $ProcessorScore[295] = "1002" $ProcessorName[296] = "i5-5575R "; $ProcessorScore[296] = "5550" $ProcessorName[297] = "i5-560M "; $ProcessorScore[297] = "1830" $ProcessorName[298] = "i5-560UM "; $ProcessorScore[298] = "1015" $ProcessorName[299] = "i5-5675C "; $ProcessorScore[299] = "5932" $ProcessorName[300] = "i5-5675R "; $ProcessorScore[300] = "5931" $ProcessorName[301] = "i5-580M "; $ProcessorScore[301] = "1922" $ProcessorName[302] = "i5-6198DU "; $ProcessorScore[302] = "3138" $ProcessorName[303] = "i5-6200U "; $ProcessorScore[303] = "3021" $ProcessorName[304] = "i5-6260U "; $ProcessorScore[304] = "3198" $ProcessorName[305] = "i5-6267U "; $ProcessorScore[305] = "3124" $ProcessorName[306] = "i5-6287U "; $ProcessorScore[306] = "3655" $ProcessorName[307] = "i5-6300HQ "; $ProcessorScore[307] = "4625" $ProcessorName[308] = "i5-6300U "; $ProcessorScore[308] = "3252" $ProcessorName[309] = "i5-6360U "; $ProcessorScore[309] = "3259" $ProcessorName[310] = "i5-6400 "; $ProcessorScore[310] = "5151" $ProcessorName[311] = "i5-6400T "; $ProcessorScore[311] = "4396" $ProcessorName[312] = "i5-6402P "; $ProcessorScore[312] = "5703" $ProcessorName[313] = "i5-6440EQ "; $ProcessorScore[313] = "5368" $ProcessorName[314] = "i5-6440HQ "; $ProcessorScore[314] = "5305" $ProcessorName[315] = "i5-6442EQ "; $ProcessorScore[315] = "4519" $ProcessorName[316] = "i5-650 "; $ProcessorScore[316] = "2200" $ProcessorName[317] = "i5-6500 "; $ProcessorScore[317] = "5660" $ProcessorName[318] = "i5-6500T "; $ProcessorScore[318] = "4977" $ProcessorName[319] = "i5-6500TE "; $ProcessorScore[319] = "5295" $ProcessorName[320] = "i5-655K "; $ProcessorScore[320] = "2017" $ProcessorName[321] = "i5-660 "; $ProcessorScore[321] = "2331" $ProcessorName[322] = "i5-6600 "; $ProcessorScore[322] = "6056" $ProcessorName[323] = "i5-6600K "; $ProcessorScore[323] = "6287" $ProcessorName[324] = "i5-6600T "; $ProcessorScore[324] = "5524" $ProcessorName[325] = "i5-661 "; $ProcessorScore[325] = "2425" $ProcessorName[326] = "i5-670 "; $ProcessorScore[326] = "2423" $ProcessorName[327] = "i5-680 "; $ProcessorScore[327] = "2568" $ProcessorName[328] = "i5-7200U "; $ProcessorScore[328] = "3391" $ProcessorName[329] = "i5-7260U "; $ProcessorScore[329] = "3927" $ProcessorName[330] = "i5-7267U "; $ProcessorScore[330] = "4093" $ProcessorName[331] = "i5-7287U "; $ProcessorScore[331] = "4149" $ProcessorName[332] = "i5-7300HQ "; $ProcessorScore[332] = "5107" $ProcessorName[333] = "i5-7300U "; $ProcessorScore[333] = "3723" $ProcessorName[334] = "i5-7360U "; $ProcessorScore[334] = "4334" $ProcessorName[335] = "i5-7400 "; $ProcessorScore[335] = "5486" $ProcessorName[336] = "i5-7400T "; $ProcessorScore[336] = "4556" $ProcessorName[337] = "i5-7440HQ "; $ProcessorScore[337] = "5553" $ProcessorName[338] = "i5-7442EQ "; $ProcessorScore[338] = "4834" $ProcessorName[339] = "i5-750 "; $ProcessorScore[339] = "2431" $ProcessorName[340] = "i5-7500 "; $ProcessorScore[340] = "6134" $ProcessorName[341] = "i5-7500T "; $ProcessorScore[341] = "5356" $ProcessorName[342] = "i5-760 "; $ProcessorScore[342] = "2559" $ProcessorName[343] = "i5-7600 "; $ProcessorScore[343] = "6597" $ProcessorName[344] = "i5-7600K "; $ProcessorScore[344] = "6855" $ProcessorName[345] = "i5-7600T "; $ProcessorScore[345] = "5858" $ProcessorName[346] = "i5-760S "; $ProcessorScore[346] = "5440" $ProcessorName[347] = "i5-7640X "; $ProcessorScore[347] = "6467" $ProcessorName[348] = "i5-7Y54 "; $ProcessorScore[348] = "2891" $ProcessorName[349] = "i5-7Y57 "; $ProcessorScore[349] = "3070" $ProcessorName[350] = "i5-8200Y "; $ProcessorScore[350] = "2308" $ProcessorName[351] = "i5-8210Y "; $ProcessorScore[351] = "2905" $ProcessorName[352] = "i5-8250U "; $ProcessorScore[352] = "6057" $ProcessorName[353] = "i5-8257U "; $ProcessorScore[353] = "8182" $ProcessorName[354] = "i5-8259U "; $ProcessorScore[354] = "8271" $ProcessorName[355] = "i5-8260U "; $ProcessorScore[355] = "7776" $ProcessorName[356] = "i5-8265U "; $ProcessorScore[356] = "6254" $ProcessorName[357] = "i5-8265UC "; $ProcessorScore[357] = "5988" $ProcessorName[358] = "i5-8279U "; $ProcessorScore[358] = "7917" $ProcessorName[359] = "i5-8300H "; $ProcessorScore[359] = "7522" $ProcessorName[360] = "i5-8305G "; $ProcessorScore[360] = "7073" $ProcessorName[361] = "i5-8350U "; $ProcessorScore[361] = "6413" $ProcessorName[362] = "i5-8365U "; $ProcessorScore[362] = "6422" $ProcessorName[363] = "i5-8365UE "; $ProcessorScore[363] = "5243" $ProcessorName[364] = "i5-8400 "; $ProcessorScore[364] = "9200" $ProcessorName[365] = "i5-8400H "; $ProcessorScore[365] = "8146" $ProcessorName[366] = "i5-8400T "; $ProcessorScore[366] = "7433" $ProcessorName[367] = "i5-8500 "; $ProcessorScore[367] = "9486" $ProcessorName[368] = "i5-8500B "; $ProcessorScore[368] = "9538" $ProcessorName[369] = "i5-8500T "; $ProcessorScore[369] = "7881" $ProcessorName[370] = "i5-8600 "; $ProcessorScore[370] = "9787" $ProcessorName[371] = "i5-8600K "; $ProcessorScore[371] = "10266" $ProcessorName[372] = "i5-8600T "; $ProcessorScore[372] = "8846" $ProcessorName[373] = "i5-9300H "; $ProcessorScore[373] = "8008" $ProcessorName[374] = "i5-9300HF "; $ProcessorScore[374] = "7742" $ProcessorName[375] = "i5-9400 "; $ProcessorScore[375] = "9596" $ProcessorName[376] = "i5-9400F "; $ProcessorScore[376] = "9597" $ProcessorName[377] = "i5-9400H "; $ProcessorScore[377] = "8202" $ProcessorName[378] = "i5-9400T "; $ProcessorScore[378] = "7819" $ProcessorName[379] = "i5-9500 "; $ProcessorScore[379] = "9976" $ProcessorName[380] = "i5-9500F "; $ProcessorScore[380] = "10342" $ProcessorName[381] = "i5-9500T "; $ProcessorScore[381] = "8121" $ProcessorName[382] = "i5-9500TE "; $ProcessorScore[382] = "9212" $ProcessorName[383] = "i5-9600 "; $ProcessorScore[383] = "10741" $ProcessorName[384] = "i5-9600K "; $ProcessorScore[384] = "10899" $ProcessorName[385] = "i5-9600KF "; $ProcessorScore[385] = "10898" $ProcessorName[386] = "i5-9600T "; $ProcessorScore[386] = "9406" $ProcessorName[387] = "i5-L16G7 "; $ProcessorScore[387] = "3164" $ProcessorName[388] = "i7-10510U "; $ProcessorScore[388] = "7072" $ProcessorName[389] = "i7-10510Y "; $ProcessorScore[389] = "5523" $ProcessorName[390] = "i7-1060NG7 "; $ProcessorScore[390] = "6234" $ProcessorName[391] = "i7-10610U "; $ProcessorScore[391] = "7284" $ProcessorName[392] = "i7-1065G7 "; $ProcessorScore[392] = "9005" $ProcessorName[393] = "i7-1068NG7 "; $ProcessorScore[393] = "10689" $ProcessorName[394] = "i7-10700 "; $ProcessorScore[394] = "17474" $ProcessorName[395] = "i7-10700F "; $ProcessorScore[395] = "17251" $ProcessorName[396] = "i7-10700K "; $ProcessorScore[396] = "19654" $ProcessorName[397] = "i7-10700KF "; $ProcessorScore[397] = "19747" $ProcessorName[398] = "i7-10700T "; $ProcessorScore[398] = "13344" $ProcessorName[399] = "i7-10710U "; $ProcessorScore[399] = "10041" $ProcessorName[400] = "i9-10850K "; $ProcessorScore[400] = "22535" $ProcessorName[401] = "i7-10750H "; $ProcessorScore[401] = "12745" $ProcessorName[402] = "i7-10810U "; $ProcessorScore[402] = "9100" $ProcessorName[403] = "i7-10850H "; $ProcessorScore[403] = "13120" $ProcessorName[404] = "i7-10875H "; $ProcessorScore[404] = "15996" $ProcessorName[405] = "i7-1165G7 "; $ProcessorScore[405] = "12820" $ProcessorName[406] = "i7-1185G7 "; $ProcessorScore[406] = "10354" $ProcessorName[407] = "i7-2600 "; $ProcessorScore[407] = "5333" $ProcessorName[408] = "i7-2600K "; $ProcessorScore[408] = "5428" $ProcessorName[409] = "i7-2600S "; $ProcessorScore[409] = "4364" $ProcessorName[410] = "i7-2610UE "; $ProcessorScore[410] = "1409" $ProcessorName[411] = "i7-2617M "; $ProcessorScore[411] = "1687" $ProcessorName[412] = "i7-2620M "; $ProcessorScore[412] = "2408" $ProcessorName[413] = "i7-2630QM "; $ProcessorScore[413] = "3609" $ProcessorName[414] = "i7-2630UM "; $ProcessorScore[414] = "400" $ProcessorName[415] = "i7-2635QM "; $ProcessorScore[415] = "3232" $ProcessorName[416] = "i7-2637M "; $ProcessorScore[416] = "1946" $ProcessorName[417] = "i7-2640M "; $ProcessorScore[417] = "2442" $ProcessorName[418] = "i7-2655LE "; $ProcessorScore[418] = "1928" $ProcessorName[419] = "i7-2670QM "; $ProcessorScore[419] = "3739" $ProcessorName[420] = "i7-2675QM "; $ProcessorScore[420] = "3168" $ProcessorName[421] = "i7-2677M "; $ProcessorScore[421] = "1799" $ProcessorName[422] = "i7-2700K "; $ProcessorScore[422] = "5471" $ProcessorName[423] = "i7-2710QE "; $ProcessorScore[423] = "3704" $ProcessorName[424] = "i7-2715QE "; $ProcessorScore[424] = "3221" $ProcessorName[425] = "i7-2720QM "; $ProcessorScore[425] = "4072" $ProcessorName[426] = "i7-2760QM "; $ProcessorScore[426] = "4304" $ProcessorName[427] = "i7-2820QM "; $ProcessorScore[427] = "4195" $ProcessorName[428] = "i7-2840QM "; $ProcessorScore[428] = "3842" $ProcessorName[429] = "i7-2860QM "; $ProcessorScore[429] = "4526" $ProcessorName[430] = "i7-2920XM "; $ProcessorScore[430] = "4512" $ProcessorName[431] = "i7-2960XM "; $ProcessorScore[431] = "3985" $ProcessorName[432] = "i7-3517U "; $ProcessorScore[432] = "2170" $ProcessorName[433] = "i7-3517UE "; $ProcessorScore[433] = "2141" $ProcessorName[434] = "i7-3520M "; $ProcessorScore[434] = "2860" $ProcessorName[435] = "i7-3537U "; $ProcessorScore[435] = "2402" $ProcessorName[436] = "i7-3540M "; $ProcessorScore[436] = "2921" $ProcessorName[437] = "i7-3555LE "; $ProcessorScore[437] = "1880" $ProcessorName[438] = "i7-3610QE "; $ProcessorScore[438] = "4730" $ProcessorName[439] = "i7-3610QM "; $ProcessorScore[439] = "5139" $ProcessorName[440] = "i7-3612QE "; $ProcessorScore[440] = "4783" $ProcessorName[441] = "i7-3612QM "; $ProcessorScore[441] = "4403" $ProcessorName[442] = "i7-3615QE "; $ProcessorScore[442] = "5174" $ProcessorName[443] = "i7-3615QM "; $ProcessorScore[443] = "4913" $ProcessorName[444] = "i7-3630QM "; $ProcessorScore[444] = "5069" $ProcessorName[445] = "i7-3632QM "; $ProcessorScore[445] = "4449" $ProcessorName[446] = "i7-3635QM "; $ProcessorScore[446] = "4527" $ProcessorName[447] = "i7-3667U "; $ProcessorScore[447] = "2515" $ProcessorName[448] = "i7-3687U "; $ProcessorScore[448] = "2592" $ProcessorName[449] = "i7-3689Y "; $ProcessorScore[449] = "1642" $ProcessorName[450] = "i7-3720QM "; $ProcessorScore[450] = "5633" $ProcessorName[451] = "i7-3740QM "; $ProcessorScore[451] = "5648" $ProcessorName[452] = "i7-3770 "; $ProcessorScore[452] = "6370" $ProcessorName[453] = "i7-3770K "; $ProcessorScore[453] = "6459" $ProcessorName[454] = "i7-3770S "; $ProcessorScore[454] = "6241" $ProcessorName[455] = "i7-3770T "; $ProcessorScore[455] = "5511" $ProcessorName[456] = "i7-3820 "; $ProcessorScore[456] = "5863" $ProcessorName[457] = "i7-3820QM "; $ProcessorScore[457] = "5608" $ProcessorName[458] = "i7-3840QM "; $ProcessorScore[458] = "5983" $ProcessorName[459] = "i7-3920XM "; $ProcessorScore[459] = "6001" $ProcessorName[460] = "i7-3930K "; $ProcessorScore[460] = "8147" $ProcessorName[461] = "i7-3940XM "; $ProcessorScore[461] = "5320" $ProcessorName[462] = "i7-3960X "; $ProcessorScore[462] = "8672" $ProcessorName[463] = "i7-3970X "; $ProcessorScore[463] = "8490" $ProcessorName[464] = "i7-4500U "; $ProcessorScore[464] = "2532" $ProcessorName[465] = "i7-4510U "; $ProcessorScore[465] = "2607" $ProcessorName[466] = "i7-4550U "; $ProcessorScore[466] = "2131" $ProcessorName[467] = "i7-4558U "; $ProcessorScore[467] = "2999" $ProcessorName[468] = "i7-4560U "; $ProcessorScore[468] = "2950" $ProcessorName[469] = "i7-4578U "; $ProcessorScore[469] = "3258" $ProcessorName[470] = "i7-4600M "; $ProcessorScore[470] = "3181" $ProcessorName[471] = "i7-4600U "; $ProcessorScore[471] = "2683" $ProcessorName[472] = "i7-4610M "; $ProcessorScore[472] = "3249" $ProcessorName[473] = "i7-4610Y "; $ProcessorScore[473] = "2446" $ProcessorName[474] = "i7-4650U "; $ProcessorScore[474] = "2247" $ProcessorName[475] = "i7-4700EQ "; $ProcessorScore[475] = "4941" $ProcessorName[476] = "i7-4700HQ "; $ProcessorScore[476] = "5458" $ProcessorName[477] = "i7-4700MQ "; $ProcessorScore[477] = "5286" $ProcessorName[478] = "i7-4702HQ "; $ProcessorScore[478] = "5382" $ProcessorName[479] = "i7-4702MQ "; $ProcessorScore[479] = "5222" $ProcessorName[480] = "i7-4710HQ "; $ProcessorScore[480] = "5470" $ProcessorName[481] = "i7-4710MQ "; $ProcessorScore[481] = "5851" $ProcessorName[482] = "i7-4712HQ "; $ProcessorScore[482] = "4618" $ProcessorName[483] = "i7-4712MQ "; $ProcessorScore[483] = "5209" $ProcessorName[484] = "i7-4720HQ "; $ProcessorScore[484] = "5634" $ProcessorName[485] = "i7-4722HQ "; $ProcessorScore[485] = "5620" $ProcessorName[486] = "i7-4750HQ "; $ProcessorScore[486] = "5348" $ProcessorName[487] = "i7-4760HQ "; $ProcessorScore[487] = "6300" $ProcessorName[488] = "i7-4765T "; $ProcessorScore[488] = "4867" $ProcessorName[489] = "i7-4770 "; $ProcessorScore[489] = "7023" $ProcessorName[490] = "i7-4770HQ "; $ProcessorScore[490] = "6158" $ProcessorName[491] = "i7-4770K "; $ProcessorScore[491] = "7031" $ProcessorName[492] = "i7-4770R "; $ProcessorScore[492] = "6666" $ProcessorName[493] = "i7-4770S "; $ProcessorScore[493] = "6768" $ProcessorName[494] = "i7-4770T "; $ProcessorScore[494] = "5957" $ProcessorName[495] = "i7-4770TE "; $ProcessorScore[495] = "4257" $ProcessorName[496] = "i7-4771 "; $ProcessorScore[496] = "6985" $ProcessorName[497] = "i7-4785T "; $ProcessorScore[497] = "5291" $ProcessorName[498] = "i7-4790 "; $ProcessorScore[498] = "7211" $ProcessorName[499] = "i7-4790K "; $ProcessorScore[499] = "8052" $ProcessorName[500] = "i9-10880H "; $ProcessorScore[500] = "15137" $ProcessorName[501] = "i7-4790S "; $ProcessorScore[501] = "6971" $ProcessorName[502] = "i7-4790T "; $ProcessorScore[502] = "6508" $ProcessorName[503] = "i7-4800MQ "; $ProcessorScore[503] = "5937" $ProcessorName[504] = "i7-4810MQ "; $ProcessorScore[504] = "6152" $ProcessorName[505] = "i7-4820K "; $ProcessorScore[505] = "6531" $ProcessorName[506] = "i7-4850HQ "; $ProcessorScore[506] = "6198" $ProcessorName[507] = "i7-4860EQ "; $ProcessorScore[507] = "5280" $ProcessorName[508] = "i7-4860HQ "; $ProcessorScore[508] = "6485" $ProcessorName[509] = "i7-4870HQ "; $ProcessorScore[509] = "6359" $ProcessorName[510] = "i7-4900MQ "; $ProcessorScore[510] = "6080" $ProcessorName[511] = "i7-4910MQ "; $ProcessorScore[511] = "6185" $ProcessorName[512] = "i7-4930K "; $ProcessorScore[512] = "9151" $ProcessorName[513] = "i7-4930MX "; $ProcessorScore[513] = "6765" $ProcessorName[514] = "i7-4940MX "; $ProcessorScore[514] = "6943" $ProcessorName[515] = "i7-4960HQ "; $ProcessorScore[515] = "6638" $ProcessorName[516] = "i7-4960X "; $ProcessorScore[516] = "9740" $ProcessorName[517] = "i7-4980HQ "; $ProcessorScore[517] = "6735" $ProcessorName[518] = "i7-5500U "; $ProcessorScore[518] = "2731" $ProcessorName[519] = "i7-5550U "; $ProcessorScore[519] = "2908" $ProcessorName[520] = "i7-5557U "; $ProcessorScore[520] = "3558" $ProcessorName[521] = "i7-5600U "; $ProcessorScore[521] = "3065" $ProcessorName[522] = "i7-5650U "; $ProcessorScore[522] = "3110" $ProcessorName[523] = "i7-5675C "; $ProcessorScore[523] = "6089" $ProcessorName[524] = "i7-5700EQ "; $ProcessorScore[524] = "5905" $ProcessorName[525] = "i7-5700HQ "; $ProcessorScore[525] = "5951" $ProcessorName[526] = "i7-5775C "; $ProcessorScore[526] = "7813" $ProcessorName[527] = "i7-5775R "; $ProcessorScore[527] = "7819" $ProcessorName[528] = "i7-5820K "; $ProcessorScore[528] = "9759" $ProcessorName[529] = "i7-5850EQ "; $ProcessorScore[529] = "7036" $ProcessorName[530] = "i7-5850HQ "; $ProcessorScore[530] = "6866" $ProcessorName[531] = "i7-5930K "; $ProcessorScore[531] = "10230" $ProcessorName[532] = "i7-5950HQ "; $ProcessorScore[532] = "7728" $ProcessorName[533] = "i7-5960X "; $ProcessorScore[533] = "12692" $ProcessorName[534] = "i7-610E "; $ProcessorScore[534] = "1818" $ProcessorName[535] = "i7-620LM "; $ProcessorScore[535] = "1367" $ProcessorName[536] = "i7-620M "; $ProcessorScore[536] = "1950" $ProcessorName[537] = "i7-620UM "; $ProcessorScore[537] = "964" $ProcessorName[538] = "i7-640LM "; $ProcessorScore[539] = "1623" $ProcessorName[539] = "i7-640M "; $ProcessorScore[539] = "2050" $ProcessorName[540] = "i7-640UM "; $ProcessorScore[540] = "1026" $ProcessorName[541] = "i7-6498DU "; $ProcessorScore[541] = "3293" $ProcessorName[542] = "i7-6500U "; $ProcessorScore[542] = "3279" $ProcessorName[543] = "i7-6560U "; $ProcessorScore[543] = "3322" $ProcessorName[544] = "i7-6567U "; $ProcessorScore[544] = "3825" $ProcessorName[545] = "i7-6600U "; $ProcessorScore[545] = "3563" $ProcessorName[546] = "i7-660UM "; $ProcessorScore[546] = "1284" $ProcessorName[547] = "i7-6650U "; $ProcessorScore[547] = "3544" $ProcessorName[548] = "i7-6700 "; $ProcessorScore[548] = "8036" $ProcessorName[549] = "i7-6700HQ "; $ProcessorScore[549] = "6482" $ProcessorName[550] = "i7-6700K "; $ProcessorScore[550] = "8954" $ProcessorName[551] = "i7-6700T "; $ProcessorScore[551] = "7247" $ProcessorName[552] = "i7-6700TE "; $ProcessorScore[552] = "6600" $ProcessorName[553] = "i7-6770HQ "; $ProcessorScore[553] = "7338" $ProcessorName[554] = "i7-6800K "; $ProcessorScore[554] = "10543" $ProcessorName[555] = "i7-680UM "; $ProcessorScore[555] = "1196" $ProcessorName[556] = "i7-6820EQ "; $ProcessorScore[556] = "6746" $ProcessorName[557] = "i7-6820HK "; $ProcessorScore[557] = "7067" $ProcessorName[558] = "i7-6820HQ "; $ProcessorScore[558] = "6892" $ProcessorName[559] = "i7-6822EQ "; $ProcessorScore[559] = "5241" $ProcessorName[560] = "i7-6850K "; $ProcessorScore[560] = "11266" $ProcessorName[561] = "i7-6900K "; $ProcessorScore[561] = "13402" $ProcessorName[562] = "i7-6920HQ "; $ProcessorScore[562] = "7307" $ProcessorName[563] = "i7-6950X "; $ProcessorScore[563] = "17363" $ProcessorName[564] = "i7-720QM "; $ProcessorScore[564] = "1686" $ProcessorName[565] = "i7-740QM "; $ProcessorScore[565] = "1715" $ProcessorName[566] = "i7-7500U "; $ProcessorScore[566] = "3673" $ProcessorName[567] = "i7-7560U "; $ProcessorScore[567] = "3920" $ProcessorName[568] = "i7-7567U "; $ProcessorScore[568] = "4188" $ProcessorName[569] = "i7-7600U "; $ProcessorScore[569] = "3630" $ProcessorName[570] = "i7-7660U "; $ProcessorScore[570] = "4163" $ProcessorName[571] = "i7-7700 "; $ProcessorScore[571] = "8661" $ProcessorName[572] = "i7-7700HQ "; $ProcessorScore[572] = "6960" $ProcessorName[573] = "i7-7700K "; $ProcessorScore[573] = "9729" $ProcessorName[574] = "i7-7700T "; $ProcessorScore[574] = "7814" $ProcessorName[575] = "i7-7740X "; $ProcessorScore[575] = "9940" $ProcessorName[576] = "i7-7800X "; $ProcessorScore[576] = "12702" $ProcessorName[577] = "i7-7820EQ "; $ProcessorScore[577] = "7059" $ProcessorName[578] = "i7-7820HK "; $ProcessorScore[578] = "7884" $ProcessorName[579] = "i7-7820HQ "; $ProcessorScore[579] = "7179" $ProcessorName[580] = "i7-7820X "; $ProcessorScore[580] = "17489" $ProcessorName[581] = "i7-7900X "; $ProcessorScore[581] = "19358" $ProcessorName[582] = "i7-7920HQ "; $ProcessorScore[582] = "7694" $ProcessorName[583] = "i7-7Y75 "; $ProcessorScore[583] = "2715" $ProcessorName[584] = "i7-8086K "; $ProcessorScore[584] = "14717" $ProcessorName[585] = "i7-820QM "; $ProcessorScore[585] = "1921" $ProcessorName[586] = "i7-840QM "; $ProcessorScore[586] = "1894" $ProcessorName[587] = "i7-8500Y "; $ProcessorScore[587] = "3189" $ProcessorName[588] = "i7-8550U "; $ProcessorScore[588] = "6002" $ProcessorName[589] = "i7-8557U "; $ProcessorScore[589] = "7820" $ProcessorName[590] = "i7-8559U "; $ProcessorScore[590] = "8892" $ProcessorName[591] = "i7-8565U "; $ProcessorScore[591] = "6489" $ProcessorName[592] = "i7-8565UC "; $ProcessorScore[592] = "6187" $ProcessorName[593] = "i7-8569U "; $ProcessorScore[593] = "9251" $ProcessorName[594] = "i7-860 "; $ProcessorScore[594] = "2887" $ProcessorName[595] = "i7-860S "; $ProcessorScore[595] = "2725" $ProcessorName[596] = "i7-8650U "; $ProcessorScore[596] = "6584" $ProcessorName[597] = "i7-8665U "; $ProcessorScore[597] = "6602" $ProcessorName[598] = "i7-8665UE "; $ProcessorScore[598] = "6587" $ProcessorName[599] = "i7-870 "; $ProcessorScore[599] = "3036" $ProcessorName[600] = "i7-8700 "; $ProcessorScore[600] = "13115" $ProcessorName[601] = "i7-8700B "; $ProcessorScore[601] = "12286" $ProcessorName[602] = "i7-8700K "; $ProcessorScore[602] = "13887" $ProcessorName[603] = "i7-8700T "; $ProcessorScore[603] = "10779" $ProcessorName[604] = "i7-8705G "; $ProcessorScore[604] = "7974" $ProcessorName[605] = "i7-8706G "; $ProcessorScore[605] = "8136" $ProcessorName[606] = "i7-8709G "; $ProcessorScore[606] = "7921" $ProcessorName[607] = "i7-870S "; $ProcessorScore[607] = "2786" $ProcessorName[608] = "i7-8750H "; $ProcessorScore[608] = "10203" $ProcessorName[609] = "i7-875K "; $ProcessorScore[609] = "3028" $ProcessorName[610] = "i7-880 "; $ProcessorScore[610] = "3205" $ProcessorName[611] = "i7-8809G "; $ProcessorScore[611] = "8774" $ProcessorName[612] = "i7-8850H "; $ProcessorScore[612] = "10439" $ProcessorName[613] = "i7-920 "; $ProcessorScore[613] = "2734" $ProcessorName[614] = "i7-920XM "; $ProcessorScore[614] = "2178" $ProcessorName[615] = "i7-930 "; $ProcessorScore[615] = "2921" $ProcessorName[616] = "i7-940 "; $ProcessorScore[616] = "3081" $ProcessorName[617] = "i7-940XM "; $ProcessorScore[617] = "2308" $ProcessorName[618] = "i7-950 "; $ProcessorScore[618] = "3074" $ProcessorName[619] = "i7-960 "; $ProcessorScore[619] = "3219" $ProcessorName[620] = "i7-965 "; $ProcessorScore[620] = "3269" $ProcessorName[621] = "i7-970 "; $ProcessorScore[621] = "6719" $ProcessorName[622] = "i7-9700 "; $ProcessorScore[622] = "13613" $ProcessorName[623] = "i7-9700F "; $ProcessorScore[623] = "13757" $ProcessorName[624] = "i7-9700K "; $ProcessorScore[624] = "14603" $ProcessorName[625] = "i7-9700KF "; $ProcessorScore[625] = "14711" $ProcessorName[626] = "i7-9700T "; $ProcessorScore[626] = "10885" $ProcessorName[627] = "i7-9700TE "; $ProcessorScore[627] = "10680" $ProcessorName[628] = "i7-975 "; $ProcessorScore[628] = "3331" $ProcessorName[629] = "i7-9750H "; $ProcessorScore[629] = "11385" $ProcessorName[630] = "i7-9750HF "; $ProcessorScore[630] = "11803" $ProcessorName[631] = "i7-980 "; $ProcessorScore[631] = "6922" $ProcessorName[632] = "i7-9800X "; $ProcessorScore[632] = "18337" $ProcessorName[633] = "i7-980X "; $ProcessorScore[633] = "6757" $ProcessorName[634] = "i7-985 "; $ProcessorScore[634] = "3928" $ProcessorName[635] = "i7-9850H "; $ProcessorScore[635] = "11643" $ProcessorName[636] = "i7-9850HL "; $ProcessorScore[636] = "9112" $ProcessorName[637] = "i7-990X "; $ProcessorScore[637] = "7298" $ProcessorName[638] = "i7-995X "; $ProcessorScore[638] = "7079" $ProcessorName[639] = "i9-9990XE "; $ProcessorScore[639] = "31941" $ProcessorName[640] = "i9-9980XE "; $ProcessorScore[640] = "31556" $ProcessorName[641] = "i9-9980HK "; $ProcessorScore[641] = "15298" $ProcessorName[642] = "i9-9960X "; $ProcessorScore[642] = "30663" $ProcessorName[643] = "i9-9940X "; $ProcessorScore[643] = "28242" $ProcessorName[644] = "i9-9920X "; $ProcessorScore[644] = "25389" $ProcessorName[645] = "i9-9900X "; $ProcessorScore[645] = "21679" $ProcessorName[646] = "i9-9900T "; $ProcessorScore[646] = "13609" $ProcessorName[647] = "i9-9900KS "; $ProcessorScore[647] = "19470" $ProcessorName[648] = "i9-9900KF "; $ProcessorScore[648] = "18801" $ProcessorName[649] = "i9-9900K "; $ProcessorScore[649] = "18876" $ProcessorName[650] = "i9-9900 "; $ProcessorScore[650] = "17181" $ProcessorName[651] = "i9-9880H "; $ProcessorScore[651] = "14081" $ProcessorName[652] = "i9-9820X "; $ProcessorScore[652] = "20626" $ProcessorName[653] = "i9-8950HK "; $ProcessorScore[653] = "10755" $ProcessorName[654] = "i9-7980XE "; $ProcessorScore[654] = "29541" $ProcessorName[655] = "i9-7960X "; $ProcessorScore[655] = "27264" $ProcessorName[656] = "i9-7940X "; $ProcessorScore[656] = "26864" $ProcessorName[657] = "i9-7920X "; $ProcessorScore[657] = "23338" $ProcessorName[658] = "i9-7900X "; $ProcessorScore[658] = "21428" $ProcessorName[659] = "i9-10980XE "; $ProcessorScore[659] = "34264" $ProcessorName[660] = "i9-10980HK "; $ProcessorScore[660] = "17308" $ProcessorName[661] = "i9-10940X "; $ProcessorScore[661] = "29673" $ProcessorName[662] = "i9-10920X "; $ProcessorScore[662] = "26257" $ProcessorName[663] = "i9-10910 "; $ProcessorScore[663] = "22090" $ProcessorName[664] = "i9-10900X "; $ProcessorScore[664] = "22960" $ProcessorName[665] = "i9-10900T "; $ProcessorScore[665] = "16991" $ProcessorName[666] = "i9-10900KF "; $ProcessorScore[666] = "23539" $ProcessorName[667] = "i9-10900K "; $ProcessorScore[667] = "24181" $ProcessorName[668] = "i9-10900F "; $ProcessorScore[668] = "21228" $ProcessorName[669] = "i9-10900 "; $ProcessorScore[669] = "21289" $ProcessorName[670] = "i9-10885H "; $ProcessorScore[670] = "16381" $ProcessorName[671] = "i9-10880H "; $ProcessorScore[671] = "15137" $ProcessorName[672] = "E3400 "; $ProcessorScore[672] = "841" $ProcessorName[673] = "E5504 "; $ProcessorScore[673] = "1529" $ProcessorName[674] = "E7500 "; $ProcessorScore[674] = "1099" $ProcessorName[675] = "E8400 "; $ProcessorScore[675] = "1161" $ProcessorName[676] = "E5-2609 v2 "; $ProcessorScore[676] = "3851" $ProcessorName[677] = "E5-2620 v3 "; $ProcessorScore[677] = "7981" $ProcessorName[678] = "E5-2620 v4 "; $ProcessorScore[678] = "8699" $ProcessorName[679] = "E5400 "; $ProcessorScore[679] = "880" $ProcessorName[680] = "E2180 "; $ProcessorScore[680] = "662" $ProcessorName[681] = "J3710 "; $ProcessorScore[681] = "1409" $ProcessorName[682] = "G3260 "; $ProcessorScore[682] = "2053" $ProcessorName[683] = "G3260T "; $ProcessorScore[683] = "1993" $ProcessorName[684] = "A8-6500 "; $ProcessorScore[684] = "2738" $ProcessorName[685] = "E7200 "; $ProcessorScore[685] = "963" $ProcessorName[686] = "7300B "; $ProcessorScore[686] = "1448" $ProcessorName[687] = "CPU 6300 "; $ProcessorScore[687] = "521" $ProcessorName[688] = "CPU 6400 "; $ProcessorScore[688] = "786" $ProcessorName[689] = "E6550 "; $ProcessorScore[689] = "883" $ProcessorName[690] = "E7600 "; $ProcessorScore[690] = "1138" $ProcessorName[691] = "E8500 "; $ProcessorScore[691] = "1243" $ProcessorName[692] = "1220 v3 "; $ProcessorScore[692] = "5198" $ProcessorName[693] = "1226 v3 "; $ProcessorScore[693] = "5354" $ProcessorName[694] = "1245 v3 "; $ProcessorScore[694] = "7024" $ProcessorName[695] = "E5-1620 v3 "; $ProcessorScore[695] = "7020" $ProcessorName[696] = "E5-1620 v4 "; $ProcessorScore[696] = "7322" $ProcessorName[697] = "E5-2609 v4 "; $ProcessorScore[697] = "5974" $ProcessorName[698] = "E5300 "; $ProcessorScore[698] = "976" $ProcessorName[699] = "E5700 "; $ProcessorScore[699] = "1057" $ProcessorName[700] = "Silver 4110 "; $ProcessorScore[700] = "10453" $ProcessorName[701] = "E5-2630 v3 "; $ProcessorScore[701] = "9694" $ProcessorName[702] = "N270 "; $ProcessorScore[702] = "175" $ProcessorName[703] = "x5-Z8350 "; $ProcessorScore[703] = "922" $ProcessorName[704] = "Z3735F "; $ProcessorScore[704] = "529" $ProcessorName[705] = "7 2700X "; $ProcessorScore[705] = "17576" $ProcessorName[706] = "X4 635 "; $ProcessorScore[706] = "2196" $ProcessorName[707] = "E5-1650 v2 "; $ProcessorScore[707] = "8977" $ProcessorName[708] = "CPU 960 "; $ProcessorScore[708] = "3219" $ProcessorName[709] = "CPU 650 "; $ProcessorScore[709] = "2200" $ProcessorName[710] = "D CPU 3.40GHz"; $ProcessorScore[710] = "634" $ProcessorName[711] = "E5-1620 v4 "; $ProcessorScore[711] = "7322" $ProcessorName[712] = "E5-2620 0 "; $ProcessorScore[712] = "5179" $ProcessorName[713] = "E5-1650 0 "; $ProcessorScore[713] = "8176" $ProcessorName[714] = "E3-1245 v6 "; $ProcessorScore[714] = "8455" $ProcessorName[715] = "J2900 "; $ProcessorScore[715] = "1216" $ProcessorName[716] = "Ryzen 5 Microsoft Surface "; $ProcessorScore[716] = "8065" $ProcessorName[717] = "A8-6410 "; $ProcessorScore[717] = "1766" $ProcessorName[718] = "A8-5500 "; $ProcessorScore[718] = "2557" $ProcessorName[719] = "A6-7310 "; $ProcessorScore[719] = "1699" $ProcessorName[720] = "A6-5200 "; $ProcessorScore[720] = "1632" $ProcessorName[721] = "A10-7800 "; $ProcessorScore[721] = "3118" $ProcessorName[722] = "E5-2407 0 "; $ProcessorScore[722] = "2661" $ProcessorName[723] = "A10-6700 APU"; $ProcessorScore[723] = "3130" $ProcessorName[724] = "E5620 @"; $ProcessorScore[724] = "3709" $ProcessorName[725] = "E5-2420 0 @"; $ProcessorScore[725] = "5165" $ProcessorName[726] = "Silver 4216 CPU @"; $ProcessorScore[726] = "18561" $ProcessorName[727] = "E5-2430 0 @"; $ProcessorScore[727] = "5867" $ProcessorName[728] = "X5667 @"; $ProcessorScore[728] = "4534" $ProcessorName[729] = "X5650 @"; $ProcessorScore[729] = "5796" $ProcessorName[730] = "A4-3400 APU"; $ProcessorScore[730] = "1049" $ProcessorName[731] = "E3-1230 v5 @"; $ProcessorScore[731] = "7746" $ProcessorName[732] = "EPYC 7251 "; $ProcessorScore[732] = "15542" $ProcessorName[733] = "E5-2420 v2 @"; $ProcessorScore[733] = "6490" $ProcessorName[734] = "i3 CPU 540 @"; $ProcessorScore[734] = "1503" $ProcessorName[735] = "1214 HE "; $ProcessorScore[735] = "806" $ProcessorName[736] = "Ryzen 5 2600X "; $ProcessorScore[736] = "14080" $ProcessorName[737] = "i5 CPU M 560 @"; $ProcessorScore[737] = "1848" $ProcessorName[738] = "CPU E3-1220 v5 @"; $ProcessorScore[738] = "5687" $ProcessorName[739] = "A9-9400 "; $ProcessorScore[739] = "1407" $ProcessorName[740] = "E5-2640 0 @"; $ProcessorScore[740] = "6314" $ProcessorName[741] = "E5-2690 v2 @"; $ProcessorScore[741] = "13116" $ProcessorName[742] = "A9-9425 "; $ProcessorScore[742] = "1554" $ProcessorName[743] = "E-2234 CPU @"; $ProcessorScore[743] = "9555" $ProcessorName[744] = "CPU E5620 @"; $ProcessorScore[744] = "3709" $ProcessorName[745] = "E5-2690 v2 @"; $ProcessorScore[745] = "13116" $ProcessorName[746] = "E3-1271 v3 @"; $ProcessorScore[746] = "7308" $ProcessorName[747] = "E-2234 CPU @"; $ProcessorScore[747] = "9555" $ProcessorName[748] = "Silver 4215 CPU @"; $ProcessorScore[748] = "14439" $ProcessorName[749] = "E5-2673 v4 @"; $ProcessorScore[749] = "17533" $ProcessorName[750] = "Gold 5215 CPU @"; $ProcessorScore[750] = "16058" $ProcessorName[751] = "AMD FX(tm)-6100 "; $ProcessorScore[751] = "3642" $ProcessorName[752] = "E-2278G CPU @"; $ProcessorScore[752] = "17609" $ProcessorName[753] = "CPU 4205U @"; $ProcessorScore[753] = "1300" $ProcessorName[754] = "AMD A4-9125 "; $ProcessorScore[754] = "1216" $ProcessorName[755] = "W-2104 CPU @"; $ProcessorScore[755] = "6362" $ProcessorName[756] = "9150e "; $ProcessorScore[756] = "1267" $ProcessorName[757] = "CPU E5-2667 v4 @"; $ProcessorScore[757] = "14148" $ProcessorName[758] = "i7 CPU 930 @"; $ProcessorScore[758] = "2871" $ProcessorName[759] = "CPU E5-2403 v2 @"; $ProcessorScore[759] = "2873" $ProcessorName[760] = "W-2104 CPU @"; $ProcessorScore[760] = "6362" $ProcessorName[761] = "CPU X5650 @"; $ProcessorScore[761] = "5796" $ProcessorName[762] = "E5-1620 0 @"; $ProcessorScore[762] = "5862" $ProcessorName[763] = "E5620 @"; $ProcessorScore[763] = "3709" $ProcessorName[764] = "E5-2673 v3 @"; $ProcessorScore[764] = "13738" $ProcessorName[765] = "N3150 @"; $ProcessorScore[765] = "1189" $ProcessorName[766] = "P8700 @"; $ProcessorScore[766] = "945" $ProcessorName[767] = "E5-2630L 0 @"; $ProcessorScore[767] = "5285" $ProcessorName[768] = "E5-2690 v2 @"; $ProcessorScore[768] = "13116" $ProcessorName[769] = "i5 CPU M 560 @"; $ProcessorScore[769] = "1626" $ProcessorName[770] = "E3-1230 V2 @"; $ProcessorScore[770] = "6193" $ProcessorName[771] = "E-2134 CPU @"; $ProcessorScore[771] = "8253" $ProcessorName[772] = "E3-1270 v5 @"; $ProcessorScore[772] = "8456" $ProcessorName[773] = "E3-1220L V2 @"; $ProcessorScore[773] = "2687" $ProcessorName[774] = "Platinum 8171M CPU @"; $ProcessorScore[774] = "27000" $ProcessorName[775] = "2 Duo CPU E8600 @"; $ProcessorScore[775] = "1338" $ProcessorName[776] = "2 Duo CPU E8200 @"; $ProcessorScore[776] = "983" $ProcessorName[777] = "Ryzen 3 2200U"; $ProcessorScore[777] = "3692" $ProcessorName[778] = "i7-9750H CPU @ "; $ProcessorScore[778] = "11337" $ProcessorName[779] = "E5-2650 v2 @"; $ProcessorScore[779] = "9986" $ProcessorName[780] = "E-2136 CPU @"; $ProcessorScore[780] = "13506" $ProcessorName[781] = "FX-9800P "; $ProcessorScore[781] = "2125" $ProcessorName[782] = "Ryzen 5 4500U "; $ProcessorScore[782] = "11273" $ProcessorName[783] = "i5-11300H @"; $ProcessorScore[783] = "11056" $ProcessorName[784] = "i5-11400 @"; $ProcessorScore[784] = "17066" $ProcessorName[785] = "i5-11400H @"; $ProcessorScore[785] = "15986" $ProcessorName[786] = "i5-11500 @"; $ProcessorScore[786] = "17629" $ProcessorName[787] = "i5-11500H @"; $ProcessorScore[787] = "16133" $ProcessorName[788] = "i5-11600 @"; $ProcessorScore[788] = "18236" $ProcessorName[789] = "i7-11370H @"; $ProcessorScore[789] = "11937" $ProcessorName[790] = "i7-11390H @"; $ProcessorScore[790] = "10545" $ProcessorName[791] = "i7-11700 @"; $ProcessorScore[791] = "20114" $ProcessorName[792] = "i7-11800H @"; $ProcessorScore[792] = "21154" $ProcessorName[793] = "i7-11850H @"; $ProcessorScore[793] = "21117" $ProcessorName[794] = "i9-11950H @"; $ProcessorScore[794] = "22414" $ProcessorName[795] = "i7-12800HX"; $ProcessorScore[795] = "35483" $ProcessorName[796] = "i7-12800H"; $ProcessorScore[796] = "24247" $ProcessorName[797] = "A10-9620P"; $ProcessorScore[797] = "2541" $ProcessorName[798] = "E1-2500 APU"; $ProcessorScore[798] = "595" $ProcessorName[799] = "A10-8770E"; $ProcessorScore[799] = "3075" $ProcessorName[800] = "A10-8770"; $ProcessorScore[800] = "3465" $ProcessorName[801] = "3 3200U"; $ProcessorScore[801] = "3868" $ProcessorName[802] = "5 2500U"; $ProcessorScore[802] = "6533" $ProcessorName[803] = "5 3500U"; $ProcessorScore[803] = "7069" $ProcessorName[804] = "5 5600X"; $ProcessorScore[804] = "21975" $ProcessorName[805] = "O 3400GE"; $ProcessorScore[805] = "8270" $ProcessorName[806] = "V1605B"; $ProcessorScore[806] = "6866" $ProcessorName[807] = "x7-Z8700"; $ProcessorScore[807] = "1323" $ProcessorName[808] = "i5-10505 CPU @"; $ProcessorScore[808] = "12336" $ProcessorName[809] = "E8200 @"; $ProcessorScore[809] = "1075" $ProcessorName[810] = "Q6600 @"; $ProcessorScore[810] = "1780" $ProcessorName[811] = "N3700 @"; $ProcessorScore[811] = "1247" $ProcessorName[812] = "G3250 @"; $ProcessorScore[812] = "1945" $ProcessorName[813] = "J5005 CPU @"; $ProcessorScore[813] = "3043" $ProcessorName[814] = "5110 @"; $ProcessorScore[814] = "600" $ProcessorName[815] = "E5502 @"; $ProcessorScore[815] = "837" $ProcessorName[816] = "L5520 @"; $ProcessorScore[816] = "2238" $ProcessorName[817] = "X5570 @"; $ProcessorScore[817] = "3270" $ProcessorName[818] = "X5667 @"; $ProcessorScore[818] = "4551" $ProcessorName[819] = "E3-1245 v5 @"; $ProcessorScore[819] = "7933" $ProcessorName[820] = "E5-2630 v4 @"; $ProcessorScore[820] = "11622" $ProcessorName[821] = "E5-2640 v3 @"; $ProcessorScore[821] = "11327" $ProcessorName[822] = "E5-2650 v3 @"; $ProcessorScore[822] = "11781" $ProcessorName[823] = "E5-2650 v4 @"; $ProcessorScore[823] = "13839" $ProcessorName[824] = "E5-2667 v3 @"; $ProcessorScore[824] = "12378" $ProcessorName[825] = "E5-2680 v2 @"; $ProcessorScore[825] = "12671" $ProcessorName[826] = "E5-2690 v2 @"; $ProcessorScore[826] = "13535" $ProcessorName[827] = "E-2144G"; $ProcessorScore[827] = "9322" $ProcessorName[828] = "E-2246G"; $ProcessorScore[828] = "14050" $ProcessorName[829] = "Silver 4208"; $ProcessorScore[829] = "11157" $ProcessorName[830] = "W-10855M"; $ProcessorScore[830] = "12902" $ProcessorName[831] = "W-2223"; $ProcessorScore[831] = "8706" $ProcessorName[832] = "W-2225"; $ProcessorScore[832] = "10794" $ProcessorName[833] = "i5-9500T CPU @"; $ProcessorScore[833] = "8161" $ProcessorName[834] = "E5-2690 v2 @"; $ProcessorScore[834] = "13454" $ProcessorName[835] = "Ryzen 7 Microsoft Surface (R)"; $ProcessorScore[835] = "17459" $ProcessorName[836] = "Core(TM) i7-12800H "; $ProcessorScore[836] = "24919" $ProcessorName[837] = "i3-10105T CPU @"; $ProcessorScore[837] = "8012" $ProcessorName[838] = "i5-1240P"; $ProcessorScore[838] = "17351" $ProcessorName[839] = "i7-12700H "; $ProcessorScore[839] = "26462" $ProcessorName[840] = "i7-1260P"; $ProcessorScore[840] = "17215" $ProcessorName[841] = "Ryzen 7 5825U"; $ProcessorScore[841] = "18426" $ProcessorName[842] = "i5-1145G7 @"; $ProcessorScore[842] = "9959" $ProcessorName[843] = "i5-1135G7 @"; $ProcessorScore[843] = "9902" $ProcessorName[844] = "i5-12500 "; $ProcessorScore[844] = "19977" $ProcessorName[845] = "i5-1245U "; $ProcessorScore[845] = "13508" $ProcessorName[846] = "i9-12900K "; $ProcessorScore[846] = "41418" $ProcessorName[847] = "W-2102 CPU @"; $ProcessorScore[847] = "5081" $ProcessorName[848] = "i7-11700K @"; $ProcessorScore[848] = "24663" $ProcessorName[849] = "W-2125 CPU @"; $ProcessorScore[849] = "10030" $ProcessorName[850] = "Ryzen 5 5600G"; $ProcessorScore[850] = "19912" $ProcessorName[851] = "i5-12500T "; $ProcessorScore[851] = "16738" $ProcessorName[852] = "Ryzen 9 7950X"; $ProcessorScore[852] = "63223" $ProcessorName[854] = "i7-12700 "; $ProcessorScore[853] = "30911" $ProcessorName[854] = "i7-1255U "; $ProcessorScore[854] = "13790" $ProcessorName[855] = "i7-7820HQ CPU "; $ProcessorScore[855] = "7184" $ProcessorName[856] = "i7-1260P "; $ProcessorScore[856] = "17212" $ProcessorName[857] = "i7-1255U "; $ProcessorScore[857] = "13794" $ProcessorName[858] = "Ryzen 5 PRO 5675U "; $ProcessorScore[858] = "14448" $ProcessorName[859] = "i5-1235U "; $ProcessorScore[859] = "13594" $ProcessorName[860] = "i3-10105T CPU "; $ProcessorScore[860] = "8012" $ProcessorName[861] = "Done"; $ProcessorScore[861] = "Done" $TotalNumber = 861 $Count = 0 $CPUScore = "Unknown" WHILE ( $ProcessorName[$Count] -ne "Done" ) { IF ( $WorkstationProcessorName -cmatch $ProcessorName[$Count] ) { [int]$CPUScore = $ProcessorScore[$Count] break } ELSE { $Count++ } } IF ($CPUScore -gt 40000) { $CPURating = 9; $CPURatingString = "Crazy Fast" } ELSEIF ($CPUScore -gt 25000) { $CPURating = 8; $CPURatingString = "Extrmemly Fast" } ELSEIF ($CPUScore -gt 17500) { $CPURating = 7; $CPURatingString = "Very Fast" } ELSEIF ($CPUScore -gt 12000) { $CPURating = 6; $CPURatingString = "Fast" } ELSEIF ($CPUScore -gt 8000) { $CPURating = 5; $CPURatingString = "Good" } ELSEIF ($CPUScore -gt 5500) { $CPURating = 4; $CPURatingString = "Acceptable" } ELSEIF ($CPUScore -gt 4000) { $CPURating = 3; $CPURatingString = "Slow" } ELSEIF ($CPUScore -gt 3000) { $CPURating = 2; $CPURatingString = "Very Slow" } ELSE { $CPURating = 1; $CPURatingString = "Extremely Slow" } $CPUName = $WorkstationProcessorName $Now = GET-Date [string]$CPUDate = "Unknown" $CPUAge = "Unknown" IF($CPUName -like "*i3-14*" -or $CPUName -like "*i5-14*" -or $CPUName -like "*i7-14*" -or $CPUName -like "*i9-14*") { [DateTime]$CPUDate = "NOV 2023" } IF($CPUName -like "*i3-13*" -or $CPUName -like "*i5-13*" -or $CPUName -like "*i7-13*" -or $CPUName -like "*i9-12*") { [DateTime]$CPUDate = "NOV 2022" } IF($CPUName -like "*i3-12*" -or $CPUName -like "*i5-12*" -or $CPUName -like "*i7-12*" -or $CPUName -like "*i9-13*") { [DateTime]$CPUDate = "NOV 2021" } IF($CPUName -like "*i3-11*" -or $CPUName -like "*i5-11*" -or $CPUName -like "*i7-11*" -or $CPUName -like "*i9-11*") { [DateTime]$CPUDate = "AUG 2020" } IF($CPUName -like "*i3-10*" -or $CPUName -like "*i5-10*" -or $CPUName -like "*i7-10*" -or $CPUName -like "*i9-10*") { [DateTime]$CPUDate = "NOV 2019" } IF($CPUName -like "*i3-9*" -or $CPUName -like "*i5-9*" -or $CPUName -like "*i7-9*" -or $CPUName -like "*i9-9*") { [DateTime]$CPUDate = "FEB 2019" } IF($CPUName -like "*i3-8*" -or $CPUName -like "*i5-8*" -or $CPUName -like "*i7-8*" -or $CPUName -like "*i9-8*") { [DateTime]$CPUDate = "DEC 2017" } IF($CPUName -like "*i3-7*" -or $CPUName -like "*i5-7*" -or $CPUName -like "*i7-7*" -or $CPUName -like "*i9-7*") { [DateTime]$CPUDate = "NOV 2016" } IF($CPUName -like "*i3-6*" -or $CPUName -like "*i5-6*" -or $CPUName -like "*i7-6*" -or $CPUName -like "*i9-6*") { [DateTime]$CPUDate = "NOV 2015" } IF($CPUName -like "*i3-5*" -or $CPUName -like "*i5-5*" -or $CPUName -like "*i7-5*" -or $CPUName -like "*i9-5*") { [DateTime]$CPUDate = "FEB 2015" } IF($CPUName -like "*i3-4*" -or $CPUName -like "*i5-4*" -or $CPUName -like "*i7-4*" -or $CPUName -like "*i9-4*") { [DateTime]$CPUDate = "MAY 2014" } IF($CPUName -like "*i3-3*" -or $CPUName -like "*i5-3*" -or $CPUName -like "*i7-3*" -or $CPUName -like "*i9-3*") { [DateTime]$CPUDate = "MAY 2013" } IF($CPUName -like "*i3-2*" -or $CPUName -like "*i5-2*" -or $CPUName -like "*i7-2*" -or $CPUName -like "*i9-2*") { [DateTime]$CPUDate = "NOV 2012" } IF ($CPUDate -ne "Unknown") { $AgeDifference = $Now - $CPUDate; $CPUAge = [math]::Round($AgeDifference.TotalDays / 365, 2) } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Socket = $AllInfo.SocketDesignation CPUModel = $WorkstationProcessorName CPUScore = $CPUScore YearsOld = $CPUAge NumberOfCores = $AllInfo.NumberOfCores NumberOfThreads = $AllInfo.ThreadCount CPURating = $CPURating CPURatingString = $CPURatingString } } RETURN $Results | Select CPUModel, CPUScore, YearsOld, NumberOfCores, NumberOfThreads, CPURating, CPURatingString } FUNCTION GET-DiskDrive { $Results = @() $Disks = GET-PhysicalDisk $DriveLetter = $env:windir $DriveLetter = $DriveLetter.Substring(0,1) $Partition = GET-Partition -DriveLetter $DriveLetter $OSDriveDiskNumber = $Partition.DiskNumber FOREACH ($Disk in $Disks) { $IsOSDrive = "$False" IF ($Disk.DeviceID -eq $OSDriveDiskNumber) { $IsOSDrive = "$True" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ DeviceID = $Disk.DeviceID ContainsSystemOS = $IsOSDrive Model = $Disk.Model MediaType = $Disk.MediaType BusType = $Disk.BusType SerialNumber = $Disk.SerialNumber HealthStatus = $Disk.HealthStatus SizeGBs = [int]($Disk.Size / 1GB) } } RETURN $Results | Select DeviceID, ContainsSystemOS, BusType, MediaType, Model, SizeGBs, SerialNumber, HealthStatus | Sort-Object -Descending -Property ContainsSystemOS } FUNCTION GET-DiskPerformance { $Results = @() IF ((GET-Item -Path "C:\Program Files\IntegrisPowerShell Utilities\DiskSpd\diskspd.exe" -ErrorAction SilentlyContinue) -eq $null) { Write-Host "" Write-Warning "DiskSpd.exe not found, disk speed benchmark results will not be available. For disk speed benchmarking, download the Microsoft diskspd.exe application from 'https://github.com/microsoft/diskspd' and place it in the 'C:\Program Files\IntegrisPowerShell Utilities\DiskSpd\' folder" RETURN } $ExeFolder = "C:\Program Files\IntegrisPowerShell Utilities\DiskSpd" $IOType = "" $AccessType = "" $ResultRating = 0 $ResultRatingString = "" Write-Progress -ID 3 -Activity "Running Disk Benchmark Tests" -Status "0% - Random Read - About 15 Seconds" -PercentComplete 0 $RandomTest = & "$ExeFolder\diskspd.exe" -b4k -d10 -t1 -O32 -r -W2 -C2 -w0 -Z -c1G -Su "$ExeFolder\test.dat" $RandomTestResults = $RandomTest[-15] | convertfrom-csv -Delimiter "|" -Header Bytes,IO,Mib,IOPS,File | Select-Object IO,MIB,IOPs [int]$RandomMBs = $RandomTestResults.Mib IF ($RandomMBs -gt 200) { $ResultRating = 9; $ResultRatingString = "Crazy Fast" } ELSEIF ($RandomMBs -gt 100) { $ResultRating = 8; $ResultRatingString = "Extremely Fast" } ELSEIF ($RandomMBs -gt 60) { $ResultRating = 7; $ResultRatingString = "Very Fast" } ELSEIF ($RandomMBs -gt 30) { $ResultRating = 6; $ResultRatingString = "Fast" } ELSEIF ($RandomMBs -gt 15) { $ResultRating = 5; $ResultRatingString = "Good" } ELSEIF ($RandomMBs -gt 8) { $ResultRating = 4; $ResultRatingString = "Acceptable" } ELSEIF ($RandomMBs -gt 3) { $ResultRating = 3; $ResultRatingString = "Slow" } ELSEIF ($RandomMBs -gt 1) { $ResultRating = 2; $ResultRatingString = "VerySlow" } ELSE { $ResultRating = 1; $ResultRatingString = "Extremely Slow" } $IOType = "Random" $AccessType = "Read" $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ IOType = $IOType AccessType = $AccessType ResultMBs = [int]$RandomTestResults.Mib ResultIOPS = [int]$RandomTestResults.IOPS ResultRating = $ResultRating ResultRatingString = $ResultRatingString } Write-Progress -ID 3 -Activity "Running Disk Benchmark Tests" -Status "25% - Random Write - About 15 Seconds" -PercentComplete 25 $Random4kWrite = & "$ExeFolder\diskspd.exe" -b4k -d10 -t1 -O32 -r -W2 -C2 -w100 -Z -c1G -Su "$ExeFolder\test.dat" $Random4kWriteResults = $Random4kWrite[-15] | convertfrom-csv -Delimiter "|" -Header Bytes,IO,Mib,IOPS,File | Select-Object IO,MIB,IOPs [int]$RandomWriteMBs = $Random4kWriteResults.Mib IF ($RandomWriteMBs -gt 200) { $ResultRating = 9; $ResultRatingString = "Crazy Fast" } ELSEIF ($RandomWriteMBs -gt 100) { $ResultRating = 8; $ResultRatingString = "Extremely Fast" } ELSEIF ($RandomWriteMBs -gt 60) { $ResultRating = 7; $ResultRatingString = "Very Fast" } ELSEIF ($RandomWriteMBs -gt 30) { $ResultRating = 6; $ResultRatingString = "Fast" } ELSEIF ($RandomWriteMBs -gt 15) { $ResultRating = 5; $ResultRatingString = "Good" } ELSEIF ($RandomWriteMBs -gt 8) { $ResultRating = 4; $ResultRatingString = "Acceptable" } ELSEIF ($RandomWriteMBs -gt 3) { $ResultRating = 3; $ResultRatingString = "Slow" } ELSEIF ($RandomWriteMBs -gt 1) { $ResultRating = 2; $ResultRatingString = "VerySlow" } ELSE { $ResultRating = 1; $ResultRatingString = "Extremely Slow" } $IOType = "Random" $AccessType = "Write" $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ IOType = $IOType AccessType = $AccessType ResultMBs = [int]$Random4kWriteResults.Mib ResultIOPS = [int]$Random4kWriteResults.IOPS ResultRating = $ResultRating ResultRatingString = $ResultRatingString } Write-Progress -ID 3 -Activity "Running Disk Benchmark Tests" -Status "50% - Sequential Read - About 15 Seconds" -PercentComplete 50 $Sequential1MBRead = & "$ExeFolder\diskspd.exe" -b1M -d10 -t1 -O8 -s -W2 -C2 -w0 -Z -c1G -Su "$ExeFolder\test.dat" $Sequential1MBReadResults = $Sequential1MBRead[-8] | convertfrom-csv -Delimiter "|" -Header Bytes,IO,Mib,IOPS,File | Select-Object IO,MIB,IOPs [int]$SequentialReadMBs = $Sequential1MBReadResults.Mib IF ($SequentialReadMBs -gt 1500) { $ResultRating = 9; $ResultRatingString = "Crazy Fast" } ELSEIF ($SequentialReadMBs -gt 900) { $ResultRating = 8; $ResultRatingString = "Extremely Fast" } ELSEIF ($SequentialReadMBs -gt 450) { $ResultRating = 7; $ResultRatingString = "Very Fast" } ELSEIF ($SequentialReadMBs -gt 225) { $ResultRating = 6; $ResultRatingString = "Fast" } ELSEIF ($SequentialReadMBs -gt 150) { $ResultRating = 5; $ResultRatingString = "Good" } ELSEIF ($SequentialReadMBs -gt 90) { $ResultRating = 4; $ResultRatingString = "Acceptable" } ELSEIF ($SequentialReadMBs -gt 50) { $ResultRating = 3; $ResultRatingString = "Slow" } ELSEIF ($SequentialReadMBs -gt 25) { $ResultRating = 2; $ResultRatingString = "VerySlow" } ELSE { $ResultRating = 1; $ResultRatingString = "Extremely Slow" } $IOType = "Sequential" $AccessType = "Read" $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ IOType = $IOType AccessType = $AccessType ResultMBs = [int]$Sequential1MBReadResults.Mib ResultIOPS = [int]$Sequential1MBReadResults.IOPS ResultRating = $ResultRating ResultRatingString = $ResultRatingString } Write-Progress -ID 3 -Activity "Running Disk Benchmark Tests" -Status "75% - Sequential Write - About 15 Seconds" -PercentComplete 75 ## Sequential Write $Sequential1MBWrite = & "$ExeFolder\diskspd.exe" -b1M -d10 -t1 -O8 -s -W2 -C2 -w100 -Z -c1G -Su "$ExeFolder\test.dat" $Sequential1MBWriteResults = $Sequential1MBWrite[-15] | convertfrom-csv -Delimiter "|" -Header Bytes,IO,Mib,IOPS,File | Select-Object IO,MIB,IOPs [int]$SequentialWriteMBs = $Sequential1MBWriteResults.Mib IF ($SequentialWriteMBs -gt 1500) { $ResultRating = 9; $ResultRatingString = "Crazy Fast" } ELSEIF ($SequentialWriteMBs -gt 900) { $ResultRating = 8; $ResultRatingString = "Extremely Fast" } ELSEIF ($SequentialWriteMBs -gt 450) { $ResultRating = 7; $ResultRatingString = "Very Fast" } ELSEIF ($SequentialWriteMBs -gt 225) { $ResultRating = 6; $ResultRatingString = "Fast" } ELSEIF ($SequentialWriteMBs -gt 150) { $ResultRating = 5; $ResultRatingString = "Good" } ELSEIF ($SequentialWriteMBs -gt 90) { $ResultRating = 4; $ResultRatingString = "Acceptable" } ELSEIF ($SequentialWriteMBs -gt 50) { $ResultRating = 3; $ResultRatingString = "Slow" } ELSEIF ($SequentialWriteMBs -gt 25) { $ResultRating = 2; $ResultRatingString = "VerySlow" } ELSE { $ResultRating = 1; $ResultRatingString = "Extremely Slow" } Write-Progress -ID 3 -Activity "Running Disk Benchmark Tests" -Status "100% - Finalizing Results" -PercentComplete 100 -Completed $IOType = "Sequential" $AccessType = "Write" $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ IOType = $IOType AccessType = $AccessType ResultMBs = [int]$Sequential1MBWriteResults.Mib ResultIOPS = [int]$Sequential1MBWriteResults.IOPS ResultRating = $ResultRating ResultRatingString = $ResultRatingString } RETURN $Results | select IOType, AccessType, ResultMBs, ResultRating, ResultRatingString } FUNCTION GET-DisplayDevice { $Results = @() $MonitorInstances = GET-CIMInstance -Class WMIMonitorID -Namespace root\wmi -ErrorAction SilentlyContinue | Select InstanceName IF ($MonitorInstances.Count -ge 1) { } ELSE { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ModelID = "Not Connected" ModelName = "Not Connected" Manufacturer = "Not Connected" VideoInput = "Not Connected" SerialNumber = "Not Connected" ManufacturerYear = "Not Connected" } RETURN $Results | Select ModelID, ModelName, Manufacturer, VideoInput, SerialNumber, ManufacturerYear } $MonitorCount = 0 FOREACH ($MonitorInstance in $MonitorInstances) { $MonitorCount++ ### Hardware ID $HardwareID = ($MonitorInstance.InstanceName.Split('\'))[1] ### Manufacture Year $MonitorInfo = GET-CIMInstance WMIMonitorID -Namespace root\wmi | Where-Object { $_.InstanceName -eq $MonitorInstance.InstanceName } $ManufactureYear = "Unknown" $ManufactureYear = $MonitorInfo.YearOfManufacture ### Serial Number $SerialNumber = "Unknown" $SerialNumber = [System.Text.Encoding]::ASCII.GetString($MonitorInfo.SerialNumberID).Trim(0x00) $MonitorInfo = GET-CIMInstance WmiMonitorConnectionParams -Namespace root\wmi | Where-Object { $_.InstanceName -eq $MonitorInstance.InstanceName } ### Video Connector $VideoOutput = "Unknown" $VideoOutput = $MonitorInfo.VideoOutputTechnology Switch ($VideoOutput) { "0" { $VideoOutput = "VGA" } "1" { $VideoOutput = "S-Video" } "2" { $VideoOutput = "Composite_Video" } "3" { $VideoOutput = "Component_Video" } "4" { $VideoOutput = "DVI" } "5" { $VideoOutput = "HDMI" } "6" { $VideoOutput = "LVDS" } "7" { $VideoOutput = "Unknown" } "8" { $VideoOutput = "D_JPN" } "9" { $VideoOutput = "SDI" } "10" { $VideoOutput = "DisplayPort" } "11" { $VideoOutput = "DisplayPort" } "12" { $VideoOutput = "UDI" } "13" { $VideoOutput = "UDI" } "14" { $VideoOutput = "SDTV_Dongle" } "15" { $VideoOutput = "Miracast" } "16" { $VideoOutput = "Indirect_Wired" } default { $VideoOutput = "Unknown" } } $MonitorInfo = GET-PnpDevice | Where-Object { $_.PNPDeviceID -eq $MonitorInfo.InstanceName.Replace("_0","") } ### Model $MonitorModel = "Unknown" $MonitorModel = $MonitorInfo.Name ### Vendor $MonitorManufacturer = "Unknown" $MonitorManufacturer = $MonitorInfo.Manufacturer $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Number = $MonitorCount ModelID = $HardwareID ModelName = $MonitorInfo.Name Manufacturer = $MonitorManufacturer VideoInput = $VideoOutput SerialNumber = $SerialNumber ManufacturerYear = $ManufactureYear } } RETURN $Results | Select Number, ModelID, ModelName, Manufacturer, VideoInput, SerialNumber, ManufacturerYear } FUNCTION GET-DisplayAdapter { $Results = @() $VideoAdapters = GET-CIMInstance win32_videocontroller -ErrorAction SilentlyContinue FOREACH ($VideoAdapter in $VideoAdapters) { $DriverDate = $VideoAdapter.DriverDate $InstallDate = $VideoAdapter.InstallDate $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ModelName = $VideoAdapter.Name GBsOfVRAM = $VideoAdapter.AdapterRAM / 1GB Vendor = $VideoAdapter.AdapterCompatibility DriverVersion = $VideoAdapter.DriverVersion DriverReleaseDate = $DriverDate } } RETURN $Results | Select ModelName, Vendor, GBsOfVRAM, DriverVersion, DriverReleaseDate } FUNCTION GET-InternetInfo { param ( [switch]$SpeedTest = $false ) ### IP and Geo Location Data TRY { $GeoData = Invoke-RestMethod -Method Get -Uri "http://ip-api.com/json/$PublicIPv4" } Catch { Write-Warning "WebRequest blocked. Check firewall settings or other web security applications, such as ThreatLocker or OpenDNS. IP-API.com must be whitelisted on port 80." RETURN } IF ($SpeedTest -eq $true) { IF ((GET-Item -Path "C:\Program Files\IntegrisPowerShell Utilities\SpeedTest CLI\speedtest.exe" -ErrorAction SilentlyContinue) -eq $null) { Write-Host "" Write-Warning "SpeedTest.exe not found. Internet connection benchmark results will not be available. For internet connection benchmarking, download the Ookla speedtest.exe application from 'https://www.speedtest.net/apps/cli' and place it in the 'C:\Program Files\IntegrisPowerShell Utilities\SpeedTest CLI\' folder" $DownloadSpeed = "Unavailable" $DownloadLatency = "Unavailable" $UploadSpeed = "Unavailable" $UploadLatency = "Unavailable" $PacketLoss = "Unavailable" } ELSE { TRY { $SpeedTestResults = & "C:\Program Files\IntegrisPowerShell Utilities\SpeedTest CLI\speedtest.exe" --accept-license ### Download Speed $DownloadSpeed = $SpeedTestResults | select-string -Pattern "Download:" $DownloadSpeed = $DownloadSpeed.ToString().Replace('Download:','') [string[]]$DownloadSpeed = $DownloadSpeed.Split('.') [int]$DownloadSpeed = $DownloadSpeed[0].Replace(' ','') ### Download Latency [string]$DownloadLatency = $SpeedTestResults | select-string -Pattern "jitter:" [string[]]$DownloadLatency = $DownloadLatency.Split('j') [string]$DownloadLatency = $DownloadLatency[1] [string[]]$DownloadLatency = $DownloadLatency.split(')') [string]$DownloadLatency = $DownloadLatency[1] $DownloadLatency = $DownloadLatency.Replace("ms","") $DownloadLatency = $DownloadLatency.Replace("(","") [int]$DownloadLatency = $DownloadLatency.Replace(" ","") ### Download Latency High [string[]]$DownloadLatencyHigh = $SpeedTestResults | select-string -Pattern "high:" [string]$DownloadLatencyHigh = $DownloadLatencyHigh[1] [string[]]$DownloadLatencyHigh = $DownloadLatencyHigh.Split(':') [string]$DownloadLatencyHigh = $DownloadLatencyHigh[3] $DownloadLatencyHigh = $DownloadLatencyHigh.Replace("ms","") $DownloadLatencyHigh = $DownloadLatencyHigh.Replace(")","") [int]$DownloadLatencyHigh = $DownloadLatencyHigh.Replace(" ","") ### Upload Speed $UploadSpeed = $SpeedTestResults | select-string -Pattern "Upload:" $UploadSpeed = $UploadSpeed.ToString().Replace('Upload:','') [string[]]$UploadSpeed = $UploadSpeed.Split('.') [int]$UploadSpeed = $UploadSpeed[0].Replace(' ','') ### Upload Latency [string]$UploadLatency = $SpeedTestResults | select-string -Pattern "jitter:" [string[]]$UploadLatency = $UploadLatency.Split('j') [string]$UploadLatency = $UploadLatency[2] [string[]]$UploadLatency = $UploadLatency.split(')') [string]$UploadLatency = $UploadLatency[1] $UploadLatency = $UploadLatency.Replace("ms","") $UploadLatency = $UploadLatency.Replace("(","") [int]$UploadLatency = $UploadLatency.Replace(" ","") ### Upload Latency High [string[]]$UploadLatencyHigh = $SpeedTestResults | select-string -Pattern "high:" [string]$UploadLatencyHigh = $UploadLatencyHigh[2] [string[]]$UploadLatencyHigh = $UploadLatencyHigh.Split(':') [string]$UploadLatencyHigh = $UploadLatencyHigh[3] $UploadLatencyHigh = $UploadLatencyHigh.Replace("ms","") $UploadLatencyHigh = $UploadLatencyHigh.Replace(")","") [int]$UploadLatencyHigh = $UploadLatencyHigh.Replace(" ","") ### Packet Loss $PacketLoss = $SpeedTestResults | select-string -Pattern "Packet Loss:" $PacketLoss = $PacketLoss.ToString().Replace('%','') $PacketLoss = $PacketLoss.ToString().Replace('Packet Loss:','') [int]$PacketLoss = $PacketLoss.ToString().Replace(' ','') ### Internet Service Provider [string]$ISP = $SpeedTestResults | select-string -Pattern "ISP:" $ISP = $ISP.Replace("ISP:","") $ISP = $ISP.Replace(" ","") $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PublicIP = $GeoData.query Country = $GeoData.Country State = $GeoData.RegionName City = $GeoData.City ZipCode = $GeoData.zip ISP = $GeoData.Org Org = $GeoData.ISP DownloadSpeed = $DownloadSpeed.ToString() + " Mbps" DownloadLatencyAvg = $DownloadLatency.ToString() + " ms" DownloadLatencyHigh = $DownloadLatencyHigh.ToString() + " ms" UploadSpeed = $UploadSpeed.ToString() + " Mbps" UploadLatencyAvg = $UploadLatency.ToString() + " ms" UploadLatencyHigh = $UploadLatencyHigh.ToString() + " ms" PacketLoss = $PacketLoss.ToString() + "%" } RETURN $Results | Select PublicIP, Country, State, City, ZipCode, ISP, Org, DownloadSpeed, DownloadLatencyAvg, DownloadLatencyHigh, UploadSpeed, UploadLatencyAvg, UploadLatencyHigh, PacketLoss } Catch { Write-Warning "SpeedTest.exe was blocked from running. Check security applications such as SentinelOne or ThreatLocker." $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PublicIP = $GeoData.query Country = $GeoData.Country State = $GeoData.RegionName City = $GeoData.City ZipCode = $GeoData.zip ISP = $GeoData.Org Org = $GeoData.ISP } } } RETURN $Results | Select PublicIP, Country, State, City, ZipCode, ISP, Org } ELSE { ### IP and Geo Location Data $GeoData = Invoke-RestMethod -Method Get -Uri "http://ip-api.com/json/$PublicIPv4" $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PublicIP = $GeoData.query Country = $GeoData.Country State = $GeoData.RegionName City = $GeoData.City ZipCode = $GeoData.zip ISP = $GeoData.Org Org = $GeoData.ISP } RETURN $Results | Select PublicIP, Country, State, City, ZipCode, ISP, Org } } FUNCTION GET-InternetSpeedTest { param ( [switch]$GUI = $false ) IF ($GUI -eq $True) { IF ((GET-Item -Path "C:\Program Files\IntegrisPowerShell Utilities\SpeedTest CLI\speedtest.exe" -ErrorAction SilentlyContinue) -eq $null) { Write-Host "" Write-Warning "SpeedTest.exe not found. Internet connection benchmark results will not be available. For internet connection benchmarking, download the Ookla speedtest.exe application from 'https://www.speedtest.net/apps/cli' and place it in the 'C:\Program Files\IntegrisPowerShell Utilities\SpeedTest CLI\' folder" RETURN } ELSE { TRY { & "C:\Program Files\IntegrisPowerShell Utilities\SpeedTest CLI\speedtest.exe" --accept-license } CATCH { Write-Warning "SpeedTest.exe was blocked from running. Check security applications such as SentinelOne or ThreatLocker." RETURN } } } ELSE { $Results = REPORT-InternetSpeedTestMonitor -NumberOfTests 1 IF ($Results.DownloadSpeed -Contains "Test Failed") { Write-Warning "SpeedTest.exe was blocked from running. Check security applications such as SentinelOne or ThreatLocker." RETURN } RETURN $Results | Select DownloadSpeed, DownloadLatencyAvg, DownloadLatencyHigh, UploadSpeed, UploadSpeedAvg, UploadSpeedHigh, PacketLoss } } FUNCTION GET-NetworkAdapter { param( [switch]$Real = $False ) IF ($Real -eq $true) { $Results = GET-CIMInstance Win32_NetworkAdapter -ErrorAction SilentlyContinue | Where-Object { $_.MACAddress -ne $null -and $_.Name -notlike "*Miniport*" -and $_.Name -notlike "*Virtual*" -and $_.Name -notlike "*NetExtender*" -and $_.Name -notlike "*AppGate*" } | Select InterfaceIndex, Name, NetConnectionID, MACAddress, Manufacturer } ELSE { $Results = GET-CIMInstance Win32_NetworkAdapter -ErrorAction SilentlyContinue | Select InterfaceIndex, Name, NetConnectionID, MACAddress, Manufacturer } RETURN $Results } FUNCTION GET-NetworkAdapterReal { GET-NetworkAdapter -Real } FUNCTION GET-NetworkConnection { param ( [ValidateSet("IPv4","IPv6")] [string[]]$IPType = @("IPv4"), [switch]$PhysicalOnly = $false ) $Results = @() $NotApplicable = "N/A" $Count = 0 $AdapterBindings = @() $AdapterBindings += GET-NetAdapterBinding | Where-Object { $_.ComponentID -Like "*ms_tcpip*" -and $_.Enabled -eq "True" -and $_.Name -notlike "*bluetooth*" -and $_.ifDesc -notlike "*Hyper*" } -ErrorAction SilentlyContinue | Sort-Object -Property Name,ComponentID -Descending $AdapterBindings += GET-NetAdapterBinding | Where-Object { $_.ComponentID -Like "*ms_tcpip*" -and $_.Enabled -eq "True" -and $_.Name -notlike "*bluetooth*" -and $_.ifDesc -like "*Hyper*" } -ErrorAction SilentlyContinue | Sort-Object -Property Name,ComponentID FOREACH ($AdapterBinding in $AdapterBindings) { $IPVersion = "" $ConnectedSSID = "" $AdapterType = "" $ConnectionStatus = "" $NetAdapter = "" $IPInterface = "" $Status = "" $Blank = "" $SignalStrength = "" $Protocol = "" $DNSSuffix = "" $LinkSpeed = "" $vAdapterName = "" $VMSwitch = "" $DNSAssignment = "" $NetConnectionProfile = "" $Count++ $PercentComplete = (($Count-1) / $AdapterBindings.Count) * 100 Write-Progress -ID 7 -Activity "Collecting Adapter Data" -Status "$([int]$PercentComplete)% - Collecting Data" -PercentComplete $PercentComplete ### Get IP Version IF ($AdapterBinding.ComponentID -eq "ms_tcpip") { $IPVersion = "IPv4" } ELSEIF ($AdapterBinding.ComponentID -eq "ms_tcpip6") { $IPVersion = "IPv6" } ELSE { $IPVersion = "Unknown" } IF ($IPType -contains $IPVersion) { } ELSE { continue } ### Get Status IF ($AdapterBinding.Enabled -eq "True") { $Status = "Enabled" } ELSEIF ($AdapterBinding.Enabled -eq "False") { $Status = "Disabled" } ELSE { $Status = "Unknown" } $NetAdapter = $null IF($PhysicalOnly -eq $true) { $NetAdapter = Get-NetAdapter -InterfaceDescription $AdapterBinding.InterfaceDescription -Physical -ErrorAction SilentlyContinue } Else { $NetAdapter = Get-NetAdapter -InterfaceDescription $AdapterBinding.InterfaceDescription -ErrorAction SilentlyContinue } IF ($NetAdapter -eq $null) { continue } $IPInterface = Get-NetIPInterface -InterfaceIndex $NetAdapter.ifIndex -AddressFamily $IPVersion -ErrorAction SilentlyContinue IF ($NetAdapter.AdminStatus -eq "Down") { continue } ### Get Connection Status $ConnectionStatus = $NetAdapter.MediaConnectionState ### Get DHCP Status $DHCPStatus = (Get-NetIPInterface -InterfaceIndex $NetAdapter.ifIndex -ErrorAction SilentlyContinue | Where-Object { $_.AddressFamily -eq $IPVersion}).DHCP IF ($DHCPStatus -eq "Enabled") { $IPAsssignment = "DHCP" } ELSE { $IPAsssignment = "Static" } ### DNS Assignment $KeyName = "HKLM:\SYSTEM\CurrentControlSet\Services\Tcpip\Parameters\Interfaces\" + $NetAdapter.DeviceName.Replace("\Device\","") $Value = Get-ItemPropertyValue -Path $KeyName -Name NameServer -ErrorAction SilentlyContinue IF ($Value -eq "" -or $Value -eq $null) { $DNSAssignment = "DHCP" } ELSEIF ( $Value -like "*.*" ) { $DNSAssignment = "Static" } ELSE { Continue } ### Get DNS Suffix $DNSSuffix = (GET-DNSClient -InterfaceIndex $NetAdapter.ifIndex -ErrorAction SilentlyContinue).ConnectionSpecificSuffix $NetConnectionProfile = (Get-NetConnectionProfile -InterfaceIndex $NetAdapter.ifIndex -ErrorAction SilentlyContinue).NetworkCategory IF ($NetConnectionProfile -eq "" -or $NetConnectionProfile -eq $null) { $NetConnectionProfile = "None" } ### Get Adapter Type IF ($NetAdapter.Name -eq "Wi-Fi" -or $NetAdapter.MediaType -like "*802.11*" -or $NetAdapter.PhysicalMediaType -like "*802.11*" -or $NetAdapter.ifName -like "*802.11*" -or $NetAdapter.InterfaceName -like "*wireless*") { $AdapterType = "WiFi" $ParentAdapter = $NotApplicable IF ($ConnectionStatus -eq "Connected") { $ConnectedSSID = netsh wlan show interfaces | select-string -Pattern "[\s]SSID" $ConnectedSSID = $ConnectedSSID.tostring().replace(" SSID : ","") $Protocol = netsh wlan show interfaces | select-string -Pattern "[\s]Radio Type" $Protocol = $Protocol.tostring().replace(" Radio type : ","") $SignalStrength = netsh wlan show interfaces | select-string -Pattern "[\s]Signal" $SignalStrength = $SignalStrength.tostring().replace(" Signal : ","") $LinkSpeed = ([int]($NetAdapter.ReceiveLinkSpeed / 1000000)).ToString()+"\"+([int]($NetAdapter.TransmitLinkSpeed / 1000000)).ToString() } ELSE { $ConnectedSSID = $Blank $Protocol = $Blank $SignalStrength = $Blank $LinkSpeed = $Blank } } ELSEIF ($NetAdapter.Name -eq "Ethernet" -or $NetAdapter.PhysicalMediaType -like "*802.3*") { $AdapterType = "Wired" $ParentAdapter = $NotApplicable IF ($ConnectionStatus -eq "Connected") { $ConnectedSSID = $NotApplicable $Protocol = "802.3" $SignalStrength = $NotApplicable $LinkSpeed = ([int]($NetAdapter.ReceiveLinkSpeed / 1000000)).ToString()+"\"+([int]($NetAdapter.TransmitLinkSpeed / 1000000)).ToString() } ELSE { $ConnectedSSID = $NotApplicable $Protocol = $Blank $SignalStrength = $NotApplicable $LinkSpeed = $Blank } } ELSEIF ($NetAdapter.Name -like "*vEthernet*" -or $NetAdapter.MediaType -like "*802.3*" -or $NetAdapter.ifDesc -like "*Hyper-V*") { $AdapterType = "Hyper-V" $vAdapterName = $NetAdapter.Name.Replace("vEthernet (","") $vAdapterName = $vAdapterName.Replace(")","") $VMSwitch = Get-VMSwitch -Name $vAdapterName -ErrorAction SilentlyContinue IF ($VMSwitch.NetAdapterInterfaceDescription -ne "" -and $VMSwitch.NetAdapterInterfaceDescription -ne $null) { $ParentAdapter = $VMSwitch.NetAdapterInterfaceDescription $ParentAdapter = Get-NetAdapter -InterfaceDescription $ParentAdapter -ErrorAction SilentlyContinue $ParentAdapter = $ParentAdapter.Name + " ("+$ParentAdapter.InterfaceDescription+")" } ELSE { $ParentAdapter = "Internal" } IF ($ConnectionStatus -eq "Connected") { $ConnectedSSID = $NotApplicable $Protocol = "802.3" $SignalStrength = $NotApplicable $LinkSpeed = ([int]($NetAdapter.ReceiveLinkSpeed / 1000000)).ToString()+"\"+([int]($NetAdapter.TransmitLinkSpeed / 1000000)).ToString() } ELSE { $ConnectedSSID = $NotApplicable $Protocol = $Blank $SignalStrength = $NotApplicable $LinkSpeed = $Blank } } ELSE { continue } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Name = $NetAdapter.Name + " (" + $NetAdapter.DriverDescription + ")" Type = $AdapterType+" ($IPVersion)" ParentAdapter = $ParentAdapter Protocol = $Protocol IPAssignment = $IPAsssignment DNSAssignment = $DNSAssignment Status = $ConnectionStatus SSID = $ConnectedSSID SignalStrength = $SignalStrength LinkSpeed = $LinkSpeed DNSSuffix = $DNSSuffix MACAddress = $NetAdapter.MACAddress ConnectionProfile = $NetConnectionProfile } } Write-Progress -ID 7 -Activity "Collecting Adapter Data" -Status "$PercentComplete% - Collecting Data" -PercentComplete 100 -Completed RETURN $Results | Select Name, Type, Status, IPAssignment, DNSAssignment, LinkSpeed, Protocol, SignalStrength, SSID, DNSSuffix, ParentAdapter, MACAddress, ConnectionProfile | Sort-Object -Property Status } FUNCTION GET-PeripheralDevice { $Results = @() $Items = @() $Items += GET-CIMInstance Win32_PnPEntity -ErrorAction SilentlyContinue | ? { $_.Service -eq "WSDScan" } $Items += GET-CIMInstance Win32_PnPEntity -ErrorAction SilentlyContinue | ? { $_.Service -eq "usbaudio" } $Items += GET-CIMInstance Win32_PnPEntity -ErrorAction SilentlyContinue | ? { $_.Service -eq "usbvideo" } FOREACH ($Item in $Items) { IF ($Item.Service -eq "usbvideo") { $Description = "USB Video Device" } ELSE { $Description = $Item.Description } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Hostname = $Item.SystemName DeviceType = $Description DeviceName = $Item.Caption Service = $Item.Service Manufacturer = $Item.Manufacturer PNPClass = $Item.PNPClass DriverName = "" Capabilities = $Item.PowerManagementCapabilities } } $Items = GET-CIMInstance Win32_Printer -ErrorAction SilentlyContinue | Where-Object { $_.PortName -like "*USB*" } FOREACH ($Item in $Items) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Hostname = $Item.SystemName DeviceType = "USB Printer Device" DeviceName = $Item.Caption Service = $Item.PortName Manufacturer = "" PNPClass = $Item.CreationClassName DriverName = $Item.DriverName Capabilities = $Item.CapabilityDescriptions } } RETURN $Results | Select HostName, DeviceType, DeviceName, Service, Manufacturer, PNPClass, DriverName, Capabilities } FUNCTION GET-RAMModule { $Results = @() $MemoryArray = GET-CIMInstance -Class "Win32_PhysicalMemoryArray" $MemoryModuleTotal = $MemoryArray.MemoryDevices $MemoryModuleCount = IF ($MemoryArray.MemoryErrorCorrection -eq 3) { $MemType = "Non-ECC" } ELSEIF ($MemoryArray.MemoryErrorCorrection -eq 5) { $MemType = "ECC" } ELSEIF ($MemoryArray.MemoryErrorCorrection -eq 6) { $MemType = "ECC" } ELSE { $MemType = "Unknown" } $Modules = GET-CIMInstance -Class "Win32_PhysicalMemory" $TotalMem = 0 FOREACH ($Module in $Modules) { $MemoryModuleCount++ $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ BankLabel = $Module.DeviceLocator CapacityInGBs = $Module.Capacity / 1GB ClockSpeed = $Module.ConfiguredClockSpeed MemoryType = $MemType Manufacturer = $Module.Manufacturer PartNumber = $Module.PartNumber SerialNumber = $Module.SerialNumber } $TotalMem += $Module.Capacity / 1GB } While ($MemoryModuleCount -lt $MemoryModuleTotal) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ BankLabel = "Empty Slot" CapacityInGBs = "" ClockSpeed = "" MemoryType = "" Manufacturer = "" PartNumber = "" SerialNumber = "" } $MemoryModuleCount++ } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ BankLabel = "Total" CapacityInGBs = $TotalMem ClockSpeed = "" MemoryType = "" Manufacturer = "" PartNumber = "" SerialNumber = "" } $Results | Select BankLabel, CapacityInGBs, ClockSpeed, MemoryType, Manufacturer, PartNumber, SerialNumber } FUNCTION GET-WindowsCrashEvent { param ( [ValidateSet("BSOD","PowerLoss")] [string[]]$EventType = @("BSOD","PowerLoss") ) $Results = @() $Events = @() IF ($EventType -contains "BSOD") { $Events += Get-WinEvent -FilterHashtable @{ProviderName = "Microsoft-Windows-WER-SystemErrorReporting"; ID = @(1001)} -ErrorAction SilentlyContinue } IF ($EventType -contains "PowerLoss") { $Events += Get-WinEvent -FilterHashtable @{ProviderName = "Microsoft-Windows-Kernel-Power"; ID = @(41)} -ErrorAction SilentlyContinue } FOREACH ($Event in $Events) { IF ($Event.ID -eq 1001) { $CrashType = "BSOD"; $Message = "The computer has rebooted from a bugcheck." } IF ($Event.ID -eq 41) { $CrashType = "Power Loss"; $Message = "The system has rebooted without cleanly shutting down first." } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CrashType = $CrashType TimeCreated = $Event.TimeCreated Message = $Message } } RETURN $Results | Select TimeCreated, CrashType, Message | Sort-Object -Property TimeCreated -Descending } ### ### ============================================================================================== ### ### GET\SET FUNCTIONS ### ### ============================================================================================== FUNCTION GET-VolumeSystem { $Results = @() $OSVolume = GET-Volume -DriveLetter $env:SystemDrive.Substring(0,1) $OSPartition = GET-Partition -DriveLetter $env:SystemDrive.Substring(0,1) $OSDisk = GET-PhysicalDisk -DeviceNumber $OSPartition.DiskNumber $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ DriveLetter = $OSVolume.DriveLetter VolumeFreeSizeInGBs = [int]($OSVolume.SizeRemaining / 1GB) VolumeMaxSizeInGBs = [int]($OSVolume.Size / 1GB) VolumeHealthStatus = $OSVolume.HealthStatus VolumeFileSystem = $OSVolume.FileSystem IsBootPartition = $OSPartition.IsBoot PartitionNumber = $OSPartition.PartitionNumber PartitionSizeInGBs = [int]($OSPartition.Size / 1GB) DiskNumber = $OSDisk.DeviceID DiskMediaType = $OSDisk.MediaType DiskBusType = $OSDisk.BusType DiskUnallocatedSizeInGBs = ([int]($OSDisk.Size / 1GB)) - ([int]($OSDisk.AllocatedSize / 1GB)) DiskMaxSizeInGBs = [int]($OSDisk.Size / 1GB) DiskFirmwareVersion = $OSDisk.FirmwareVersion DiskLocation = $OSDisk.PhysicalLocation DiskModel = $OSDisk.Model DiskHealthStatus = $OSDisk.HealthStatus } RETURN $Results | Select DriveLetter, VolumeFreeSizeInGBs, VolumeMaxSizeInGBs, VolumeHealthStatus, VolumeFileSystem, IsBootPartition, PartitionNumber, PartitionSizeInGBs, DiskNumber, DiskMediaType, DiskBusType, DiskUnallocatedSizeInGBs, DiskMaxSizeInGBs, DiskFirmwareVersion, DiskLocation, DiskModel, DiskHealthStatus } FUNCTION GET-WindowsInfo { $Results = @() $OS = GET-CIMInstance Win32_OperatingSystem $TimeZone = GET-TimeZone $DomainType = "" ### Check DomainJoin Type IF ($True) { $DomainServicesRegistration = dsregcmd /status IF ($DomainServicesRegistration -like "*DomainJoined : YES*") { $DomainType = "Local AD Domain" } ELSEIF ($DomainServicesRegistration -like "*AzureAdJoined : YES*" -and $DomainServicesRegistration -like "*DomainJoined : NO*") { $DomainType = "AzureAD" } ELSEIF ($DomainServicesRegistration -like "*AzureAdJoined : NO*" -and $DomainServicesRegistration -like "*DomainJoined : NO*") { $DomainType = "None (Workgroup)" } ELSE { $DomainType = "Error" } } $BitLockerEncryptedDrives = Get-BitLockerVolume | Where-Object { $_.VolumeStatus -like "*encrypted*" } $UnencryptedDrives = Get-BitLockerVolume | Where-Object { $_.VolumeStatus -like "*decrypted*" } $ProductType = "Unknown" IF ($OS.ProductType -eq 1) { $ProductType = "Workstation" } IF ($OS.ProductType -eq 2) { $ProductType = "Domain Controller" } IF ($OS.ProductType -eq 3) { $ProductType = "Server" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Name = $OS.Caption Type = $ProductType DomainType = $DomainType Architecture = $OS.OSArchitecture BuildNumber = $OS.BuildNumber TimeZone = $TimeZone.DisplayName InstallDate = $OS.InstallDate LastBootTime = $OS.LastBootUpTime LastWindowsUpdate = (GET-HotFix | Sort-Object -Property InstalledOn -Descending | Select-Object -First 1).InstalledOn BitLockerEncryptedDrives = $BitLockerEncryptedDrives.MountPoint UnencryptedDrives = $UnencryptedDrives.MountPoint } RETURN $Results | Select Name, Type, BuildNumber, DomainType, Architecture, TimeZone, InstallDate, LastBootTime, LastWindowsUpdate, BitLockerEncryptedDrives, UnencryptedDrives } FUNCTION GET-WindowsLogonEvent { [CmdletBinding(DefaultParameterSetName='Null')] param( [string[]]$LogonType = @("Logon","Logoff") ) $Results = @() $Events = @() IF ($LogonType -contains "Logon") { $Events += Get-WinEvent -FilterHashtable @{ProviderName = "Microsoft-Windows-Winlogon"; ID = @(7001)} } IF ($LogonType -contains "Logoff") { $Events += Get-WinEvent -FilterHashtable @{ProviderName = "Microsoft-Windows-Winlogon"; ID = @(7002)} } FOREACH ($Event in $Events) { TRY { $SID = New-Object System.Security.Principal.SecurityIdentifier($Event.Properties[1].Value.Value) $Username = $SID.Translate([System.Security.Principal.NTAccount]) } CATCH { $Username = "Unknown or Deleted Account" } IF ($Event.ID -eq "7001") { $Type = "Logon" } IF ($Event.ID -eq "7002") { $Type = "Logoff" } IF ($Username -eq $null -or $Username -eq "") { $Username = "Account Deleted" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Hostname = $Event.MachineName ID = $Event.ID Type = $Type Username = $Username Time = $Event.TimeCreated } } RETURN $Results | Select Hostname, ID, Username, Type, Time } FUNCTION GET-WindowsUpdate { GET-HotFix | Sort-Object -Property InstalledOn -Descending } FUNCTION GET-WindowsUserProfile { $Results = @() $Profiles = GET-ChildItem -Path C:\Users -Directory FOREACH ($Profile in $Profiles) { IF($Profile.Name -ne "Public" -and $Profile.Name -ne "public" -and $Profile.Name -ne "admin" -and $Profile.Name -ne "Admin" -and $Profile.Name -ne "Administrator" -and $Profile.Name -ne "administrator" -and $Profile.Name -ne "Labtech" -and $Profile.Name -ne "labtech" -and $Profile.Name -ne "bjnadmin" -and $Profile.Name -ne "cyberhawk" -and $Profile.Name -ne "DefaultAppPool" -and $Profile.Name -ne "labtechservice") { Write-Host $Profile.Name } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ProfileName = $Profile.Name ProfilePath = $Profile.FullName CreationTime = $Profile.CreationTime LastWriteTime = $Profile.LastWriteTime } } RETURN $Results | Select ProfileName, ProfilePath, CreationTime, LastWriteTime } ### ### ============================================================================================== ### ### GET\SET EXPORTS ### ### ============================================================================================== New-Alias -Name INTGET-ApplicationInstalled -Value GET-ApplicationInstalled Export-ModuleMember -FUNCTION GET-ApplicationInstalled -Alias INTGET-ApplicationInstalled New-Alias -Name INTGET-ApplicationEvent -Value GET-ApplicationEvent Export-ModuleMember -FUNCTION GET-ApplicationEvent -Alias INTGET-ApplicationEvent New-Alias -Name INTGET-BIOSSetting -Value GET-BIOSSetting Export-ModuleMember -FUNCTION GET-BIOSSetting -Alias INTGET-BIOSSetting New-Alias -Name INTGET-ChassisInfo -Value GET-ChassisInfo Export-ModuleMember -FUNCTION GET-ChassisInfo -Alias INTGET-ChassisInfo New-Alias -Name INTGET-CPUDevice -Value GET-CPUDevice New-Alias -Name GET-ProcessorDevice -Value GET-CPUDevice New-Alias -Name INTGET-ProcessorDevice -Value GET-CPUDevice Export-ModuleMember -FUNCTION GET-CPUDevice -Alias INTGET-CPUDevice,GET-ProcessorDevice,INTGET-ProcessorDevice New-Alias -Name INTGET-DiskDrive -Value GET-DiskDrive Export-ModuleMember -FUNCTION GET-DiskDrive -Alias INTGET-DiskDrive New-Alias -Name INTGET-DiskPerformance -Value GET-DiskPerformance Export-ModuleMember -FUNCTION GET-DiskPerformance -Alias INTGET-DiskPerformance New-Alias -Name INTGET-DisplayDevice -Value GET-DisplayDevice New-Alias -Name GET-MonitorDevice -Value GET-DisplayDevice New-Alias -Name INTGET-MonitorDevice -Value GET-DisplayDevice Export-ModuleMember -FUNCTION GET-DisplayDevice -Alias INTGET-DisplayDevice,GET-MonitorDevice,INTGET-MonitorDevice New-Alias -Name INTGET-DisplayAdapter -Value GET-DisplayAdapter New-Alias -Name GET-GPUDevice -Value GET-DisplayAdapter New-Alias -Name INTGET-GPUDevice -Value GET-DisplayAdapter New-Alias -Name GET-VideoAdapter -Value GET-DisplayAdapter New-Alias -Name INTGET-VideoAdapter -Value GET-DisplayAdapter Export-ModuleMember -FUNCTION GET-DisplayAdapter -Alias INTGET-DisplayAdapter,GET-GPUDevice,INTGET-GPUDevice,GET-VideoAdapter,INTGET-VideoAdapter New-Alias -Name INTGET-InternetInfo -Value GET-InternetInfo Export-ModuleMember -FUNCTION GET-InternetInfo -Alias INTGET-InternetInfo New-Alias -Name INTGET-InternetSpeedTest -Value GET-InternetSpeedTest Export-ModuleMember -FUNCTION GET-InternetSpeedTest -Alias INTGET-InternetSpeedTest New-Alias -Name INTGET-InternetSpeedTestGUI -Value GET-InternetSpeedTestGUI Export-ModuleMember -FUNCTION GET-InternetSpeedTestGUI -Alias INTGET-InternetSpeedTestGUI New-Alias -Name INTGET-NetworkAdapter -Value GET-NetworkAdapter Export-ModuleMember -FUNCTION GET-NetworkAdapter -Alias INTGET-NetworkAdapter New-Alias -Name INTGET-NetworkAdapterReal -Value GET-NetworkAdapterReal Export-ModuleMember -FUNCTION GET-NetworkAdapterReal -Alias INTGET-NetworkAdapterReal New-Alias -Name INTGET-NetworkConnection -Value GET-NetworkConnection Export-ModuleMember -FUNCTION GET-NetworkConnection -Alias INTGET-NetworkConnection New-Alias -Name INTGET-NetworkAdapterIPv6 -Value GET-NetworkAdapterIPv6 Export-ModuleMember -FUNCTION GET-NetworkAdapterIPv6 -Alias INTGET-NetworkAdapterIPv6 New-Alias -Name INTSET-NetworkAdapterIPv6 -Value SET-NetworkAdapterIPv6 Export-ModuleMember -FUNCTION SET-NetworkAdapterIPv6 -Alias INTSET-NetworkAdapterIPv6 New-Alias -Name INTGET-OneDriveBackupSetting -Value GET-OneDriveBackupSetting Export-ModuleMember -FUNCTION GET-OneDriveBackupSetting -Alias INTGET-OneDriveBackupSetting New-Alias -Name INTSET-OneDriveBackupSetting -Value SET-OneDriveBackupSetting Export-ModuleMember -FUNCTION SET-OneDriveBackupSetting -Alias INTSET-OneDriveBackupSetting New-Alias -Name INTGET-PeripheralDevice -Value GET-PeripheralDevice Export-ModuleMember -FUNCTION GET-PeripheralDevice -Alias INTGET-PeripheralDevice New-Alias -Name INTGET-RAMModule -Value GET-RAMModule New-Alias -Name GET-RAMInfo -Value GET-RAMModule New-Alias -Name INTGET-RAMInfo -Value GET-RAMModule Export-ModuleMember -FUNCTION GET-RAMModule -Alias INTGET-RAMModule, GET-RAMInfo, INTGET-RAMInfo New-Alias -Name INTGET-VolumeSystem -Value GET-VolumeSystem Export-ModuleMember -FUNCTION GET-VolumeSystem -Alias INTGET-VolumeSystem New-Alias -Name INTGET-WindowsCrashEvent -Value GET-WindowsCrashEvent Export-ModuleMember -FUNCTION GET-WindowsCrashEvent -Alias INTGET-WindowsCrashEvent New-Alias -Name INTGET-WindowsFirewallInfo -Value GET-WindowsFirewallInfo Export-ModuleMember -FUNCTION GET-WindowsFirewallInfo -Alias INTGET-WindowsFirewallInfo New-Alias -Name INTGET-WindowsHideFastUserSwitchingSetting -Value GET-WindowsHideFastUserSwitchingSetting Export-ModuleMember -FUNCTION GET-WindowsHideFastUserSwitchingSetting -Alias INTGET-WindowsHideFastUserSwitchingSetting New-Alias -Name INTSET-WindowsHideFastUserSwitchingSetting -Value SET-WindowsHideFastUserSwitchingSetting Export-ModuleMember -FUNCTION SET-WindowsHideFastUserSwitchingSetting -Alias INTSET-WindowsHideFastUserSwitchingSetting New-Alias -Name INTGET-WindowsInfo -Value GET-WindowsInfo Export-ModuleMember -FUNCTION GET-WindowsInfo -Alias INTGET-WindowsInfo New-Alias -Name INTGET-WindowsLocalAccountEnumerationSetting -Value GET-WindowsLocalAccountEnumerationSetting Export-ModuleMember -FUNCTION GET-WindowsLocalAccountEnumerationSetting -Alias INTGET-WindowsLocalAccountEnumerationSetting New-Alias -Name INTGET-WindowsLogonEvent -Value GET-WindowsLogonEvent Export-ModuleMember -FUNCTION GET-WindowsLogonEvent -Alias INTGET-WindowsLogonEvent New-Alias -Name INTGET-WindowsUpdate -Value GET-WindowsUpdate Export-ModuleMember -FUNCTION GET-WindowsUpdate -Alias INTGET-WindowsUpdate New-Alias -Name INTGET-WindowsUserProfile -Value GET-WindowsUserProfile Export-ModuleMember -FUNCTION GET-WindowsUserProfile -Alias INTGET-WindowsUserProfile ### ### ============================================================================================== ### ### SEARCH\REPORT FUNCTIONS ### ### ============================================================================================== FUNCTION SEARCH-EventLog { [CmdletBinding(DefaultParameterSetName='Minutes')] param( [Parameter(ParameterSetName = 'Full')] [Parameter(ParameterSetName = 'Minutes')] [int]$Minutes = 120, [Parameter(ParameterSetName = 'Full')] [Parameter(ParameterSetName = 'Hours')] [int]$Hours = $null, [Parameter(ParameterSetName = 'Full')] [Parameter(ParameterSetName = 'Days')] [int]$Days = $null, [Parameter(ParameterSetName = 'Minutes')] [Parameter(ParameterSetName = 'Hours')] [Parameter(ParameterSetName = 'Days')] [ValidateSet("Critical","Error","Warning","Information","All")] [String[]]$SeverityLevel = @("Critical","Error"), [Parameter(ParameterSetName = 'Full')] [Parameter(ParameterSetName = 'Minutes')] [Parameter(ParameterSetName = 'Hours')] [Parameter(ParameterSetName = 'Days')] [String[]]$Keywords = $null, [Parameter(ParameterSetName = 'Full')] [Parameter(ParameterSetName = 'Minutes')] [Parameter(ParameterSetName = 'Hours')] [Parameter(ParameterSetName = 'Days')] [String[]]$EventID = $null, [Parameter(ParameterSetName = 'Full')] [Parameter(ParameterSetName = 'Minutes')] [Parameter(ParameterSetName = 'Hours')] [Parameter(ParameterSetName = 'Days')] [String[]]$ProviderName = $null, [Parameter(ParameterSetName = 'Minutes')] [Parameter(ParameterSetName = 'Hours')] [Parameter(ParameterSetName = 'Days')] [switch]$IncludeSecurityLog = $False, [Parameter(Mandatory, ParameterSetName = 'Full')] [switch]$Full = $False ) [int[]]$SearchIDs = @() $Now = GET-Date [int[]]$Level = @() IF ($SeverityLevel.Contains("Critical")) { $Level += 1 } IF ($SeverityLevel.Contains("Error")) { $Level += 2 } IF ($SeverityLevel.Contains("Warning")) { $Level += 3 } IF ($SeverityLevel.Contains("Information")) { $Level += 4 } IF ($SeverityLevel.Contains("All")) { $Level = @(0,1,2,3,4,5) } IF ($Full -eq $True) { $Level = @(0,1,2,3,4,5) } IF ($EventID -ne $null) { FOREACH ($Item in $EventID) { $SearchIDs += $Item } } IF ($Days -gt 0) { $Minutes = $Days * 1440 } IF ($Hours -gt 0) { $Minutes = $Hours * 60 } $Results = @() $Logs = GET-WinEvent -ListLog * -EA SilentlyContinue | Where { $_.RecordCount -ne 0 -and $_.LastWriteTime -gt $Now.AddMinutes(-$Minutes) } ForEach ($Log in $Logs) { IF ($Log.LogName -eq "Windows PowerShell" -and $Full -eq $False) { continue } IF ($Log.LogName -eq "Security" -and $IncludeSecurityLog -eq $False) { IF ($Full -eq $False) { continue } } IF ($Log.LogName -like "Microsoft-Windows-Ntfs/Operational" -and $Full -eq $False) { continue } IF ($Log.LogName -like "Microsoft-Windows-Store/Operational" -and $Full -eq $False) { continue } IF ($Log.LogName -like "Microsoft-Windows-StateRepository/Operational" -and $Full -eq $False) { continue } IF ($Log.LogName -like "Microsoft-Windows-SmbClient/Connectivity" -and $Full -eq $False) { continue } IF ($Log.LogName -like "Microsoft-Windows-PowerShell" -and $Full -eq $False) { continue } IF ($Log.LogName -like "Microsoft-Windows-Storage-Storport/Operational" -and $Full -eq $False) { continue } IF ($Log.LogName -like "Microsoft-Windows-Storage-Storport/Health" -and $Full -eq $False) { continue } IF ($Log.LogName -like "Microsoft-Windows-PowerShell/Operational" -and $Full -eq $False) { continue } IF ($Log.LogName -like "Microsoft-Windows-LiveId/Operational" -and $Full -eq $False) { continue } IF ($EventID -eq $null) { $EventInfo = GET-WinEvent -FilterHashtable @{logname = $Log.LogName; Level = @($Level); StartTime = $Now.AddMinutes(-$minutes)} -ErrorAction SilentlyContinue } ELSE { $EventInfo = GET-WinEvent -FilterHashtable @{logname = $Log.LogName; Level = @($Level); ID = @($SearchIDs); StartTime = $Now.AddMinutes(-$minutes)} -ErrorAction SilentlyContinue } FOREACH ($Event in $EventInfo) { IF ($Keywords -ne $null) { $KeywordFound = $False FOREACH ($Keyword in $Keywords) { IF ($Event.Message -like "*$Keyword*") { $KeywordFound = $True } } IF ($KeywordFound -eq $False) { continue } } IF ($ProviderName -ne $null) { $ProviderNameFound = $False FOREACH ($Name in $ProviderName) { IF ($Event.ProviderName -like "*$Name*") { $ProviderNameFound = $True } } IF ($ProviderNameFound -eq $False) { continue } } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Message = $Event.Message Id = $Event.ID Version = $Event.Version Qualifiers = $Event.Qualifiers Level = $Event.Level Task = $Event.Task Opcode = $Event.Opcode Keywords = $Event.Keywords RecordId = $Event.RecordId ProviderName = $Event.ProviderName ProviderId = $Event.ProviderId LogName = $Event.LogName ProcessId = $Event.ProcessId ThreadId = $Event.ThreadId MachineName = $Event.MachineName UserId = $Event.UserId TimeCreated = $Event.TimeCreated ActivityId = $Event.ActivityId RelatedActivityId = $Event.RelatedActivityId ContainerLog = $Event.ContainerLog MatchedQueryIds = $Event.MatchedQueryIds Bookmark = $Event.Bookmark LevelDisplayName = $Event.LevelDisplayName OpcodeDisplayName = $Event.OpcodeDisplayName KeywordsDisplayNames = $Event.KeywordsDisplayNames Properties = $Event.Properties } } } RETURN $Results | Select ID,ProviderName,LevelDisplayName,TimeCreated,Message } FUNCTION SEARCH-AppData { [CmdletBinding(DefaultParameterSetName='None')] param( [Parameter(Mandatory)] [Parameter(ParameterSetName = 'None')] [Parameter(ParameterSetName = 'Rename')] [Parameter(ParameterSetName = 'Delete')] [string[]]$Keyword = "", [Parameter(ParameterSetName = 'None')] [Parameter(ParameterSetName = 'Rename')] [Parameter(ParameterSetName = 'Delete')] [switch]$ExactMatch = $False, [Parameter(ParameterSetName = 'Rename')] [switch]$Rename = $False, [Parameter(ParameterSetName = 'Delete')] [switch]$Delete = $False ) $ActionTaken = "None" IF ($Rename -eq $True) { $ActionTaken = "Rename" } IF ($Delete -eq $True) { $ActionTaken = "Delete" } $Folders = GET-ChildItem -Path $env:APPDATA,$env:LOCALAPPDATA -Directory $Results = @() FOREACH ($Folder in $Folders) { IF ($Folder.Name -like "*_bak_*") { continue } FOREACH ($Item in $Keyword) { IF ($ExactMatch -eq $False) { IF ($Folder -Like "*$Item*") { IF ($Delete -eq $True) { TRY { Remove-Item -Path $Folder.FullName -Force -ErrorAction SilentlyContinue $ActionResult = "Successful" IF ((GET-Item -Path $Folder.FullName -ErrorAction SilentlyContinue) -ne $null) { $ActionResult = "Failed" } } CATCH { IF ((GET-Item -Path $Folder.FullName) -ne $null) { $ActionResult = "Failed" } ELSE { $ActionResult = "Successful" } } } ELSEIF ($Rename -eq $True) { $Now = GET-Date $NewName = $Folder.FullName $NewName += "_bak_$($Now.ToString('yyy_MM_dd_HH_mm_ss'))" TRY { Rename-Item -Path $Folder.FullName -NewName $NewName -Force -ErrorAction SilentlyContinue $ActionResult = "Successful" IF ((GET-Item -Path $Folder.FullName -ErrorAction SilentlyContinue) -ne $null) { $ActionResult = "Failed" } } CATCH { IF ((GET-Item -Path $Folder.FullName -ErrorAction SilentlyContinue) -ne $null) { $ActionResult = "Failed" } ELSE { $ActionResult = "Successful" } } } ELSE { $ActionResult = "N/A" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ FolderName = $Folder.Name FolderPath = $Folder.FullName RequestedAction = $ActionTaken ActionResult = $ActionResult } break } } ELSEIF ($ExactMatch -eq $True) { IF ($Folder -Like "$Item") { IF ($Delete -eq $True) { TRY { Remove-Item -Path $Folder.FullName -Force -ErrorAction SilentlyContinue $ActionResult = "Successful" IF ((GET-Item -Path $Folder.FullName -ErrorAction SilentlyContinue) -ne $null) { $ActionResult = "Failed" } } CATCH { IF ((GET-Item -Path $Folder.FullName -ErrorAction SilentlyContinue) -ne $null) { $ActionResult = "Failed" } ELSE { $ActionResult = "Successful" } } } ELSEIF ($Rename -eq $True) { $Now = GET-Date $NewName = $Folder.FullName $NewName += "_bak_$($Now.ToString('yyy_MM_dd_HH_mm_ss'))" TRY { Rename-Item -Path $Folder.FullName -NewName $NewName -Force -ErrorAction SilentlyContinue $ActionResult = "Successful" IF ((GET-Item -Path $Folder.FullName -ErrorAction SilentlyContinue) -ne $null) { $ActionResult = "Failed" } } CATCH { IF ((GET-Item -Path $Folder.FullName -ErrorAction SilentlyContinue) -ne $null) { $ActionResult = "Failed" } ELSE { $ActionResult = "Successful" } } } ELSE { $ActionResult = "N/A" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ FolderName = $Folder.Name FolderPath = $Folder.FullName RequestedAction = $ActionTaken ActionResult = $ActionResult } break } } } } FOREACH ($Result in $Results) { IF ($Result.ActionResult -eq "Failed") { Write-Host "" Write-Warning "$ActionTaken Failed: Verifiy the Associated Application is Not Running" } } RETURN $Results | Select FolderName, FolderPath, RequestedAction, ActionResult } FUNCTION REPORT-ComputerPerformance { param( [ValidateSet("CPU","RAM","Disk","Network","Internet")] [String[]]$Category = @("CPU","RAM","Disk","Network","Internet"), [switch]$SortByRating = $false, [switch]$FormatOutput = $false ) $Results = @() $Blank = "" Write-Progress -ID 2 -Activity "Running Performance Tests" -Status "Gathering CPU Data" -PercentComplete 0 IF ($Category -contains "CPU") { ### CPU Information IF ($True) { $CPUResults = GET-CPUDevice $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "CPU" PerformanceItem = "CPU Score" PerformanceResult = $CPUResults.CPUScore PerformanceRating = $CPUResults.CPURating PerformanceRatingString = $CPUResults.CPURatingString } IF ($CPUResults.YearsOld -eq "Unknown") { $AgeRating = $Blank; $AgeRatingString = $Blank } ELSEIF ($CPUResults.YearsOld -le 2) { $AgeRating = 9; $AgeRatingString = "Brand New" } ELSEIF ($CPUResults.YearsOld -le 3) { $AgeRating = 7; $AgeRatingString = "Very New" } ELSEIF ($CPUResults.YearsOld -le 4) { $AgeRating = 5; $AgeRatingString = "Good" } ELSEIF ($CPUResults.YearsOld -le 5) { $AgeRating = 4; $AgeRatingString = "Acceptable" } ELSEIF ($CPUResults.YearsOld -le 6) { $AgeRating = 3; $AgeRatingString = "Old" } ELSEIF ($CPUResults.YearsOld -le 7) { $AgeRating = 2; $AgeRatingString = "Very Old" } ELSE { $AgeRating = 1; $AgeRatingString = "Extremely Old" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "CPU" PerformanceItem = "CPU Age" PerformanceResult = $CPUResults.YearsOld PerformanceRating = $AgeRating PerformanceRatingString = $AgeRatingString } $CPUUsage = GET-CPUUsagePercent IF ($CPUUsage -le 20) { $CPUUsageRating = 9; $CPUUsageRatingString = "Crazy Low" } ELSEIF ($CPUUsage -le 30) { $CPUUsageRating = 8; $CPUUsageRatingString = "Extremely Low" } ELSEIF ($CPUUsage -le 40) { $CPUUsageRating = 7; $CPUUsageRatingString = "Very Low" } ELSEIF ($CPUUsage -le 50) { $CPUUsageRating = 6; $CPUUsageRatingString = "Low" } ELSEIF ($CPUUsage -le 60) { $CPUUsageRating = 5; $CPUUsageRatingString = "Good" } ELSEIF ($CPUUsage -le 70) { $CPUUsageRating = 4; $CPUUsageRatingString = "Acceptable" } ELSEIF ($CPUUsage -le 80) { $CPUUsageRating = 3; $CPUUsageRatingString = "High" } ELSEIF ($CPUUsage -le 90) { $CPUUsageRating = 2; $CPUUsageRatingString = "Very High" } ELSE { $CPUUsageRating = 1; $CPUUsageRatingString = "Extremely High" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "CPU" PerformanceItem = "CPU Usage" PerformanceResult = [string]$CPUUsage + "%" PerformanceRating = $CPUUsageRating PerformanceRatingString = $CPUUsageRatingString } } } Write-Progress -ID 2 -Activity "Running Performance Tests" -Status "Gathering RAM Data" -PercentComplete 10 IF ($Category -contains "RAM") { ### RAM Information IF ($True) { [int]$TotalRAM = GET-RAMInstalledTotalGB $RAMRating = $null IF ($TotalRAM -gt 39) { $RAMRating = 9; $RAMRatingString = "Crazy High" } ELSEIF ($TotalRAM -gt 31) { $RAMRating = 8; $RAMRatingString = "Extremely High" } ELSEIF ($TotalRAM -gt 23) { $RAMRating = 7; $RAMRatingString = "Very High" } ELSEIF ($TotalRAM -gt 19) { $RAMRating = 6; $RAMRatingString = "High" } ELSEIF ($TotalRAM -gt 15) { $RAMRating = 5; $RAMRatingString = "Good" } ELSEIF ($TotalRAM -gt 11) { $RAMRating = 4; $RAMRatingString = "Acceptable" } ELSEIF ($TotalRAM -gt 7) { $RAMRating = 3; $RAMRatingString = "Low" } ELSEIF ($TotalRAM -gt 5) { $RAMRating = 2; $RAMRatingString = "Very Low" } ELSE { $RAMRating = 1; $RAMRatingString = "Extremely Low" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "RAM" PerformanceItem = "RAM Amount" PerformanceResult = [string]$TotalRAM + " GB" PerformanceRating = $RAMRating PerformanceRatingString = $RAMRatingString } $AvailableMemoryGBs = [math]::round((Get-CIMInstance Win32_OperatingSystem).FreePhysicalMemory / 1MB,2) IF ($AvailableMemoryGBs -gt 12) { $AvailMemPerformanceRating =9; $AvailMemPerformanceRatingString = "Crazy High" } ELSEIF ($AvailableMemoryGBs -gt 6) { $AvailMemPerformanceRating = 8; $AvailMemPerformanceRatingString = "Extremely High" } ELSEIF ($AvailableMemoryGBs -gt 4) { $AvailMemPerformanceRating = 7; $AvailMemPerformanceRatingString = "Very High" } ELSEIF ($AvailableMemoryGBs -gt 3) { $AvailMemPerformanceRating = 6; $AvailMemPerformanceRatingString = "High" } ELSEIF ($AvailableMemoryGBs -gt 2) { $AvailMemPerformanceRating = 5; $AvailMemPerformanceRatingString = "Good" } ELSEIF ($AvailableMemoryGBs -gt 1.5) { $AvailMemPerformanceRating = 4; $AvailMemPerformanceRatingString = "Acceptable" } ELSEIF ($AvailableMemoryGBs -gt 1) { $AvailMemPerformanceRating = 3; $AvailMemPerformanceRatingString = "Low"} ELSEIF ($AvailableMemoryGBs -gt .5) { $AvailMemPerformanceRating = 2; $AvailMemPerformanceRatingString = "Very Low" } ELSE { $AvailMemPerformanceRating = 1; $AvailMemPerformanceRatingString = "Extremely Low" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "RAM" PerformanceItem = "Available Memory" PerformanceResult = [string]$AvailableMemoryGBs+ " GB" PerformanceRating = $AvailMemPerformanceRating PerformanceRatingString = $AvailMemPerformanceRatingString } } } Write-Progress -ID 2 -Activity "Running Performance Tests" -Status "Running Disk Benchmarks - About 60 Seconds" -PercentComplete 15 IF ($Category -contains "Disk") { $DiskSpd = $True IF ((GET-Item -Path "C:\Program Files\IntegrisPowerShell Utilities\DiskSpd\diskspd.exe" -ErrorAction SilentlyContinue) -eq $null) { Write-Host "" Write-Warning "DiskSpd.exe not found, disk speed benchmark results will not be available. For disk speed benchmarking, download the Microsoft diskspd.exe application from 'https://github.com/microsoft/diskspd' and place it in the 'C:\Program Files\IntegrisPowerShell Utilities\DiskSpd\' folder" $DiskSpd = $False } ### Disk Information IF ($DiskSpd -eq $True) { #$DriveType = GET-DiskDrive | Where-Object { $_.ContainsSystemOS -eq $True } #$Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ # PerformanceCategory = "Disk" # PerformanceItem = "Media Type" # PerformanceResult = $DriveType.MediaType # PerformanceRating = $Blank # PerformanceRatingString = $Blank #} $DiskPerf = GET-DiskPerformance FOREACH ($Perf in $DiskPerf) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Disk" PerformanceItem = $Perf.IOType.ToString() + " " + $Perf.AccessType.ToString() PerformanceResult = $Perf.ResultMBs.ToString() + " MB/s" PerformanceRating = $Perf.ResultRating PerformanceRatingString = $Perf.ResultRatingString } } #$Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ # PerformanceCategory = "Disk" # PerformanceItem = "Disk Size" # PerformanceResult = $DriveType.SizeGBs.ToString() + " GB" # PerformanceRating = $Blank # PerformanceRatingString = $Blank #} } ELSE { $DriveType = GET-DiskDrive | Where-Object { $_.ContainsSystemOS -eq $True } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Disk" PerformanceItem = "Media Type" PerformanceResult = $DriveType.MediaType PerformanceRating = $Blank PerformanceRatingString = $Blank } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Disk" PerformanceItem = "Random Read" PerformanceResult = "Unavailable" PerformanceRating = $Blank PerformanceRatingString = $Blank } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Disk" PerformanceItem = "Random Write" PerformanceResult = "Unavailable" PerformanceRating = $Blank PerformanceRatingString = $Blank } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Disk" PerformanceItem = "Sequential Read" PerformanceResult = "Unavailable" PerformanceRating = $Blank PerformanceRatingString = $Blank } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Disk" PerformanceItem = "Sequential Write" PerformanceResult = "Unavailable" PerformanceRating = $Blank PerformanceRatingString = $Blank } } } Write-Progress -ID 2 -Activity "Running Performance Tests" -Status "Gathering Network Data" -PercentComplete 65 IF ($Category -contains "Network") { ### Network Information IF ($True) { $NetworkConnections = GET-NetworkConnection FOREACH ($NetworkConnection in $NetworkConnections) { IF ($NetworkConnection.AdapterType -eq "Wireless" -and $NetworkConnection.Status -eq "Connected") { IF([int]$NetworkConnection.SignalStrength.Replace('%','') -ge 95) { $NetPeformanceRating = 9; $NetPerformanceRatingString = "Crazy Stable" } ELSEIF([int]$NetworkConnection.SignalStrength.Replace('%','') -ge 85) { $NetPeformanceRating = 8; $NetPerformanceRatingString = "Extremely Stable" } ELSEIF([int]$NetworkConnection.SignalStrength.Replace('%','') -ge 75) { $NetPeformanceRating = 7; $NetPerformanceRatingString = "Very Stable" } ELSEIF([int]$NetworkConnection.SignalStrength.Replace('%','') -ge 65) { $NetPeformanceRating = 6; $NetPerformanceRatingString = "Stable" } ELSEIF([int]$NetworkConnection.SignalStrength.Replace('%','') -ge 55) { $NetPeformanceRating = 5; $NetPerformanceRatingString = "Good" } ELSEIF([int]$NetworkConnection.SignalStrength.Replace('%','') -ge 45) { $NetPeformanceRating = 4; $NetPerformanceRatingString = "Acceptable" } ELSEIF([int]$NetworkConnection.SignalStrength.Replace('%','') -ge 35) { $NetPeformanceRating = 3; $NetPerformanceRatingString = "Unstable" } ELSEIF([int]$NetworkConnection.SignalStrength.Replace('%','') -ge 25) { $NetPeformanceRating = 2; $NetPerformanceRatingString = "Very Unstable" } ELSE { $NetPeformanceRating = 1; $NetPerformanceRatingString = "Extremely Unstable" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Network" PerformanceItem = "Wireless Signal Strength" PerformanceResult = $NetworkConnection.SignalStrength PerformanceRating = $NetPeformanceRating PerformanceRatingString = $NetPerformanceRatingString } } IF ($NetworkConnection.Status -eq "Connected") { IF (($NetworkConnection.LinkSpeedReceive/4) -lt $NetworkConnection.LinkSpeedTransmit) { $LinkSpeedCalc = $NetworkConnection.LinkSpeedReceive / 4 } ELSE { $LinkSpeedCalc = $NetworkConnection.LinkSpeedTransmit } IF ($LinkSpeedCalc -gt 250) { $LinkSpeedPerformanceRating = 9; $LinkSpeedPerformanceRatingString = "Crazy Fast" } ELSEIF ($LinkSpeedCalc -gt 175) { $LinkSpeedPerformanceRating = 8; $LinkSpeedPerformanceRatingString = "Extremely Fast" } ELSEIF ($LinkSpeedCalc -gt 115) { $LinkSpeedPerformanceRating = 7; $LinkSpeedPerformanceRatingString = "Very Fast" } ELSEIF ($LinkSpeedCalc -gt 70) { $LinkSpeedPerformanceRating = 6; $LinkSpeedPerformanceRatingString = "Fast" } ELSEIF ($LinkSpeedCalc -gt 45) { $LinkSpeedPerformanceRating = 5; $LinkSpeedPerformanceRatingString = "Good" } ELSEIF ($LinkSpeedCalc -gt 25) { $LinkSpeedPerformanceRating = 4; $LinkSpeedPerformanceRatingString = "Acceptable" } ELSEIF ($LinkSpeedCalc -gt 12) { $LinkSpeedPerformanceRating = 3; $LinkSpeedPerformanceRatingString = "Slow" } ELSEIF ($LinkSpeedCalc -gt 5) { $LinkSpeedPerformanceRating = 2; $LinkSpeedPerformanceRatingString = "Very Slow" } ELSE { $LinkSpeedPerformanceRating = 1; $LinkSpeedPerformanceRatingString = "Extremely Slow" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Network" PerformanceItem = $NetworkConnection.AdapterType + " Link Speed" PerformanceResult = $NetworkConnection.LinkSpeedReceive.ToString() + "/" + $NetworkConnection.LinkSpeedTransmit.ToString() + " Mbps" PerformanceRating = $LinkSpeedPerformanceRating PerformanceRatingString = $LinkSpeedPerformanceRatingString } } IF ($NetworkConnection.Status -eq "Disconnected") { #$Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ # PerformanceCategory = "Network" # PerformanceItem = $NetworkConnection.AdapterType + " Status" # PerformanceResult = "Disconnected" # PerformanceRating = $Blank # PerformanceRatingString = $Blank #} } } } } Write-Progress -ID 2 -Activity "Running Performance Tests" -Status "Running Internet SpeedTest - About 30 Seconds" -PercentComplete 70 IF ($Category -contains "Internet") { $SpeedTestCLI = $True IF ((GET-Item -Path "C:\Program Files\IntegrisPowerShell Utilities\SpeedTest CLI\speedtest.exe" -ErrorAction SilentlyContinue) -eq $null) { Write-Host "" Write-Warning "SpeedTest.exe not found. Internet connection benchmark results will not be available. For internet connection benchmarking, download the Ookla speedtest.exe application from 'https://www.speedtest.net/apps/cli' and place it in the 'C:\Program Files\IntegrisPowerShell Utilities\SpeedTest CLI\' folder" $SpeedTestCLI = $False } ### Internet Information IF ($SpeedTestCLI -eq $True) { $SpeedTestResults = $null $SpeedTestFail = $false TRY { $SpeedTestResults = & "C:\Program Files\IntegrisPowerShell Utilities\SpeedTest CLI\speedtest.exe" --accept-license } CATCH { TRY { Start-Sleep -Seconds 1; $SpeedTestResults = & "C:\Program Files\IntegrisPowerShell Utilities\SpeedTest CLI\speedtest.exe" } CATCH { $SpeedTestFail = $true } } IF ($SpeedTestFail -eq $true -or $SpeedTestResults -eq $null) { Write-Warning "SpeedTest.exe was blocked from running. Check security applications such as SentinelOne or ThreatLocker." $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Download Speed" PerformanceResult = "Test Failed" PerformanceRating = $Blank PerformanceRatingString = $Blank } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Download Latency" PerformanceResult = "Test Failed" PerformanceRating = $Blank PerformanceRatingString = $Blank } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Upload Speed" PerformanceResult = "Test Failed" PerformanceRating = $Blank PerformanceRatingString = $Blank } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Upload Latency" PerformanceResult = "Test Failed" PerformanceRating = $Blank PerformanceRatingString = $Blank } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Packet Loss" PerformanceResult = "Test Failed" PerformanceRating = $Blank PerformanceRatingString = $Blank } } ELSE { ### Download Speed IF ($True) { $DownloadSpeed = $SpeedTestResults | select-string -Pattern "Download:" $DownloadSpeed = $DownloadSpeed.ToString().Replace('Download:','') [string[]]$DownloadSpeed = $DownloadSpeed.Split('.') [int]$DownloadSpeed = $DownloadSpeed[0].Replace(' ','') IF ($DownloadSpeed -ge 800) { $DownloadSpeedPerformanceRating = 9; $DownloadSpeedPerformanceRatingString = "Crazy Fast" } ELSEIF ($DownloadSpeed -ge 400) { $DownloadSpeedPerformanceRating = 8; $DownloadSpeedPerformanceRatingString = "Extremely Fast" } ELSEIF ($DownloadSpeed -ge 200) { $DownloadSpeedPerformanceRating = 7; $DownloadSpeedPerformanceRatingString = "Very Fast" } ELSEIF ($DownloadSpeed -ge 100) { $DownloadSpeedPerformanceRating = 6; $DownloadSpeedPerformanceRatingString = "Fast" } ELSEIF ($DownloadSpeed -ge 65) { $DownloadSpeedPerformanceRating = 5; $DownloadSpeedPerformanceRatingString = "Good" } ELSEIF ($DownloadSpeed -ge 40) { $DownloadSpeedPerformanceRating = 4; $DownloadSpeedPerformanceRatingString = "Acceptable" } ELSEIF ($DownloadSpeed -ge 20) { $DownloadSpeedPerformanceRating = 3; $DownloadSpeedPerformanceRatingString = "Slow" } ELSEIF ($DownloadSpeed -ge 10) { $DownloadSpeedPerformanceRating = 2; $DownloadSpeedPerformanceRatingString = "Very Slow" } ELSE { $DownloadSpeedPerformanceRating = 1; $DownloadSpeedPerformanceRatingString = "Extremely Slow" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Download Speed" PerformanceResult = $DownloadSpeed.ToString() + " Mbps" PerformanceRating = $DownloadSpeedPerformanceRating PerformanceRatingString = $DownloadSpeedPerformanceRatingString } } ### Download Latency Avg IF ($True) { [string]$DownloadLatency = $SpeedTestResults | select-string -Pattern "jitter:" [string[]]$DownloadLatency = $DownloadLatency.Split('j') [string]$DownloadLatency = $DownloadLatency[1] [string[]]$DownloadLatency = $DownloadLatency.split(')') [string]$DownloadLatency = $DownloadLatency[1] $DownloadLatency = $DownloadLatency.Replace("ms","") $DownloadLatency = $DownloadLatency.Replace("(","") [int]$DownloadLatency = $DownloadLatency.Replace(" ","") IF ($DownloadLatency -le 20) { $DownloadLatencyPerformanceRating = 9; $DownloadLatencyPerformanceRatingString = "Crazy Fast" } ELSEIF ($DownloadLatency -le 40) { $DownloadLatencyPerformanceRating = 8; $DownloadLatencyPerformanceRatingString = "Extremely Fast" } ELSEIF ($DownloadLatency -le 80) { $DownloadLatencyPerformanceRating = 7; $DownloadLatencyPerformanceRatingString = "Very Fast" } ELSEIF ($DownloadLatency -le 125) { $DownloadLatencyPerformanceRating = 6; $DownloadLatencyPerformanceRatingString = "Fast" } ELSEIF ($DownloadLatency -le 200) { $DownloadLatencyPerformanceRating = 5; $DownloadLatencyPerformanceRatingString = "Good" } ELSEIF ($DownloadLatency -le 350) { $DownloadLatencyPerformanceRating = 4; $DownloadLatencyPerformanceRatingString = "Acceptable" } ELSEIF ($DownloadLatency -le 750) { $DownloadLatencyPerformanceRating = 3; $DownloadLatencyPerformanceRatingString = "Slow" } ELSEIF ($DownloadLatency -le 1250) { $DownloadLatencyPerformanceRating = 2; $DownloadLatencyPerformanceRatingString = "Very Slow" } ELSE { $DownloadLatencyPerformanceRating = 1; $DownloadLatencyPerformanceRatingString = "Extremely Slow" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Download Latency (Avg)" PerformanceResult = $DownloadLatency.ToString() + " ms" PerformanceRating = $DownloadLatencyPerformanceRating PerformanceRatingString = $DownloadLatencyPerformanceRatingString } } ### Download Latency High IF ($true) { [string[]]$DownloadLatencyHigh = $SpeedTestResults | select-string -Pattern "high:" [string]$DownloadLatencyHigh = $DownloadLatencyHigh[1] [string[]]$DownloadLatencyHigh = $DownloadLatencyHigh.Split(':') [string]$DownloadLatencyHigh = $DownloadLatencyHigh[3] $DownloadLatencyHigh = $DownloadLatencyHigh.Replace("ms","") $DownloadLatencyHigh = $DownloadLatencyHigh.Replace(")","") [int]$DownloadLatencyHigh = $DownloadLatencyHigh.Replace(" ","") IF ($DownloadLatencyHigh -le 40) { $DownloadLatencyHighRating = 9; $DownloadLatencyHighRatingString = "Crazy Fast" } ELSEIF ($DownloadLatencyHigh -le 80) { $DownloadLatencyHighRating = 8; $DownloadLatencyHighRatingString = "Extremely Fast" } ELSEIF ($DownloadLatencyHigh -le 160) { $DownloadLatencyHighRating = 7; $DownloadLatencyHighRatingString = "Very Fast" } ELSEIF ($DownloadLatencyHigh -le 250) { $DownloadLatencyHighRating = 6; $DownloadLatencyHighRatingString = "Fast" } ELSEIF ($DownloadLatencyHigh -le 400) { $DownloadLatencyHighRating = 5; $DownloadLatencyHighRatingString = "Good" } ELSEIF ($DownloadLatencyHigh -le 700) { $DownloadLatencyHighRating = 4; $DownloadLatencyHighRatingString = "Acceptable" } ELSEIF ($DownloadLatencyHigh -le 1500) { $DownloadLatencyHighRating = 3; $DownloadLatencyHighRatingString = "Slow" } ELSEIF ($DownloadLatencyHigh -le 2500) { $DownloadLatencyHighRating = 2; $DownloadLatencyHighRatingString = "Very Slow" } ELSE { $DownloadLatencyHighRating = 1; $DownloadLatencyHighRatingString = "Extremely Slow" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Download Latency (High)" PerformanceResult = $DownloadLatencyHigh.ToString() + " ms" PerformanceRating = $DownloadLatencyHighRating PerformanceRatingString = $DownloadLatencyHighRatingString } } ### Upload Speed IF ($True) { $UploadSpeed = $SpeedTestResults | select-string -Pattern "Upload:" $UploadSpeed = $UploadSpeed.ToString().Replace('Upload:','') [string[]]$UploadSpeed = $UploadSpeed.Split('.') [int]$UploadSpeed = $UploadSpeed[0].Replace(' ','') IF ($UploadSpeed -ge 200) { $UploadSpeedPerformanceRating = 9; $UploadSpeedPerformanceRatingString = "Crazy Fast" } ELSEIF ($UploadSpeed -ge 100) { $UploadSpeedPerformanceRating = 8; $UploadSpeedPerformanceRatingString = "Extremely Fast" } ELSEIF ($UploadSpeed -ge 50) { $UploadSpeedPerformanceRating = 7; $UploadSpeedPerformanceRatingString = "Very Fast" } ELSEIF ($UploadSpeed -ge 25) { $UploadSpeedPerformanceRating = 6; $UploadSpeedPerformanceRatingString = "Fast" } ELSEIF ($UploadSpeed -ge 18) { $UploadSpeedPerformanceRating = 5; $UploadSpeedPerformanceRatingString = "Good" } ELSEIF ($UploadSpeed -ge 12) { $UploadSpeedPerformanceRating = 4; $UploadSpeedPerformanceRatingString = "Acceptable" } ELSEIF ($UploadSpeed -ge 8) { $UploadSpeedPerformanceRating = 3; $UploadSpeedPerformanceRatingString = "Slow" } ELSEIF ($UploadSpeed -ge 4) { $UploadSpeedPerformanceRating = 2; $UploadSpeedPerformanceRatingString = "Very Slow" } ELSE { $UploadSpeedPerformanceRating = 1; $UploadSpeedPerformanceRatingString = "Extremely Slow" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Upload Speed" PerformanceResult = $UploadSpeed.ToString() + " Mbps" PerformanceRating = $UploadSpeedPerformanceRating PerformanceRatingString = $UploadSpeedPerformanceRatingString } } ### Upload Latency Avg IF ($True) { [string]$UploadLatency = $SpeedTestResults | select-string -Pattern "jitter:" [string[]]$UploadLatency = $UploadLatency.Split('j') [string]$UploadLatency = $UploadLatency[2] [string[]]$UploadLatency = $UploadLatency.split(')') [string]$UploadLatency = $UploadLatency[1] $UploadLatency = $UploadLatency.Replace("ms","") $UploadLatency = $UploadLatency.Replace("(","") [int]$UploadLatency = $UploadLatency.Replace(" ","") IF ($UploadLatency -le 20) { $UploadLatencyPerformanceRating = 9; $UploadLatencyPerformanceRatingString = "Crazy Fast" } ELSEIF ($UploadLatency -le 40) { $UploadLatencyPerformanceRating = 8; $UploadLatencyPerformanceRatingString = "Extremely Fast" } ELSEIF ($UploadLatency -le 80) { $UploadLatencyPerformanceRating = 7; $UploadLatencyPerformanceRatingString = "Very Fast" } ELSEIF ($UploadLatency -le 125) { $UploadLatencyPerformanceRating = 6; $UploadLatencyPerformanceRatingString = "Fast" } ELSEIF ($UploadLatency -le 200) { $UploadLatencyPerformanceRating = 5; $UploadLatencyPerformanceRatingString = "Good" } ELSEIF ($UploadLatency -le 350) { $UploadLatencyPerformanceRating = 4; $UploadLatencyPerformanceRatingString = "Acceptable" } ELSEIF ($UploadLatency -le 750) { $UploadLatencyPerformanceRating = 3; $UploadLatencyPerformanceRatingString = "Slow" } ELSEIF ($UploadLatency -le 1250) { $UploadLatencyPerformanceRating = 2; $UploadLatencyPerformanceRatingString = "Very Slow" } ELSE { $UploadLatencyPerformanceRating = 1; $UploadLatencyPerformanceRatingString = "Extremely Slow" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Upload Latency (Avg)" PerformanceResult = $UploadLatency.ToString() + " ms" PerformanceRating = $UploadLatencyPerformanceRating PerformanceRatingString = $UploadLatencyPerformanceRatingString } } ### Upload Latency High IF ($true) { [string[]]$UploadLatencyHigh = $SpeedTestResults | select-string -Pattern "high:" [string]$UploadLatencyHigh = $UploadLatencyHigh[2] [string[]]$UploadLatencyHigh = $UploadLatencyHigh.Split(':') [string]$UploadLatencyHigh = $UploadLatencyHigh[3] $UploadLatencyHigh = $UploadLatencyHigh.Replace("ms","") $UploadLatencyHigh = $UploadLatencyHigh.Replace(")","") [int]$UploadLatencyHigh = $UploadLatencyHigh.Replace(" ","") IF ($UploadLatencyHigh -le 40) { $UploadLatencyHighPerformanceRating = 9; $UploadLatencyHighPerformanceRatingString = "Crazy Fast" } ELSEIF ($UploadLatencyHigh -le 80) { $UploadLatencyHighPerformanceRating = 8; $UploadLatencyHighPerformanceRatingString = "Extremely Fast" } ELSEIF ($UploadLatencyHigh -le 1600) { $UploadLatencyHighPerformanceRating = 7; $UploadLatencyHighPerformanceRatingString = "Very Fast" } ELSEIF ($UploadLatencyHigh -le 250) { $UploadLatencyHighPerformanceRating = 6; $UploadLatencyHighPerformanceRatingString = "Fast" } ELSEIF ($UploadLatencyHigh -le 400) { $UploadLatencyHighPerformanceRating = 5; $UploadLatencyHighPerformanceRatingString = "Good" } ELSEIF ($UploadLatencyHigh -le 700) { $UploadLatencyHighPerformanceRating = 4; $UploadLatencyHighPerformanceRatingString = "Acceptable" } ELSEIF ($UploadLatencyHigh -le 1500) { $UploadLatencyHighPerformanceRating = 3; $UploadLatencyHighPerformanceRatingString = "Slow" } ELSEIF ($UploadLatencyHigh -le 2500) { $UploadLatencyHighPerformanceRating = 2; $UploadLatencyHighPerformanceRatingString = "Very Slow" } ELSE { $UploadLatencyHighPerformanceRating = 1; $UploadLatencyHighPerformanceRatingString = "Extremely Slow" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Upload Latency (High)" PerformanceResult = $UploadLatencyHigh.ToString() + " ms" PerformanceRating = $UploadLatencyHighPerformanceRating PerformanceRatingString = $UploadLatencyHighPerformanceRatingString } } ### Packet Loss IF ($True) { try { $PacketLoss = $SpeedTestResults | select-string -Pattern "Packet Loss:" $PacketLoss = $PacketLoss.ToString().Replace('%','') $PacketLoss = $PacketLoss.ToString().Replace('Packet Loss:','') [int]$PacketLoss = $PacketLoss.ToString().Replace(' ','') } Catch { } IF ($PacketLoss -eq 0) { $PacketLossPerformanceRating = 9; $PacketLossPerformanceRatingString = "Perfect" } ELSEIF ($PacketLoss -le 1) { $PacketLossPerformanceRating = 8; $PacketLossPerformanceRatingString = "Extremely Low" } ELSEIF ($PacketLoss -le 2) { $PacketLossPerformanceRating = 7; $PacketLossPerformanceRatingString = "Very Low" } ELSEIF ($PacketLoss -le 3) { $PacketLossPerformanceRating = 6; $PacketLossPerformanceRatingString = "Low" } ELSEIF ($PacketLoss -le 4) { $PacketLossPerformanceRating = 5; $PacketLossPerformanceRatingString = "Good" } ELSEIF ($PacketLoss -le 5) { $PacketLossPerformanceRating = 4; $PacketLossPerformanceRatingString = "Acceptable" } ELSEIF ($PacketLoss -le 7) { $PacketLossPerformanceRating = 3; $PacketLossPerformanceRatingString = "Bad" } ELSEIF ($PacketLoss -le 10) { $PacketLossPerformanceRating = 2; $PacketLossPerformanceRatingString = "Very Bad" } ELSE { $PacketLossPerformanceRating = 1; $PacketLossPerformanceRatingString = "Extremely Bad" } IF ($PacketLoss -ge 0) { [string]$PacketLoss = $PacketLoss.ToString() + "%" } ELSE { [string]$PacketLoss = "Unavailable"; $PacketLossPerformanceRating = ""; $PacketLossPerformanceRatingString = "" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Packet Loss" PerformanceResult = $PacketLoss PerformanceRating = $PacketLossPerformanceRating PerformanceRatingString = $PacketLossPerformanceRatingString } } } } ELSE { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Download Speed" PerformanceResult = "Unavailable" PerformanceRating = $Blank PerformanceRatingString = $Blank } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Download Latency" PerformanceResult = "Unavailable" PerformanceRating = $Blank PerformanceRatingString = $Blank } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Upload Speed" PerformanceResult = "Unavailable" PerformanceRating = $Blank PerformanceRatingString = $Blank } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Upload Latency" PerformanceResult = "Unavailable" PerformanceRating = $Blank PerformanceRatingString = $Blank } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ PerformanceCategory = "Internet" PerformanceItem = "Packet Loss" PerformanceResult = "Unavailable" PerformanceRating = $Blank PerformanceRatingString = $Blank } } } Write-Progress -ID 2 -Activity "Running Performance Tests" -Completed IF ($SortByRating -eq $True) { RETURN $Results | Select PerformanceCategory, PerformanceItem, PerformanceResult, PerformanceRating, PerformanceRatingString | Sort-Object -Property PerformanceRating -Descending } ELSEIF ($FormatOutput -eq $False) { RETURN $Results | Select PerformanceCategory, PerformanceItem, PerformanceResult, PerformanceRating, PerformanceRatingString } ELSE { RETURN $Results | Select PerformanceCategory, PerformanceItem, PerformanceResult, PerformanceRating, PerformanceRatingString | FT -GroupBy PerformanceCategory } } FUNCTION REPORT-ComputerSummary { $Results = @() ### Get Info $ChassisInfo = GET-ChassisInfo $CPUInfo = GET-CPUDevice $OSName = (GET-CIMInstance Win32_OperatingSystem).Caption ### Computer Name IF ($True) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Computer" Item = "General" ItemDetails = "Hostname" ItemValue = $env:COMPUTERNAME } } ### Case Type IF ($True) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Computer" Item = "General" ItemDetails = "Form Factor" ItemValue = $ChassisInfo.ChassisType } } ### Model Type IF ($True) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Computer" Item = "General" ItemDetails = "Model Name" ItemValue = $ChassisInfo.Model } } ### Manufacturer IF ($True) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Computer" Item = "General" ItemDetails = "Manufacturer" ItemValue = $ChassisInfo.Manufacturer } } ### OS Name IF ($True) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Computer" Item = "General" ItemDetails = "Operating System" ItemValue = $OSName } } ### CPU Model IF ($True) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "CPU" ItemDetails = "Model" ItemValue = $CPUInfo.CPUModel } } ### RAM IF ($True) { $RAMModules = GET-RAMModule FOREACH ($RAMModule in $RAMModules) { IF ($RAMModule.BankLabel -eq "Empty") { continue } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "RAM" ItemDetails = $RAMModule.BankLabel ItemValue = $RAMModule.CapacityInGBs.ToString() + " GB" } } } ### Display Adapters IF ($True) { $DisplayAdapters = GET-DisplayAdapter FOREACH ($DisplayAdapter in $DisplayAdapters) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "Video" ItemDetails = "Model" ItemValue = $DisplayAdapter.ModelName } } } ### Network Adapters IF ($True) { $NetworkAdapters = Get-NetworkAdapterReal FOREACH ($NetworkAdapter in $NetworkAdapters) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network" Item = "Adapter" ItemDetails = $NetworkAdapter.NetConnectionID ItemValue = $NetworkAdapter.NAme } } } ### Monitors IF ($True) { $Monitors = GET-DisplayDevice FOREACH ($Monitor in $Monitors) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Peripheral" Item = "Hardware" ItemDetails = "Monitor" ItemValue = $Monitor.ModelName } } } ### Peripheral Devices IF ($True) { $Peripherals = Get-PeripheralDevice FOREACH ($Peripheral in $Peripherals) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Peripheral" Item = "Hardware" ItemDetails = $Peripheral.DeviceType ItemValue = $Peripheral.DeviceName } } } ### Applications IF ($True) { $Applications = INTGET-ApplicationInstalled FOREACH ($Application in $Applications) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Software" Item = "Application" ItemDetails = "Name" ItemValue = $Application.Name } } } RETURN $Results | Select Category, Item, ItemDetails, ItemValue | FT -GroupBy Category } FUNCTION REPORT-NTFSPermission { [CmdletBinding(DefaultParameterSetName='StandardAudit')] param( [Parameter(Mandatory)] [string[]]$Path = "C:\", [string[]]$Identity = @("Everyone","Guest","\Users","Domain Users"), [ValidateSet("Allow","Deny")] [String[]]$AccessType = @("Allow"), [ValidateSet("ReadOnly","ReadWrite","FullControl","All")] [String[]]$PermissionType = @("ReadOnly","ReadWrite","FullControl"), [Switch]$IncludeInherited = $False, [Switch]$ExactMatch = $False ) IF (ErrorCheck-AdministratorElevation) { RETURN } IF ((GET-InstalledModule -Name NTFSSecurity -ErrorAction SilentlyContinue) -eq $null) { TRY { Install-Module -Name NTFSSecurity -AllowClobber -Force } Catch{ Write-Warning "The NTFSSecurity module is not installed. Some results will not be available." } IF ((GET-InstalledModule -Name NTFSSecurity) -eq $null) { Write-Warning "The NTFSSecurity module is not installed. Some results will not be available." } } $Results = @() $CurrentFolderCount = 0 $CurrentFolderPercent = 0 $Count = 0 FOREACH ($Permission in $PermissionType) { IF ($PermissionType[$Count] -eq "ReadOnly") { $PermissionType[$Count] = "ReadAndExecute" } IF ($PermissionType[$Count] -eq "ReadWrite") { $PermissionType[$Count] = "Modify" } $Count++ } IF ($PermissionType -contains "All") { $PermissionType = @("All") } Write-Progress -ID 8 -Activity "Collecting Folder Data" -Status "Collecting Folder Data - This May Take A While for Large Folder Structures" -PercentComplete 0 ### Collecting All Folders From All Paths $Folders = @() FOREACH ($Item in $Path) { $Folders += GET-Item -Path $Item -ErrorAction SilentlyContinue FOREACH ($FolderItem in (GET-ChildItem -Path $Item -Recurse -Directory -ErrorAction SilentlyContinue)) { $Folders += $FolderItem } } $ProcessingStartTime = GET-Date ### Proccessing Folders FOREACH ($Folder in $Folders) { $CurrentFolderCount++ $CurrentFolderPercent = [math]::round((($CurrentFolderCount-1) / $Folders.Count * 100),0) $TimeElapsed = (GET-Date) - $ProcessingStartTime IF (($CurrentFolderCount-1) -eq 0) { } ELSE { $TimeElapsedCalc = New-TimeSpan -Seconds (($TimeElapsed.TotalSeconds / ($CurrentFolderCount-1)) * ($Folders.Count - ($CurrentFolderCount - 1))) } $TimeLeftString = [math]::round(($TimeElapsedCalc.Days),0).ToString().PadLeft(2,"0") + ":" $TimeLeftString += [math]::round(($TimeElapsedCalc.Hours),0).ToString().PadLeft(2,"0") + ":" $TimeLeftString += [math]::round(($TimeElapsedCalc.Minutes),0).ToString().PadLeft(2,"0") + ":" $TimeLeftString += [math]::round(($TimeElapsedCalc.Seconds),0).ToString().PadLeft(2,"0") Write-Progress -ID 8 -Activity "Processing..." -Status "$CurrentFolderPercent% - ETR: $TimeLeftString - Folder $CurrentFolderCount of $($Folders.Count) ($($Folder.FullName))" -PercentComplete $CurrentFolderPercent $ACL = GET-ACL -Path $Folder.FullName -ErrorAction SilentlyContinue ### Check Each Access Entry in ACL FOREACH ($AccessIdentity in $ACL.Access) { IF ((($Identity | %{$AccessIdentity.IdentityReference.Value.contains($_)}) -contains $True -and $ExactMatch -eq $False) -or (($Identity | %{$AccessIdentity.IdentityReference.Value -contains $_}) -contains $True -and $ExactMatch -eq $True)) { IF ($AccessType -contains $AccessIdentity.AccessControlType) { FOREACH ($FileSystemRight in $AccessIdentity.FileSystemRights.ToString().Replace(" ","").Split(',')) { IF ($PermissionType -contains $FileSystemRight -or $PermissionType -contains "All") { IF($IncludeInherited -eq $True -or $AccessIdentity.IsInherited -eq $False) { $NTFSSecurity = GET-NTFSAccess -Path $Folder.FullName | Where-Object { $_.Account -like $AccessIdentity.IdentityReference.Value } IF($AccessIdentity.InheritanceFlags -eq "ContainerInherit, ObjectInherit" -and $AccessIdentity.PropagationFlags -eq "InheritOnly") { $AppliesTo = "Subfolders and Files Only" } ELSEIF($AccessIdentity.InheritanceFlags -eq "ContainerInherit, ObjectInherit" -and $AccessIdentity.PropagationFlags -eq "None") { $AppliesTo = "This Folder, Subfolders, and Files" } ELSEIF($AccessIdentity.InheritanceFlags -eq "ContainerInherit, ObjectInherit" -and $AccessIdentity.PropagationFlags -eq "NoPropagateInherit") { $AppliesTo = "This Folder, Subfolders, and Files" } ELSEIF($AccessIdentity.InheritanceFlags -eq "ContainerInherit" -and $AccessIdentity.PropagationFlags -eq "None") { $AppliesTo = "This Folder and Subfolders" } ELSEIF($AccessIdentity.InheritanceFlags -eq "ContainerInherit" -and $AccessIdentity.PropagationFlags -eq "InheritOnly") { $AppliesTo = "Subfolders Only" } ELSEIF($AccessIdentity.InheritanceFlags -eq "ObjectInherit" -and $AccessIdentity.PropagationFlags -eq "None") { $AppliesTo = "This Folder and Files" } ELSEIF($AccessIdentity.InheritanceFlags -eq "ObjectInherit" -and $AccessIdentity.PropagationFlags -eq "NoPropagateInherit") { $AppliesTo = "This Folder and Files" } ELSEIF($AccessIdentity.InheritanceFlags -eq "None" -and $AccessIdentity.PropagationFlags -eq "None") { $AppliesTo = "This Folder Only" } ELSE { $ApplesTo = "Unknown" } IF ($AccessIdentity.IsInherited -eq $False) { $InheritanceType = "Explicit" } ELSE { $InheritanceType = "Inherited" } IF ($AccessIdentity.IsInherited -eq $False) { $InheritedFrom = "N/A" } ELSE { $InheritedFrom = $NTFSSecurity.InheritedFrom } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Identity = $AccessIdentity.IdentityReference.Value AccessType = $AccessIdentity.AccessControlType PermissionType = $AccessIdentity.FileSystemRights.ToString().Replace(", Synchronize","") Path = $Folder.FullName AppliesTo = $AppliesTo InheritanceType = $InheritanceType InheritedFrom = $InheritedFrom } Break } } } } } } } RETURN $Results | Select Identity, AccessType, PermissionType, Path, InheritanceType, InheritedFrom, AppliesTo } FUNCTION REPORT-ADGroupMembership { [CmdletBinding(DefaultParameterSetName='Audit')] param( [Parameter(Mandatory,ParameterSetName = 'Audit')] [Parameter(Mandatory,ParameterSetName = 'Compare')] [string[]]$Group = $null, [Parameter(ParameterSetName = 'Audit')] [Parameter(ParameterSetName = 'Compare')] [Switch]$ExactMatch = $False, [Parameter(ParameterSetName = 'Audit')] [Parameter(Mandatory,ParameterSetName = 'Compare')] [string]$SaveFileName = $null, [Parameter(ParameterSetName = 'Compare')] [Switch]$Compare = $False ) ### Check for Administrator Access IF (ErrorCheck-AdministratorElevation) { RETURN } ### Check Save File Exists IF ($Compare -ne $False) { [string]$CSVCheck = "C:\IntegrisPowerShellTemp\Audit-ADGroupMembership\Saves\" $CSVCheck += $SaveFileName IF($CSVCheck.Substring($CSVCheck.Length-4,4) -ne ".csv") { $CSVCheck += ".csv" } IF((GET-Item $CSVCheck) -eq $null) { Write-Warning “The save file you entered was not found.`nPlease re-run this command with a valid save file in C:\IntegrisPowerShellTemp\Audit-ADGroupMembership\Saves.” RETURN } } #Write-Host "" $EmptyString = "" $DividerLength = 50 $NamePadding = 30 $UsernamePadding = 25 $Results = @() $CompareResultsOut = @() IF ($ExactMatch -eq $True) { FOREACH ($Entry in $Group){ $Membership = $null try { $Membership = GET-ADGroupMember -Identity $Entry -ErrorAction SilentlyContinue } catch { } IF ($Membership -eq $null) { continue } #Write-Host $Entry.PadLeft(($DividerLength - $Entry.Length)/2+$Entry.Length," ") #Write-Host $EmptyString.tostring().Padleft($DividerLength,'=') FOREACH ($Member in $Membership) { #Write-Host $Member.Name.PadRight($NamePadding,' ') -NoNewline #Write-Host $Member.SAMAccountName ### Output Results $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ GroupName = $Membership UserName = $Member.SAMAccountName FullName = $Member.Name } } #Write-Host "" #Write-Host "" } } IF ($ExactMatch -eq $False) { FOREACH ($Entry in $Group){ try { $GroupSearch = GET-ADGroup -Filter * -ErrorAction SilentlyContinue | Where-Object { $_.Name -like "*$Entry*" } } catch { } FOREACH ($GroupEntry in $GroupSearch){ $Membership = $null $Membership = GET-ADGroupMember -Identity $GroupEntry.Name -ErrorAction SilentlyContinue IF ($Membership -eq $null) { continue } #Write-Host $GroupEntry.Name.PadLeft(($DividerLength - $GroupEntry.Name.Length)/2+$GroupEntry.Name.Length," ") #Write-Host $EmptyString.tostring().Padleft($DividerLength,'=') FOREACH ($Member in $Membership) { #Write-Host $Member.Name.PadRight($NamePadding,' ') -NoNewline #Write-Host $Member.SAMAccountName ### Output Results $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ GroupName = $GroupEntry.Name UserName = $Member.SAMAccountName FullName = $Member.Name } } #Write-Host "" #Write-Host "" } } } IF ($Compare -eq $True) { [string]$ImportPath = "C:\IntegrisPowerShellTemp\Audit-ADGroupMembership\Saves\" $ImportPath += $SaveFileName IF($ImportPath.Substring($ImportPath.Length-4,4) -ne ".csv") { $ImportPath += ".csv" } $ImportResults = Import-CSV $ImportPath $CompareResults = Compare-Object -ReferenceObject $Results -DifferenceObject $ImportResults -Property GroupName,UserName,FullName FOREACH ($Item in $CompareResults) { $CompareResultsOut += New-Object PSObject -WarningAction SilentlyContinue -Property @{ GroupName = $Item.GroupName UserName = $Item.UserName FullName = $Item.FullName ChangeType = $Item.SideIndicator } FOREACH ($Item in $CompareResultsOut) { IF ($Item.ChangeType -eq "=>") { $Item.ChangeType = "Removed" } IF ($Item.ChangeType -eq "<=") { $Item.ChangeType = "Added" } } } MKDir "C:\IntegrisPowerShellTemp\Audit-ADGroupMembership\Comparisons\" -ErrorAction SilentlyContinue | Out-Null [string]$ComparePath = "C:\IntegrisPowerShellTemp\Audit-ADGroupMembership\Comparisons\" $ComparePath += $SaveFileName IF($ComparePath.Substring($ComparePath.Length-4,4) -ne ".csv") { $ComparePath += ".csv" } ### Check If File Already Exists, If So Rename It IF((GET-Item $ComparePath -ErrorAction SilentlyContinue) -ne $null) { $CreatedDate = GET-Item -Path $ComparePath $NewName = $ComparePath.Replace(".csv","") $NewName += $CreatedDate.LastWriteTime.ToString(" yyy_MM_dd h_mm_s") $NewName += ".csv" Rename-Item -Path $ComparePath -NewName $NewName -Force } $Results | Export-CSV $ComparePath -Force } IF ($SaveFileName -ne $null) { MKDir "C:\IntegrisPowerShell\Audit-ADGroupMembership\Saves\" -ErrorAction SilentlyContinue | Out-Null [string]$ExportPath = "C:\IntegrisPowerShell\Audit-ADGroupMembership\Saves\" $ExportPath += $SaveFileName IF($ExportPath.Substring($ExportPath.Length-4,4) -ne ".csv") { $ExportPath += ".csv" } ### Check If File Already Exists, If So Rename It IF((GET-Item $ExportPath -ErrorAction SilentlyContinue) -ne $null) { $CreatedDate = GET-Item -Path $ExportPath $NewName = $ExportPath.Replace(".csv","") $NewName += $CreatedDate.LastWriteTime.ToString(" yyy_MM_dd h_mm_s") $NewName += ".csv" Rename-Item -Path $ExportPath -NewName $NewName -Force } $Results | Export-CSV $ExportPath -Force } IF ($Compare -eq $True) { RETURN $CompareResultsOut | Select UserName,FullName,GroupName,ChangeType } ELSE { RETURN $Results | Select UserName,FullName,GroupName } } FUNCTION REPORT-ADUser { param( [Parameter()] [string[]]$OrganizationalUnit = @("*"), [Parameter()] [switch]$ExactMatch = $False, [Parameter()] [string[]]$ExcludeUser = @(), [Parameter()] [ValidateSet("Enabled","Disabled")] [String[]]$AccountStatus = @("Enabled") ) $Accounts = @() IF ($OrganizationalUnit -eq $null) { $OrganizationalUnit = @("*")} FOREACH ($Status in $AccountStatus) { IF ($Status -eq "Enabled") { $Check = $True } IF ($Status -eq "Disabled") { $Check = $False } FOREACH ($OU in $OrganizationalUnit) { IF ($ExactMatch -eq $True -and $OU.SubString(0,3) -ne "OU=") { $OU = "OU=" + $OU } IF ($ExactMatch -eq $True -and $OU.SubString($OU.Length-1,1) -ne ",") { $OU += "," } IF (($DCCheck = $OU.Split(','))[$DCCheck.Count-2] -like "*DC=*") { $OU = $OU.Substring(0,$OU.Length-1) } $OUString = "*" + $OU + "*" $Accounts += GET-ADUser -Filter * | Where { $_.Enabled -eq $Check } | Where { $_.DistinguishedName -like "$OUString" } } } $ExcludeSkip = $False $Results = @() FOREACH ($Entry in $Accounts) { FOREACH ($User in $ExcludeUser) { IF($Entry.SamAccountName -eq $User -or $Entry.Name -eq $User) { $ExcludeSkip = $True } } IF ($ExcludeSkip -eq $True) { $ExcludeSkip = $False; continue } $OUResult = "" $Properties = GET-ADUser -Identity $Entry.DistinguishedName -Properties * $OUPath = $Entry.DistinguishedName.Split(",") $Count = 1 FOREACH ($Item in $OUPath) { IF ($Count -ne 1) { $OUResult += $Item + "," } $Count++ } $OUResult = $OUResult.Substring(0,$OUResult.Length-1) $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ OrganizationalUnit = $OUResult Enabled = $Entry.Enabled #GivenName = $Entry.GivenName #Surname = $Entry.Surname Name = $Entry.Name #ObjectClass = $Entry.ObjectClass #ObjectGUID = $Entry.ObjectGUID SAMAccountName = $Entry.SamAccountName #SID = $Entry.SID #UserPrincipalName = $Entry.UserPrincipalName #BadLogonCount = $Properties.BadLogonCount Created = $Properties.Created #EmailAddress = $Properties.EmailAddress LastLogonDate = $Properties.LastLogonDate #Manager = $Properties.Manager PasswordLastSet = $Properties.PasswordLastSet #PasswordExpired = $Properties.PasswordExpired #PasswordNeverExpires = $Properties.PasswordNeverExpires #ScriptPath = $Properties.ScriptPath } } RETURN $Results } FUNCTION REPORT-SMBShareData { $Results = @() ### GET SMB SHARES $SMBShares = GET-CIMInstance -Class Win32_Share $ServerMeasureSum = 0 $ServerMeasureCount = 0 $ShareCount = 0 $CurrentShareCount = 0 $RootShareFolderCount = 0 $CurrentRootShareFolderCount = 0 FOREACH ($SMBShare in $SMBShares) { ### SKIP THESE SHARES IF ($SMBShare.Name -eq "ADMIN$") { continue } IF ($SMBShare.Name -eq "IPC$") { continue } IF ($SMBShare.Name -eq "print$") { continue } IF ($SMBShare.Name -eq "SYSVOL") { continue } IF ($SMBShare.Name -eq "NETLOGON") { continue } IF ($SMBShare.Name -eq "Cache$") { continue } IF ($SMBShare.Name.Length -le 2) { continue } IF ($SMBShare.Name -eq "CertEnroll") { continue } IF ($SMBShare.Name -eq "print$") { continue } IF ($SMBShare.Name -eq "") { continue } IF ($SMBShare.Path -like "*Localspl*") { continue } IF ($SMBShare.Path -like "*DFSR*") { continue } $ShareCount++ } FOREACH ($SMBShare in $SMBShares) { ### SKIP THESE SHARES IF ($SMBShare.Name -eq "ADMIN$") { continue } IF ($SMBShare.Name -eq "IPC$") { continue } IF ($SMBShare.Name -eq "print$") { continue } IF ($SMBShare.Name -eq "SYSVOL") { continue } IF ($SMBShare.Name -eq "NETLOGON") { continue } IF ($SMBShare.Name -eq "Cache$") { continue } IF ($SMBShare.Name.Length -le 2) { continue } IF ($SMBShare.Name -eq "CertEnroll") { continue } IF ($SMBShare.Name -eq "print$") { continue } IF ($SMBShare.Name -eq "") { continue } IF ($SMBShare.Path -like "*Localspl*") { continue } IF ($SMBShare.Path -like "*DFSR*") { continue } $CurrentShareCount++ $CurrentProgress = [math]::round((($CurrentShareCount-1) / $ShareCount * 100),0) ### GET ROOT SHARE FOLDERS $RootShareFolders = GET-ChildItem -Path $SMBShare.Path -Directory -ErrorAction SilentlyContinue $TotalMeasureSum = 0 $TotalMeasureCount = 0 $Measure = GET-ChildItem -Path $SMBShare.Path -Recurse -Force -ErrorAction SilentlyContinue | Measure-Object -Property Length -Sum -ErrorAction SilentlyContinue $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME ShareName = $SMBShare.Name SharePath = $SMBShare.Path FolderName = "" FolderPath = $SMBShare.Path FileCount = $Measure.Count TotalSizeMB = [math]::round($Measure.Sum / 1MB,2) TotalSizeGB = [math]::round($Measure.Sum / 1GB,2) } $TotalMeasureSum += $Measure.Sum $TotalMeasureCount += $Measure.Count $ServerMeasureSum += $Measure.Sum $ServerMeasureCount += $Measure.Count $CurrentRootShareFolderCount = 0 FOREACH ($RootShareFolder in $RootShareFolders) { $RootShareFolderCount++ } FOREACH ($RootShareFolder in $RootShareFolders) { $CurrentRootShareFolderCount++ $ShareProgress = [math]::round((($CurrentRootShareFolderCount-1) / $RootShareFolderCount * 100),0) Write-Progress -ID 8 -Activity "Collecting All SMB Share Data" -Status "Total Progress: $($CurrentProgress.ToString())%" -PercentComplete $CurrentProgress Write-Progress -ID 9 -Activity "Collecting $($SMBShare.Name) Share Data" -Status "Share Progress: $($ShareProgress.ToString())%" -PercentComplete $ShareProgress $Measure = GET-ChildItem -Path $RootShareFolder.FullName -Recurse -Force -ErrorAction SilentlyContinue | Measure-Object -Property Length -Sum -ErrorAction SilentlyContinue $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME ShareName = $SMBShare.Name SharePath = $SMBShare.Path FolderName = $RootShareFolder.Name FolderPath = $RootShareFolder.FullName FileCount = $Measure.Count TotalSizeMB = [math]::round($Measure.Sum / 1MB,2) TotalSizeGB = [math]::round($Measure.Sum / 1GB,2) } $TotalMeasureSum += $Measure.Sum $TotalMeasureCount += $Measure.Count $ServerMeasureSum += $Measure.Sum $ServerMeasureCount += $Measure.Count } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME ShareName = $SMBShare.Name SharePath = $SMBShare.Path FolderName = "Share Total" FolderPath = "N/A" FileCount = $TotalMeasureCount TotalSizeMB = [math]::round($TotalMeasureSum / 1MB,2) TotalSizeGB = [math]::round($TotalMeasureSum / 1GB,2) } } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME ShareName = "Server Total" SharePath = "N/A" FolderName = "N/A" FolderPath = "N/A" FileCount = $ServerMeasureCount TotalSizeMB = [math]::round($ServerMeasureSum / 1MB,2) TotalSizeGB = [math]::round($ServerMeasureSum / 1GB,2) } ### OUTPUT RESULTS $Now = GET-Date MKDir "C:\IntegrisPowerShell\REPORT-SMBShareData\Results\" -ErrorAction SilentlyContinue | Out-Null [string]$ExportPath = "C:\IntegrisPowerShell\REPORT-SMBShareData\Results\" $FileName = "SMB Share Data Report - " $FileName += $Now.ToString("yyy_MM_dd h_mm_s") $FileName += ".csv" $ExportPath += $FileName $Results | Select-Object ComputerName, ShareName, SharePath, FolderName, FolderPath, FileCount, TotalSizeMB, TotalSizeGB | Export-CSV -Path $ExportPath Write-Progress -ID 9 -Activity "Collecting SMB Share Data" -Status "Total Progress: $TotalProgress - Share Name: $($RootShareFolder.Name) - Share Progress: $ShareProgress" -PercentComplete 100 -Completed Write-Progress -ID 8 -Activity "Collecting SMB Share Data" -Status "Total Progress: $TotalProgress - Share Name: $($RootShareFolder.Name) - Share Progress: $ShareProgress" -PercentComplete 100 -Completed ### RETURN RESULTS RETURN $Results | Select-Object ComputerName, ShareName, SharePath, FolderName, FolderPath, FileCount, TotalSizeMB, TotalSizeGB } FUNCTION REPORT-SharePointPreMigationCheckOld { param( [Parameter(Mandatory,ParameterSetName = 'Path')] [string[]]$Path = @(), [Parameter(Mandatory,ParameterSetName = 'AllShares')] [switch]$AllShares = $False ) IF (ErrorCheck-AdministratorElevation) { RETURN } ### START $Now = GET-Date MKDir "C:\IntegrisPowerShell\REPORT-SharePointPreMigationCheck\Temp\" -ErrorAction SilentlyContinue | Out-Null [string]$TempPath = "C:\IntegrisPowerShell\REPORT-SharePointPreMigationCheck\Temp\" $TempPath += $Now.ToString("yyy_MM_dd h_mm_s") $TempPath += "\" MKDir $TempPath -ErrorAction SilentlyContinue | Out-Null IF ($AllShares -eq $True) { $SMBShares = GET-CIMInstance -Class Win32_Share FOREACH ($SMBShare in $SMBShares) { ### SKIP THESE SHARES IF ($SMBShare.Name -eq "ADMIN$") { continue } IF ($SMBShare.Name -eq "IPC$") { continue } IF ($SMBShare.Name -eq "print$") { continue } IF ($SMBShare.Name -eq "SYSVOL") { continue } IF ($SMBShare.Name -eq "NETLOGON") { continue } IF ($SMBShare.Name -eq "Cache$") { continue } IF ($SMBShare.Name.Length -le 2) { continue } IF ($SMBShare.Name -eq "CertEnroll") { continue } IF ($SMBShare.Name -eq "print$") { continue } IF ($SMBShare.Path -like "*LocalsplOnly*") { continue } IF ($SMBShare.Path -like "*DFSR*") { continue } IF ($SMBShare.Name -eq "") { continue } $Path += $SMBShare.Path } } $Results = @() $Files = @() $Count = 0 ### COLLECT FILE DATA FOREACH ($Item in $Path) { $Folders = GET-ChildItem -Path $Item -Directory -Force | Select FullName FOREACH ($Folder in $Folders) { $SavePath = $TempPath + "SharePoint Pre-Migration Temp " $SavePath += $Count.ToString().PadLeft(4,'0') $SavePath += ".csv" GET-ChildItem -Path $Folder.FullName -Recurse -Force | Select Name, FullName | Export-CSV -Path $SavePath -Delimiter "," $Count++ } } TRY { $EncryptedFiles = cipher /u /n /h } CATCH { } $ExportFiles = GET-ChildItem -Path $TempPath $SearchFiles = New-Object PSObject ### PROCESS DATA FOREACH ($CSV in $ExportFiles) { $SearchFiles = Import-CSV -Path $CSV.FullName | ForEach-Object { [PSCustomObject]@{ 'Name' = $_.Name 'FullName' = $_.FullName } } FOREACH ($File in $SearchFiles) { TRY { IF ($File.FullName.Length -gt 200) { $IssueDetails = $File.FullName.Length.ToString() $IssueDetails += " Characters" $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "File Path Too Long" IssueDetails = $IssueDetails } } } CATCH { } TRY { IF ($File.Name.Substring(0,1) -eq " ") { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "Invalid File Name" IssueDetails = "File Name Begins With a Space" } } } CATCH { } TRY { IF ($File.Name.Substring(($File.Name.Length-5),1) -eq ".") { IF ($File.Name.Substring(($File.Name.Length-6),1) -eq " ") { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "Invalid File Name" IssueDetails = "File Name Ends With a Space" } } } } CATCH { } TRY { IF ($File.Name.Substring(($File.Name.Length-4),1) -eq ".") { IF ($File.Name.Substring(($File.Name.Length-5),1) -eq " ") { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "Invalid File Name" IssueDetails = "File Name Ends With a Space" } } } } CATCH { } TRY { IF ($File.Name.Substring(($File.Name.Length-3),1) -eq ".") { IF ($File.Name.Substring(($File.Name.Length-4),1) -eq " ") { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "Invalid File Name" IssueDetails = "File Name Ends With a Space" } } } } CATCH { } TRY { IF ($EncryptedFiles -contains $File.FullName) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "Encrypted File" IssueDetails = "File is Encrypted with EFS Encryption" } } } CATCH { } } } ### OUTPUT RESULTS $Now = GET-Date MKDir "C:\IntegrisPowerShell\REPORT-SharePointPreMigationCheck\Results\" -ErrorAction SilentlyContinue | Out-Null [string]$ExportPath = "C:\IntegrisPowerShell\REPORT-SharePointPreMigationCheck\Results\" $FileName = "SharePoint Pre-Migration Report - " $FileName += $Now.ToString("yyy_MM_dd h_mm_s") $FileName += ".csv" $ExportPath += $FileName $Results | Select-Object IssueFound, IssueDetails, ComputerName, FilePath | Export-CSV -Path $ExportPath ### RETURN RESULTS RETURN $Results | Select-Object IssueFound, IssueDetails, ComputerName, FilePath } FUNCTION REPORT-SharePointPreMigationCheck { param( [Parameter(Mandatory,ParameterSetName = 'Path')] [string[]]$Path = @(), [Parameter(Mandatory,ParameterSetName = 'AllShares')] [switch]$AllShares = $False, [int]$PathLengthThreshold = 200 ) IF (ErrorCheck-AdministratorElevation) { RETURN } ## Check Function FUNCTION SharePointCheckFile { param ( [Parameter(Mandatory)] [PSCustomObject]$File = "" ) TRY { IF ($File.FullName.Length -gt $PathLengthThreshold) { $IssueDetails = $File.FullName.Length.ToString() $IssueDetails += " Characters" $TempResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "File Path Too Long" IssueDetails = $IssueDetails } } } CATCH { } TRY { IF ($File.Name.Substring(0,1) -eq " ") { $TempResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "Invalid File Name" IssueDetails = "File Name Begins With a Space" } } } CATCH { } TRY { IF ($File.Name.Substring(($File.Name.Length-5),1) -eq ".") { IF ($File.Name.Substring(($File.Name.Length-6),1) -eq " ") { $TempResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "Invalid File Name" IssueDetails = "File Name Ends With a Space" } } } } CATCH { } TRY { IF ($File.Name.Substring(($File.Name.Length-4),1) -eq ".") { IF ($File.Name.Substring(($File.Name.Length-5),1) -eq " ") { $TempResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "Invalid File Name" IssueDetails = "File Name Ends With a Space" } } } } CATCH { } TRY { IF ($File.Name.Substring(($File.Name.Length-3),1) -eq ".") { IF ($File.Name.Substring(($File.Name.Length-4),1) -eq " ") { $TempResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "Invalid File Name" IssueDetails = "File Name Ends With a Space" } } } } CATCH { } TRY { IF ($EncryptedFiles -contains $File.FullName) { $TempResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "Encrypted File" IssueDetails = "File is Encrypted with EFS Encryption" } } } CATCH { } RETURN $TempResults } FUNCTION UpdateProgressBar { $PercentComplete = $CurrentFolderCount / $FolderCount * 100 Write-Progress -ID 5 -Activity "Performing SharePoint Migration Pre-Check" -Status "Analyzing Folders $CurrentFolderCount of $FolderCount - $($Subfolder.FullName)" -PercentComplete $PercentComplete } Write-Progress -ID 5 -Activity "Performing SharePoint Migration Pre-Check" -Status "Initializing Analysis Process" -PercentComplete 0 ### START $StartDate = GET-Date $Results = @() $Folders = @() $FolderCount = 0 $CurrentFolderCount = 0 Write-Progress -ID 5 -Activity "Performing SharePoint Migration Pre-Check" -Status "Gathering Folder Data - This May Take a Couple Minutes" -PercentComplete 0 TRY { $EncryptedFiles = cipher /u /n /h } CATCH { } ### Gather Share Paths if AllShares IF ($AllShares -eq $True) { $SMBShares = GET-CIMInstance -Class Win32_Share FOREACH ($SMBShare in $SMBShares) { ### SKIP THESE SHARES IF ($SMBShare.Name -eq "ADMIN$") { continue } IF ($SMBShare.Name -eq "IPC$") { continue } IF ($SMBShare.Name -eq "print$") { continue } IF ($SMBShare.Name -eq "SYSVOL") { continue } IF ($SMBShare.Name -eq "NETLOGON") { continue } IF ($SMBShare.Name -eq "Cache$") { continue } IF ($SMBShare.Name.Length -le 2) { continue } IF ($SMBShare.Name -eq "CertEnroll") { continue } IF ($SMBShare.Name -eq "print$") { continue } IF ($SMBShare.Path -like "*LocalsplOnly*") { continue } IF ($SMBShare.Name -eq "") { continue } $Path += $SMBShare.Path } } ### Get All Folders in Path FOREACH ($Item in $Path) { $Folders += Get-Item -Path $Item } ### Count Folders FOREACH ($Folder in $Folders) { $FolderCount++ FOREACH ($SubFolder in (Get-ChildItem -Path $Folder.FullName -Directory -Force -ErrorAction SilentlyContinue)) { $FolderCount++ } } ### Process Files $FolderStartTime = Get-Date $CurrentFolderCount = 0 FOREACH ($Folder in $Folders) { UpdateProgressBar FOREACH ($File in (Get-ChildItem -Path $Folder.FullName -File -Force -ErrorAction SilentlyContinue)) { IF ($File.Name.Substring(0,2) -eq "~$") { continue } $Results += SharePointCheckFile -File $File } $CurrentFolderCount++ FOREACH ($SubFolder in (Get-ChildItem -Path $Folder.FullName -Directory -Force -ErrorAction SilentlyContinue)) { UpdateProgressBar FOREACH ($File in (Get-ChildItem -Path $SubFolder.FullName -File -Recurse -Force -ErrorAction SilentlyContinue)) { IF ($File.Name.Substring(0,2) -eq "~$") { continue } $Results += SharePointCheckFile -File $File } $CurrentFolderCount++ } } Write-Progress -ID 5 -Activity "Performing SharePoint Migration Pre-Check" -Status "Analyzing Folders $CurrentFolderCount of $FolderCount - $($Subfolder.FullName)" -PercentComplete $PercentComplete -Completedcls ### OUTPUT RESULTS MKDir "C:\IntegrisPowerShell\REPORT-SharePointPreMigationCheck\Results\" -ErrorAction SilentlyContinue | Out-Null [string]$ExportPath = "C:\IntegrisPowerShell\REPORT-SharePointPreMigationCheck\Results\" $FileName = "SharePoint Pre-Migration Report - " $FileName += $StartDate.ToString("yyy_MM_dd h_mm_s") $FileName += ".csv" $ExportPath += $FileName $Results | Select-Object IssueFound, IssueDetails, ComputerName, FilePath | Export-CSV -Path $ExportPath RETURN $Results | Select-Object IssueFound, IssueDetails, ComputerName, FilePath } FUNCTION REPORT-SharePointRenameInvalidSpaceCharacter { param( [Parameter(Mandatory,ParameterSetName = 'Path')] [string[]]$Path = @(), [Parameter(Mandatory,ParameterSetName = 'AllShares')] [switch]$AllShares = $False, [switch]$Rename = $False ) IF (ErrorCheck-AdministratorElevation) { RETURN } ### START $StartDate = GET-Date $Results = @() $Folders = @() $FolderCount = 0 $CurrentFolderCount = 0 $PercentComplete = 0 $RenameResults = @() ## Check Function FUNCTION SharePointCheckFile { param ( [Parameter(Mandatory)] [PSCustomObject]$File = "" ) $TempResults = @() TRY { IF ($File.Name.Substring(0,1) -eq " ") { $TempResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "Invalid File Name" IssueDetails = "File Name Begins With a Space" } } } CATCH { } TRY { IF ($File.Name.Substring(($File.Name.Length-5),1) -eq ".") { IF ($File.Name.Substring(($File.Name.Length-6),1) -eq " ") { $TempResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "Invalid File Name" IssueDetails = "File Name Ends With a Space" } } } } CATCH { } TRY { IF ($File.Name.Substring(($File.Name.Length-4),1) -eq ".") { IF ($File.Name.Substring(($File.Name.Length-5),1) -eq " ") { $TempResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "Invalid File Name" IssueDetails = "File Name Ends With a Space" } } } } CATCH { } TRY { IF ($File.Name.Substring(($File.Name.Length-3),1) -eq ".") { IF ($File.Name.Substring(($File.Name.Length-4),1) -eq " ") { $TempResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ComputerName = $env:COMPUTERNAME FilePath = $File.FullName IssueFound = "Invalid File Name" IssueDetails = "File Name Ends With a Space" } } } } CATCH { } RETURN $TempResults } FUNCTION UpdateProgressBar { TRY { $PercentComplete = $CurrentFolderCount / $FolderCount * 100 } CATCH { } Write-Progress -ID 5 -Activity "Searching for Files Starting or Ending with a Space" -Status "Analyzing Folders $CurrentFolderCount of $FolderCount - $($Subfolder.FullName)" -PercentComplete $PercentComplete } Write-Progress -ID 5 -Activity "Performing SharePoint Migration Pre-Check" -Status "Initializing Analysis Process" -PercentComplete 0 Write-Progress -ID 5 -Activity "Performing SharePoint Migration Pre-Check" -Status "Gathering Folder Data - This May Take a Couple Minutes" -PercentComplete 0 #TRY { $EncryptedFiles = cipher /u /n /h } CATCH { } ### Gather Share Paths if AllShares IF ($AllShares -eq $True) { $SMBShares = GET-CIMInstance -Class Win32_Share FOREACH ($SMBShare in $SMBShares) { ### SKIP THESE SHARES IF ($SMBShare.Name -eq "ADMIN$") { continue } IF ($SMBShare.Name -eq "IPC$") { continue } IF ($SMBShare.Name -eq "print$") { continue } IF ($SMBShare.Name -eq "SYSVOL") { continue } IF ($SMBShare.Name -eq "NETLOGON") { continue } IF ($SMBShare.Name -eq "Cache$") { continue } IF ($SMBShare.Name.Length -le 2) { continue } IF ($SMBShare.Name -eq "CertEnroll") { continue } IF ($SMBShare.Name -eq "print$") { continue } IF ($SMBShare.Path -like "*LocalsplOnly*") { continue } IF ($SMBShare.Name -eq "") { continue } $Path += $SMBShare.Path } } ### Get All Folders in Path FOREACH ($Item in $Path) { $Folders += Get-Item -Path $Item } ### Count Folders FOREACH ($Folder in $Folders) { $FolderCount++ FOREACH ($SubFolder in (Get-ChildItem -Path $Folder.FullName -Directory -Force -ErrorAction SilentlyContinue)) { $FolderCount++ } } ### Process Files $FolderStartTime = Get-Date $CurrentFolderCount = 0 FOREACH ($Folder in $Folders) { UpdateProgressBar FOREACH ($File in (Get-ChildItem -Path $Folder.FullName -File -Force -ErrorAction SilentlyContinue)) { TRY { IF ($File.Name.Substring(0,2) -eq "~$") { continue } } CATCH { } $Results += SharePointCheckFile -File $File } $CurrentFolderCount++ FOREACH ($SubFolder in (Get-ChildItem -Path $Folder.FullName -Directory -Force -ErrorAction SilentlyContinue)) { UpdateProgressBar FOREACH ($File in (Get-ChildItem -Path $SubFolder.FullName -File -Recurse -Force -ErrorAction SilentlyContinue)) { TRY { IF ($File.Name.Substring(0,2) -eq "~$") { continue } } CATCH { } $Results += SharePointCheckFile -File $File } $CurrentFolderCount++ } } Write-Progress -ID 5 -Activity "Performing SharePoint Migration Pre-Check" -Status "Analyzing Folders $CurrentFolderCount of $FolderCount - $($Subfolder.FullName)" -PercentComplete 100 -Completed FOREACH ($Result in $Results) { $FileNameArray = $Result.FilePath.Split('\') $FileName = $FileNameArray[$FileNameArray.Count-1] $OriginalFileName = $FileNameArray[$FileNameArray.Count-1] $OriginalFilePath = $Result.FilePath $NewFilePath = $OriginalFilePath.Replace($OriginalFileName,"") ### Skip Stuff TRY { IF ($FileName.Substring(0,2) -eq "~$") { continue } } CATCH { } ### Space Only Name IF ($FileName.Split('.').Length -eq 2 -and ($FileName.Split('.'))[0] -eq " ") { $NewFileName = "BlankName." $NewFileName += ($FileName.Split('.'))[1] WHILE (GET-Item -Path ($NewFilePath+$NewFileName) -ErrorAction SilentlyContinue) { $TempName = $NewFileName.Split('.') $NewFileName = $TempName[0] $NewFileName += "_Copy." $NewFileName += $TempName[1] } IF ($Rename -eq $true) { $ActionRequested = "Rename" Rename-Item -Path $Result.FilePath -NewName $NewFileName -ErrorAction SilentlyContinue IF ((Get-Item -Path $Result.FilePath -ErrorAction SilentlyContinue) -ne $null) { $ActionStatus = "Failed" } ELSEIF ((Get-Item -Path $NewFilePath) -eq $null) { $ActionStatus = "Failed" } ELSE { $ActionStatus = "Success" } } ELSE { $ActionRequested = "Preview" $ActionStatus = "N/A" } $RenameResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ FilePath = $OriginalFilePath OriginalName = $OriginalFileName NewName = $NewFileName ActionRequested = $ActionRequested ActionStatus = $ActionStatus } } ### 2 Character File Extension (ex FileName .ai) ELSEIF (($FileName.Substring($FileName.Length-3,1)) -eq "." -and ($FileName.Substring($FileName.Length-4,1)) -eq " ") { $TempFileName = $OriginalFileName $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $NewFileName = $TempFileName.Substring(0,$TempFileName.Length-4) $NewFileName += $TempFileName.Substring($TempFileName.Length-3) WHILE (GET-Item -Path ($NewFilePath+$NewFileName) -ErrorAction SilentlyContinue) { $TempName = $NewFileName.Split('.') $NewFileName = $TempName[0] $NewFileName += "_Copy." $NewFileName += $TempName[1] } IF ($Rename -eq $true) { $ActionRequested = "Rename" Rename-Item -Path $Result.FilePath -NewName $NewFileName -ErrorAction SilentlyContinue IF ((Get-Item -Path $Result.FilePath -ErrorAction SilentlyContinue) -ne $null) { $ActionStatus = "Failed" } ELSEIF ((Get-Item -Path ($NewFilePath+$NewFileName)) -eq $null) { $ActionStatus = "Failed" } ELSE { $ActionStatus = "Success" } } ELSE { $ActionRequested = "Preview" $ActionStatus = "N/A" } $RenameResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ FilePath = $OriginalFilePath OriginalName = $OriginalFileName NewName = $NewFileName ActionRequested = $ActionRequested ActionStatus = $ActionStatus } } ### 3 Character File Extension (ex FileName .txt) ELSEIF (($FileName.Substring($FileName.Length-4,1)) -eq "." -and ($FileName.Substring($FileName.Length-5,1)) -eq " ") { $TempFileName = $OriginalFileName $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $NewFileName = $TempFileName.Substring(0,$TempFileName.Length-5) $NewFileName += $TempFileName.Substring($TempFileName.Length-4) WHILE (GET-Item -Path ($NewFilePath+$NewFileName) -ErrorAction SilentlyContinue) { $TempName = $NewFileName.Split('.') $NewFileName = $TempName[0] $NewFileName += "_Copy." $NewFileName += $TempName[1] } IF ($Rename -eq $true) { $ActionRequested = "Rename" Rename-Item -Path $Result.FilePath -NewName $NewFileName -ErrorAction SilentlyContinue IF ((Get-Item -Path $Result.FilePath -ErrorAction SilentlyContinue) -ne $null) { $ActionStatus = "Failed" } ELSEIF ((Get-Item -Path ($NewFilePath+$NewFileName)) -eq $null) { $ActionStatus = "Failed" } ELSE { $ActionStatus = "Success" } } ELSE { $ActionRequested = "Preview" $ActionStatus = "N/A" } $RenameResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ FilePath = $OriginalFilePath OriginalName = $OriginalFileName NewName = $NewFileName ActionRequested = $ActionRequested ActionStatus = $ActionStatus } } ### 4 Character File Extension (ex FileName .xlsx) ELSEIF (($FileName.Substring($FileName.Length-5,1)) -eq "." -and ($FileName.Substring($FileName.Length-6,1)) -eq " ") { $TempFileName = $OriginalFileName $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $NewFileName = $TempFileName.Substring(0,$TempFileName.Length-6) $NewFileName += $TempFileName.Substring($TempFileName.Length-5) WHILE (GET-Item -Path ($NewFilePath+$NewFileName) -ErrorAction SilentlyContinue) { $TempName = $NewFileName.Split('.') $NewFileName = $TempName[0] $NewFileName += "_Copy." $NewFileName += $TempName[1] } IF ($Rename -eq $true) { $ActionRequested = "Rename" Rename-Item -Path $Result.FilePath -NewName $NewFileName -ErrorAction SilentlyContinue IF ((Get-Item -Path $Result.FilePath -ErrorAction SilentlyContinue) -ne $null) { $ActionStatus = "Failed" } ELSEIF ((Get-Item -Path ($NewFilePath+$NewFileName)) -eq $null) { $ActionStatus = "Failed" } ELSE { $ActionStatus = "Success" } } ELSE { $ActionRequested = "Preview" $ActionStatus = "N/A" } $RenameResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ FilePath = $OriginalFilePath OriginalName = $OriginalFileName NewName = $NewFileName ActionRequested = $ActionRequested ActionStatus = $ActionStatus } } ### 5 Character File Extension (ex FileName .3DXML) ELSEIF (($FileName.Substring($FileName.Length-6,1)) -eq "." -and ($FileName.Substring($FileName.Length-7,1)) -eq " ") { $TempFileName = $OriginalFileName $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $NewFileName = $TempFileName.Substring(0,$TempFileName.Length-7) $NewFileName += $TempFileName.Substring($TempFileName.Length-6) WHILE (GET-Item -Path ($NewFilePath+$NewFileName) -ErrorAction SilentlyContinue) { $TempName = $NewFileName.Split('.') $NewFileName = $TempName[0] $NewFileName += "_Copy." $NewFileName += $TempName[1] } IF ($Rename -eq $true) { $ActionRequested = "Rename" Rename-Item -Path $Result.FilePath -NewName $NewFileName -ErrorAction SilentlyContinue IF ((Get-Item -Path $Result.FilePath -ErrorAction SilentlyContinue) -ne $null) { $ActionStatus = "Failed" } ELSEIF ((Get-Item -Path ($NewFilePath+$NewFileName)) -eq $null) { $ActionStatus = "Failed" } ELSE { $ActionStatus = "Success" } } ELSE { $ActionRequested = "Preview" $ActionStatus = "N/A" } $RenameResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ FilePath = $OriginalFilePath OriginalName = $OriginalFileName NewName = $NewFileName ActionRequested = $ActionRequested ActionStatus = $ActionStatus } } ### 6 Character File Extension (ex FileName .sldprt) ELSEIF (($FileName.Substring($FileName.Length-7,1)) -eq "." -and ($FileName.Substring($FileName.Length-8,1)) -eq " ") { $TempFileName = $OriginalFileName $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $NewFileName = $TempFileName.Substring(0,$TempFileName.Length-8) $NewFileName += $TempFileName.Substring($TempFileName.Length-7) WHILE (GET-Item -Path ($NewFilePath+$NewFileName) -ErrorAction SilentlyContinue) { $TempName = $NewFileName.Split('.') $NewFileName = $TempName[0] $NewFileName += "_Copy." $NewFileName += $TempName[1] } IF ($Rename -eq $true) { $ActionRequested = "Rename" Rename-Item -Path $Result.FilePath -NewName $NewFileName -ErrorAction SilentlyContinue IF ((Get-Item -Path $Result.FilePath -ErrorAction SilentlyContinue) -ne $null) { $ActionStatus = "Failed" } ELSEIF ((Get-Item -Path ($NewFilePath+$NewFileName)) -eq $null) { $ActionStatus = "Failed" } ELSE { $ActionStatus = "Success" } } ELSE { $ActionRequested = "Preview" $ActionStatus = "N/A" } $RenameResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ FilePath = $OriginalFilePath OriginalName = $OriginalFileName NewName = $NewFileName ActionRequested = $ActionRequested ActionStatus = $ActionStatus } } ### 1st Character is Space ELSEIF ($FileName.Substring(0,1) -eq " ") { $TempFileName = $OriginalFileName $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $TempFileName = $TempFileName.Replace(" "," ") $NewFileName = $TempFileName.Substring(1,$TempFileName.Length-1) WHILE (GET-Item -Path ($NewFilePath+$NewFileName) -ErrorAction SilentlyContinue) { $TempName = $NewFileName.Split('.') $NewFileName = $TempName[0] $NewFileName += "_Copy." $NewFileName += $TempName[1] } IF ($Rename -eq $true) { $ActionRequested = "Rename" Rename-Item -Path $Result.FilePath -NewName $NewFileName -ErrorAction SilentlyContinue IF ((Get-Item -Path $Result.FilePath -ErrorAction SilentlyContinue) -ne $null) { $ActionStatus = "Failed" } ELSEIF ((Get-Item -Path ($NewFilePath+$NewFileName)) -eq $null) { $ActionStatus = "Failed" } ELSE { $ActionStatus = "Success" } } ELSE { $ActionRequested = "Preview" $ActionStatus = "N/A" } $RenameResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ FilePath = $OriginalFilePath OriginalName = $OriginalFileName NewName = $NewFileName ActionRequested = $ActionRequested ActionStatus = $ActionStatus } } ELSE { $RenameResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ FilePath = $OriginalFilePath OriginalName = $OriginalFileName NewName = $NewFileName ActionRequested = "Preview" ActionStatus = "Failed" } } } ### OUTPUT RESULTS MKDir "C:\IntegrisPowerShell\REPORT-SharePointRenameInvalidSpaceCharacters\Results\" -ErrorAction SilentlyContinue | Out-Null [string]$ExportPath = "C:\IntegrisPowerShell\REPORT-SharePointRenameInvalidSpaceCharacters\Results\" $FileName = "SharePoint Invalid Space Character Report - " $FileName += $StartDate.ToString("yyy_MM_dd h_mm_s") $FileName += ".csv" $ExportPath += $FileName $RenameResults | Select-Object FilePath, OriginalName, NewName, ActionRequested, ActionStatus | Export-CSV -Path $ExportPath RETURN $RenameResults | Select-Object FilePath, OriginalName, NewName, ActionRequested, ActionStatus } FUNCTION REPORT-InternetPingMonitor { param( [int]$MonitorDurationInMinutes = 60 ) $ExportCSVIntervalMinutes = 5 $Check = $null TRY { $Check = pwsh -c "Test-Connection -TargetName 127.0.0.1 -Count 1 -Timeout 1" } CATCH { Write-Warning "This module requires PowerShell 7 to be installed (You can run it in PowerShell 5, but PowerShell 7 must be installed)." Write-Warning "If you just installed PowerShell 7 you may need to reboot."; RETURN $Null } IF ($Check -clike "*Success*") { } ELSE { Write-Warning "This module requires PowerShell 7 to be installed (You can run it in PowerShell 5, but PowerShell 7 must be installed)." Write-Warning "If you just installed PowerShell 7 you may need to reboot." ; RETURN $Null } $Results = @() $MonitorStartTime = Get-Date $MonitorEndTime = $MonitorStartTime.AddMinutes($MonitorDurationInMinutes) $MonitorEndTime = $MonitorEndTime.AddSeconds(1) $Now = Get-Date $End = $Now.AddMinutes($MonitorDurationInMinutes) $CloudFlare = "" $Quad9 = "" $Google ="" $Microsoft = "" $CloudFlareLatency = "" $Quad9Latency = "" $GoogleLatency = "" $MicrosoftLatency = "" $NextExportTime = Get-Date $NextExportTime = $NextExportTime.AddMinutes($ExportCSVIntervalMinutes) $Count = 0 $TotalCount = $MonitorDurationInMinutes * 60 / 5 $LoopStartTime = Get-Date $NextLoopTime = $LoopStartTime WHILE ((Get-Date) -le $End -and $Count+1 -le $TotalCount) { $NextLoopTime = $NextLoopTime.AddSeconds(5) $Count++ $PercentCompleted = $Count / $TotalCount * 100 $PercentCompletedString = [math]::Round($PercentCompleted,2).ToString() + "%" $TimeRemaining = $MonitorEndTime - (Get-Date) [int]$DaysLeft = [math]::floor($TimeRemaining.Days) [int]$HoursLeft = [math]::floor($TimeRemaining.Hours) [int]$MinutesLeft = [math]::floor($TimeRemaining.Minutes) [int]$SecondsLeft = [math]::floor($TimeRemaining.Seconds) $TimeRemainingString = $DaysLeft.ToString().Padleft(2,'0') + ":" + $HoursLeft.ToString().Padleft(2,'0') + ":" + $MinutesLeft.ToString().Padleft(2,'0') + ":" + $SecondsLeft.ToString().Padleft(2,'0') Write-Progress -ID 1 -Activity "Pinging" -Status "$PercentCompletedString - $Count of $TotalCount - Time Remaining: $TimeRemainingString" -PercentComplete $PercentCompleted $StartTime = Get-Date $EndTime = $StartTime.AddSeconds($InvervalInSeconds) $PingTests = @() $ResultTime = Get-Date IF ($PSVersionTable.PSVersion.Major -eq 5) { $Job1 = Start-Job -ScriptBlock { pwsh -c Test-Connection -TargetName 1.1.1.1 -Count 1 -Timeout 3 -ErrorAction SilentlyContinue } $Job2 = Start-Job -ScriptBlock { pwsh -c Test-Connection -TargetName 9.9.9.9 -Count 1 -Timeout 3 -ErrorAction SilentlyContinue } $Job3 = Start-Job -ScriptBlock { pwsh -c Test-Connection -TargetName Google.com -Count 1 -Timeout 3 -ErrorAction SilentlyContinue } $Job4 = Start-Job -ScriptBlock { pwsh -c Test-Connection -TargetName Microsoft.com -Count 1 -Timeout 3 -ErrorAction SilentlyContinue } Start-Sleep -Seconds 3 Start-Sleep -Milliseconds 500 $CloudFlare = Receive-Job -Job $Job1 $Quad9 = Receive-Job -Job $Job2 $Google = Receive-Job -Job $Job3 $Microsoft = Receive-Job -Job $Job4 IF ($CloudFlare -clike "*Success*") { $CloudFlareResult = "Success" [string]$CloudFlareLatency = $CloudFlare[6] $CloudFlareLatency = $CloudFlareLatency.Replace("$env:COMPUTERNAME","") $CloudFlareLatency = $CloudFlareLatency.Replace("$($env:COMPUTERNAME.ToLower())","") $CloudFlareLatency = $CloudFlareLatency.Replace("Success","") $CloudFlareLatency = $CloudFlareLatency.Substring(36,$CloudFlareLatency.Length-47) [int]$CloudFlareLatency = $CloudFlareLatency.Replace(" ","") } ELSE { $CloudFlareResult = "Timeout"; [string]$CloudFlareLatency = "Timeout" } IF ($Quad9 -clike "*Success*") { $Quad9Result = "Success" [string]$Quad9Latency = $Quad9[6] $Quad9Latency = $Quad9Latency.Replace("$env:COMPUTERNAME","") $Quad9Latency = $Quad9Latency.Replace("$($env:COMPUTERNAME.ToLower())","") $Quad9Latency = $Quad9Latency.Replace("Success","") $Quad9Latency = $Quad9Latency.Substring(36,$Quad9Latency.Length-47) [int]$Quad9Latency = $Quad9Latency.Replace(" ","") } ELSE { $Quad9Result = "Timeout"; [string]$Quad9Latency = "Timeout" } IF ($Google -clike "*Success*") { $GoogleResult = "Success" [string]$GoogleLatency = $Google[6] $GoogleLatency = $GoogleLatency.Replace("$env:COMPUTERNAME","") $GoogleLatency = $GoogleLatency.Replace("$($env:COMPUTERNAME.ToLower())","") $GoogleLatency = $GoogleLatency.Replace("Success","") $GoogleLatency = $GoogleLatency.Substring(36,$GoogleLatency.Length-47) [int]$GoogleLatency = $GoogleLatency.Replace(" ","") } ELSEIF ($Google -eq $null) { $GoogleResult = "DNS Failure"; [string]$GoogleLatency = "N/A" } ELSE { $GoogleResult = "Timeout"; [string]$GoogleLatency = "Timeout" } IF ($Microsoft -clike "*Success*") { $MicrosoftResult = "Success" [string]$MicrosoftLatency = $Microsoft[6] $MicrosoftLatency = $MicrosoftLatency.Replace("$env:COMPUTERNAME","") $MicrosoftLatency = $MicrosoftLatency.Replace("$($env:COMPUTERNAME.ToLower())","") $MicrosoftLatency = $MicrosoftLatency.Replace("Success","") $MicrosoftLatency = $MicrosoftLatency.Substring(36,$MicrosoftLatency.Length-42) [int]$MicrosoftLatency = $MicrosoftLatency.Replace(" ","") } ELSEIF ($Microsoft -eq $null) { $MicrosoftResult = "DNS Failure"; [string]$MicrosoftLatency = "N/A" } ELSE { $MicrosoftResult = "Timeout"; [string]$MicrosoftLatency = "Timeout" } } IF ($PSVersionTable.PSVersion.Major -ge 6) { $Job1 = Start-Job -ScriptBlock { Test-Connection -TargetName 1.1.1.1 -Count 1 -Timeout 3 -ErrorAction SilentlyContinue } $Job2 = Start-Job -ScriptBlock { Test-Connection -TargetName 9.9.9.9 -Count 1 -Timeout 3 -ErrorAction SilentlyContinue } $Job3 = Start-Job -ScriptBlock { Test-Connection -TargetName Google.com -Count 1 -Timeout 3 -ErrorAction SilentlyContinue } $Job4 = Start-Job -ScriptBlock { Test-Connection -TargetName Microsoft.com -Count 1 -Timeout 3 -ErrorAction SilentlyContinue } Start-Sleep -Seconds 3 Start-Sleep -Milliseconds 500 $CloudFlare = Receive-Job -Job $Job1 $Quad9 = Receive-Job -Job $Job2 $Google = Receive-Job -Job $Job3 $Microsoft = Receive-Job -Job $Job4 IF ($CloudFlare.Status -eq "Success") { $CloudFlareResult = "Success" [int]$CloudFlareLatency = $CloudFlare.Latency } ELSE { [string]$CloudFlareResult = "Timeout"; [string]$CloudFlareLatency = "Timeout" } IF ($Quad9.Status -eq "Success") { $Quad9Result = "Success" [int]$Quad9Latency = $Quad9.Latency } ELSE { [string]$Quad9Result = "Timeout"; [string]$Quad9Latency = "Timeout" } IF ($Google.Status -eq "Success") { $GoogleResult = "Success" [int]$GoogleLatency = $Google.Latency } ELSEIF ($Google -eq $null) { $GoogleResult = "DNS Failure"; $GoogleLatency = "Timeout" } ELSE { [string]$GoogleResult = "Timeout"; [string]$GoogleLatency = "Timeout" } IF ($Microsoft.Status -eq "Success") { $MicrosoftResult = "Success" [int]$MicrosoftLatency = $Microsoft.Latency } ELSEIF ($Microsoft -eq $null) { $MicrosoftResult = "DNS Failure"; $MicrosoftLatency = "Timeout" } ELSE { [string]$MicrosoftResult = "Timeout"; [string]$MicrosoftLatency = "Timeout" } } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ ResultTime = $ResultTime CloudFlareResult = $CloudFlareResult CloudFlareLatency = $CloudFlareLatency Quad9Result = $Quad9Result Quad9Latency = $Quad9Latency GoogleResult = $GoogleResult GoogleLatency = $GoogleLatency MicrosoftResult = $MicrosoftResult MicrosoftLatency = $MicrosoftLatency } IF ((Get-Date) -gt $NextExportTime) { $NextExportTime = $NextExportTime.AddMinutes($ExportCSVIntervalMinutes) MKDir "C:\IntegrisPowerShell\REPORT-InternetPingMonitor\Results\" -ErrorAction SilentlyContinue | Out-Null [string]$ExportPath = "C:\IntegrisPowerShell\REPORT-InternetPingMonitor\Results\" $FileName = "Network Ping Monitor Report - " $FileName += $MonitorStartTime.ToString("yyy_MM_dd h_mm_s") $FileName += ".csv" $ExportPath += $FileName $Results | Select ResultTime, CloudFlareLatency, CloudFlareResult, Quad9Latency, Quad9Result, GoogleLatency, GoogleResult, MicrosoftLatency, MicrosoftResult | Export-Csv -Path $ExportPath } WHILE ((Get-Date) -le $NextLoopTime) { Sleep -Milliseconds 100 } } MKDir "C:\IntegrisPowerShell\REPORT-InternetPingMonitor\Results\" -ErrorAction SilentlyContinue | Out-Null [string]$ExportPath = "C:\IntegrisPowerShell\REPORT-InternetPingMonitor\Results\" $FileName = "Network Ping Monitor Report - " $FileName += $MonitorStartTime.ToString("yyy_MM_dd h_mm_s") $FileName += ".csv" $ExportPath += $FileName $Results | Select ResultTime, CloudFlareLatency, CloudFlareResult, Quad9Latency, Quad9Result, GoogleLatency, GoogleResult, MicrosoftLatency, MicrosoftResult | Export-Csv -Path $ExportPath Write-Progress -ID 1 -Activity "Pinging" -Completed RETURN $Results | Select ResultTime, CloudFlareLatency, CloudFlareResult, Quad9Latency, Quad9Result, GoogleLatency, GoogleResult, MicrosoftLatency, MicrosoftResult } FUNCTION REPORT-InternetSpeedTestMonitor { param( [int]$IntervalMinutes = 15, [int]$NumberOfTests = 8 ) $Results = @() $TestCount = 1 $StartTime = Get-Date $NextTestStartTime = $StartTime Write-Progress -ID 4 -Activity "SpeedTest" -Status "Starting Speed Test" -PercentComplete 0 $EndTime = (Get-Date).AddMinutes($IntervalMinutes * ($NumberOfTests - 1)) $EndTime = $EndTime.AddSeconds(30) $TotalTimeInterval = $EndTime - (Get-Date) $TotalDaysLeft = [Math]::Abs($TotalTimeInterval.Days) $TotalHoursLeft = [Math]::Abs($TotalTimeInterval.Hours) $TotalMinutesLeft = [Math]::Abs($TotalTimeInterval.Minutes) $TotalSecondsLeft = [Math]::Abs($TotalTimeInterval.Seconds) $TotalTimeRemainingString = $TotalDaysLeft.ToString().Padleft(2,'0') + ":" + $TotalHoursLeft.ToString().Padleft(2,'0') + ":" + $TotalMinutesLeft.ToString().Padleft(2,'0') + ":" + $TotalSecondsLeft.ToString().Padleft(2,'0') WHILE ($TestCount -lt ($NumberOfTests+1)) { $NextTestStartTime = $NextTestStartTime.AddMinutes($IntervalMinutes) $TestTime = GET-Date $PercentComplete = ($TestCount - 1) / $NumberOfTests * 100 Write-Progress -ID 4 -Activity "SpeedTest" -Status "Running Speed Test - Estimated Time Remaining: $TotalTimeRemainingString" -PercentComplete $PercentComplete $SpeedTest = REPORT-ComputerPerformance -Category Internet $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ TestCount = $TestCount TestTime = $TestTime DownloadSpeed = ($SpeedTest | Where-Object { $_.PerformanceItem -eq "Download Speed" }).PerformanceResult DownloadLatencyAvg = ($SpeedTest | Where-Object { $_.PerformanceItem -eq "Download Latency (Avg)" }).PerformanceResult DownloadLatencyHigh = ($SpeedTest | Where-Object { $_.PerformanceItem -eq "Download Latency (High)" }).PerformanceResult UploadSpeed = ($SpeedTest | Where-Object { $_.PerformanceItem -eq "Upload Speed" }).PerformanceResult UploadSpeedAvg = ($SpeedTest | Where-Object { $_.PerformanceItem -eq "Upload Latency (Avg)" }).PerformanceResult UploadSpeedHigh = ($SpeedTest | Where-Object { $_.PerformanceItem -eq "Upload Latency (High)" }).PerformanceResult PacketLoss = ($SpeedTest | Where-Object { $_.PerformanceItem -eq "Packet Loss" }).PerformanceResult } $TestCount++ $PercentComplete = ($TestCount - 1) / $NumberOfTests * 100 MKDir "C:\IntegrisPowerShell\REPORT-InternetSpeedTestMonitor\Results\" -ErrorAction SilentlyContinue | Out-Null [string]$ExportPath = "C:\IntegrisPowerShell\REPORT-InternetSpeedTestMonitor\Results\" $FileName = "SpeedTest Monitor Report - " $FileName += $StartTime.ToString("yyy_MM_dd h_mm_s") $FileName += ".csv" $ExportPath += $FileName $Results | Select TestCount, TestTime, DownloadSpeed, DownloadLatencyAvg, DownloadLatencyHigh, UploadSpeed, UploadSpeedAvg, UploadSpeedHigh, PacketLoss | Export-Csv -Path $ExportPath IF ($TestCount -eq ($NumberOfTests+1)) { break } WHILE ((Get-Date) -lt $NextTestStartTime) { $TimeInterval = $NextTestStartTime - (Get-Date) $DaysLeft = [Math]::Abs($TimeInterval.Days) $HoursLeft = [Math]::Abs($TimeInterval.Hours) $MinutesLeft = [Math]::Abs($TimeInterval.Minutes) $SecondsLeft = [Math]::Abs($TimeInterval.Seconds) $TimeRemainingString = $DaysLeft.ToString().Padleft(2,'0') + ":" + $HoursLeft.ToString().Padleft(2,'0') + ":" + $MinutesLeft.ToString().Padleft(2,'0') + ":" + $SecondsLeft.ToString().Padleft(2,'0') $TotalTimeInterval = $EndTime - (Get-Date) $TotalDaysLeft = [Math]::Abs($TotalTimeInterval.Days) $TotalHoursLeft = [Math]::Abs($TotalTimeInterval.Hours) $TotalMinutesLeft = [Math]::Abs($TotalTimeInterval.Minutes) $TotalSecondsLeft = [Math]::Abs($TotalTimeInterval.Seconds) $TotalTimeRemainingString = $TotalDaysLeft.ToString().Padleft(2,'0') + ":" + $TotalHoursLeft.ToString().Padleft(2,'0') + ":" + $TotalMinutesLeft.ToString().Padleft(2,'0') + ":" + $TotalSecondsLeft.ToString().Padleft(2,'0') Write-Progress -ID 4 -Activity "SpeedTest" -Status "Waiting to Start Next SpeedTest - Next Test: $TimeRemainingString - Estimated Time Remaining: $TotalTimeRemainingString" -PercentComplete $PercentComplete Start-Sleep -Seconds 1 } } Write-Progress -ID 4 -Activity "SpeedTest" -Status "Running Speed Test" -PercentComplete 100 -Completed MKDir "C:\IntegrisPowerShell\REPORT-InternetSpeedTestMonitor\Results\" -ErrorAction SilentlyContinue | Out-Null [string]$ExportPath = "C:\IntegrisPowerShell\REPORT-InternetSpeedTestMonitor\Results\" $FileName = "SpeedTest Monitor Report - " $FileName += $StartTime.ToString("yyy_MM_dd h_mm_s") $FileName += ".csv" $ExportPath += $FileName $Results | Select TestCount, TestTime, DownloadSpeed, DownloadLatencyAvg, DownloadLatencyHigh, UploadSpeed, UploadSpeedAvg, UploadSpeedHigh, PacketLoss | Export-Csv -Path $ExportPath RETURN $Results | Select TestCount, TestTime, DownloadSpeed, DownloadLatencyAvg, DownloadLatencyHigh, UploadSpeed, UploadSpeedAvg, UploadSpeedHigh, PacketLoss } ### ### ============================================================================================== ### ### SEARCH\REPORT EXPORTS Import ### ### ============================================================================================== New-Alias -Name INTSEARCH-EventLog -Value SEARCH-EventLog Export-ModuleMember -FUNCTION SEARCH-EventLog -Alias INTSEARCH-EventLog New-Alias -Name INTSEARCH-AppData -Value SEARCH-AppData Export-ModuleMember -FUNCTION SEARCH-AppData -Alias INTSEARCH-AppData New-Alias -Name INTREPORT-ComputerPerformance -Value REPORT-ComputerPerformance New-Alias -Name REPORT-PCPerformance -Value REPORT-ComputerPerformance New-Alias -Name INTREPORT-PCComputerPerformance -Value REPORT-ComputerPerformance Export-ModuleMember -FUNCTION REPORT-ComputerPerformance -Alias INTREPORT-ComputerPerformance,REPORT-PCPerformance,INTREPORT-PCPerformance New-Alias -Name INTREPORT-PCSummary -Value REPORT-ComputerSummary New-Alias -Name REPORT-PCSummary -Value REPORT-ComputerSummary New-Alias -Name INTREPORT-ComputerSummary -Value REPORT-ComputerSummary Export-ModuleMember -FUNCTION REPORT-ComputerSummary -Alias INTREPORT-ComputerSummary,REPORT-PCSummary,INTREPORT-PCSummary New-Alias -Name INTREPORT-NTFSPermission -Value REPORT-NTFSPermission Export-ModuleMember -FUNCTION REPORT-NTFSPermission -Alias INTREPORT-NTFSPermission New-Alias -Name INTREPORT-ADGroupMembership -Value REPORT-ADGroupMembership Export-ModuleMember -FUNCTION REPORT-ADGroupMembership -Alias INTREPORT-ADGroupMembership New-Alias -Name INTREPORT-ADUser -Value REPORT-ADUser Export-ModuleMember -FUNCTION REPORT-ADUser -Alias INTREPORT-ADUser New-Alias -Name INTREPORT-SMBShareDataTemp -Value REPORT-SMBShareDataTemp Export-ModuleMember -FUNCTION REPORT-SMBShareDataTemp -Alias INTREPORT-SMBShareDataTemp New-Alias -Name INTREPORT-SharePointPreMigationCheck -Value REPORT-SharePointPreMigationCheck Export-ModuleMember -FUNCTION REPORT-SharePointPreMigationCheck -Alias INTREPORT-SharePointPreMigationCheck New-Alias -Name INTREPORT-SharePointRenameInvalidSpaceCharacter -Value REPORT-SharePointRenameInvalidSpaceCharacter Export-ModuleMember -FUNCTION REPORT-SharePointRenameInvalidSpaceCharacter -Alias INTREPORT-SharePointRenameInvalidSpaceCharacter New-Alias -Name INTREPORT-InternetPingMonitor -Value REPORT-InternetPingMonitor Export-ModuleMember -FUNCTION REPORT-InternetPingMonitor -Alias INTREPORT-InternetPingMonitor New-Alias -Name INTREPORT-InternetSpeedTestMonitor -Value REPORT-InternetSpeedTestMonitor Export-ModuleMember -FUNCTION REPORT-InternetSpeedTestMonitor -Alias INTREPORT-InternetSpeedTestMonitor ### ### ============================================================================================== ### ### DISK CLEANUP FUNCTIONS ### ### ============================================================================================== FUNCTION CLEANUP-VolumeSystem { param( [int[]]$FreeSpaceThreshold = @(60,50,50,40,40,40,40,35,30,25,25,25,25) ) IF (ErrorCheck-AdministratorElevation) { RETURN } $Results = @() $StartSpace = GET-OSDiskFreeSpace Write-Progress -ID 6 -Activity "Running Disk Cleanup" -Status "Cleaning Windows Apps" -PercentComplete 0 $Results += CLEANUP-WindowsAppClutter -FreeSpaceThreshold $FreeSpaceThreshold[0] Write-Progress -ID 6 -Activity "Running Disk Cleanup" -Status "Cleaning Ninite Data" -PercentComplete 4 $Results += CLEANUP-NiniteTempData -FreeSpaceThreshold $FreeSpaceThreshold[1] Write-Progress -ID 6 -Activity "Running Disk Cleanup" -Status "Cleaning Dell Data" -PercentComplete 8 $Results += CLEANUP-DellData -FreeSpaceThreshold $FreeSpaceThreshold[2] Write-Progress -ID 6 -Activity "Running Disk Cleanup" -Status "Cleaning Windows Temp Files" -PercentComplete 12 $Results += CLEANUP-WindowsTempLogs -FreeSpaceThreshold $FreeSpaceThreshold[3] Write-Progress -ID 6 -Activity "Running Disk Cleanup" -Status "Cleaning Old Downloads" -PercentComplete 16 $Results += CLEANUP-ClearOldDownloads -FreeSpaceThreshold $FreeSpaceThreshold[4] Write-Progress -ID 6 -Activity "Running Disk Cleanup" -Status "Cleaning Recycle Bin" -PercentComplete 20 $Results += CLEANUP-ClearRecycleBin -FreeSpaceThreshold $FreeSpaceThreshold[5] Write-Progress -ID 6 -Activity "Running Disk Cleanup" -Status "Cleaning ShadowStorage" -PercentComplete 24 $Results += CLEANUP-ShadowStorage -FreeSpaceThreshold $FreeSpaceThreshold[6] Write-Progress -ID 6 -Activity "Running Disk Cleanup" -Status "Cleaning Office Updates" -PercentComplete 28 $Results += CLEANUP-OfficeUpdateFolder -FreeSpaceThreshold $FreeSpaceThreshold[7] Write-Progress -ID 6 -Activity "Running Disk Cleanup" -Status "Clean PageFile" -PercentComplete 32 $Results += CLEANUP-PageFile -FreeSpaceThreshold $FreeSpaceThreshold[8] Write-Progress -ID 6 -Activity "Running Disk Cleanup" -Status "Cleaning Hiberation Files" -PercentComplete 36 $Results += CLEANUP-Hibernation -FreeSpaceThreshold $FreeSpaceThreshold[9] Write-Progress -ID 6 -Activity "Running Disk Cleanup" -Status "Cleaning Outlook Files" -PercentComplete 40 $Results += CLEANUP-MailboxCaching -FreeSpaceThreshold $FreeSpaceThreshold[10] Write-Progress -ID 6 -Activity "Running Disk Cleanup" -Status "Cleaning Windows Installer Folder" -PercentComplete 44 $Results += CLEANUP-WindowsInstallerFolder -FreeSpaceThreshold $FreeSpaceThreshold[11] Write-Progress -ID 6 -Activity "Running Disk Cleanup" -Status "Running CleanMgr.exe - About 90 Seconds" -PercentComplete 100 $Results += CLEANUP-CleanMgr -FreeSpaceThreshold $FreeSpaceThreshold[12] $EndSpace = GET-OSDiskFreeSpace $FreedSpace = [Math]::Abs($StartSpace - $EndSpace) $SpaceFreed = [math]::round($FreedSpace,2).ToString() + " GBs" $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CleanupType = "Total" StartingFreeSpace = [Math]::Round($StartSpace,2).ToString() + " GBs" Threshold = "" ActionTaken = "" EndingFreeSpace = [Math]::Round($EndSpace,2).ToString() + " GBs" SpaceFreed = $SpaceFreed } Write-Progress -ID 6 -Activity "Running Disk Cleanup" -Status "Done" -PercentComplete 100 -Completed RETURN $Results | SELECT CleanupType, StartingFreeSpace, Threshold, ActionTaken, EndingFreeSpace, SpaceFreed } New-Alias -Name INTCLEANUP-VolumeSystem -Value CLEANUP-VolumeSystem Export-ModuleMember -FUNCTION CLEANUP-VolumeSystem -Alias INTCLEANUP-VolumeSystem ### ### ============================================================================================== ### ### DISK CLEANUP HELPER FUNCTIONS ### ### ============================================================================================== FUNCTION CLEANUP-CleanMgr { param( [int]$FreeSpaceThreshold = 60 ) IF (ErrorCheck-AdministratorElevation) { RETURN } FUNCTION SET-RegistryValueForAllUsers { <# .SYNOPSIS This FUNCTION uses Active Setup to create a "seeder" key which creates or modifies a user-based registry value for all users on a computer. If the key path doesn't exist to the value, it will automatically create the key and add the value. .EXAMPLE PS> SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'Setting'; 'Type' = 'String'; 'Value' = 'someval'; 'Path' = 'SOFTWARE\Microsoft\Windows\Something'} This example would modify the string registry value 'Type' in the path 'SOFTWARE\Microsoft\Windows\Something' to 'someval' for every user registry hive. .PARAMETER RegistryInstance A hash table containing key names of 'Name' designating the registry value name, 'Type' to designate the type of registry value which can be 'String,Binary,Dword,ExpandString or MultiString', 'Value' which is the value itself of the registry value and 'Path' designating the parent registry key the registry value is in. #> [CmdletBinding()] param ( [Parameter(Mandatory=$True)] [hashtable[]]$RegistryInstance ) try { New-PSDrive -Name HKU -PSProvider Registry -Root Registry::HKEY_USERS | Out-Null ## Change the registry values for the currently logged on user. Each logged on user SID is under HKEY_USERS $LoggedOnSids = (GET-ChildItem HKU: | where { $_.Name -match 'S-\d-\d+-(\d+-){1,14}\d+$' }).PSChildName Write-Host "Found $($LoggedOnSids.Count) logged on user SIDs" foreach ($sid in $LoggedOnSids) { Write-Host -Message "Loading the user registry hive for the logged on SID $sid" foreach ($instance in $RegistryInstance) { ## Create the key path if it doesn't exist New-Item -ErrorAction SilentlyContinue -Path ("HKU:\$sid\$($instance.Path)" | Split-Path -Parent) -Name ("HKU:\$sid\$($instance.Path)" | Split-Path -Leaf) | Out-Null ## Create (or modify) the value specified in the param New-Item -Path "HKU:\$sid\SOFTWARE\Policies\Microsoft\Office" New-Item -Path "HKU:\$sid\SOFTWARE\Policies\Microsoft\Office\16.0" New-Item -Path "HKU:\$sid\SOFTWARE\Policies\Microsoft\Office\16.0\Outlook" New-Item -Path "HKU:\$sid\SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode" SET-ItemProperty -Path "HKU:\$sid\$($instance.Path)" -Name $instance.Name -Value $instance.Value -Type $instance.Type -Force } } ## Create the Active Setup registry key so that the reg add cmd will get ran for each user ## logging into the machine. ## http://www.itninja.com/blog/view/an-active-setup-primer Write-Host "Setting Active Setup registry value to apply to all other users" foreach ($instance in $RegistryInstance) { ## Generate a unique value (usually a GUID) to use for Active Setup $Guid = [guid]::NewGuid().Guid $ActiveSetupRegParentPath = 'HKLM:\Software\Microsoft\Active Setup\Installed Components' ## Create the GUID registry key under the Active Setup key New-Item -Path $ActiveSetupRegParentPath -Name $Guid | Out-Null $ActiveSetupRegPath = "HKLM:\Software\Microsoft\Active Setup\Installed Components\$Guid" Write-Host "Using registry path '$ActiveSetupRegPath'" ## Convert the registry value type to one that reg.exe can understand. This will be the ## type of value that's created for the value we want to set for all users switch ($instance.Type) { 'String' { $RegValueType = 'REG_SZ' } 'Dword' { $RegValueType = 'REG_DWORD' } 'Binary' { $RegValueType = 'REG_BINARY' } 'ExpandString' { $RegValueType = 'REG_EXPAND_SZ' } 'MultiString' { $RegValueType = 'REG_MULTI_SZ' } default { throw "Registry type '$($instance.Type)' not recognized" } } ## Build the registry value to use for Active Setup which is the command to create the registry value in all user hives $ActiveSetupValue = "reg add `"{0}`" /v {1} /t {2} /d {3} /f" -f "HKCU\$($instance.Path)", $instance.Name, $RegValueType, $instance.Value Write-Host -Message "Active setup value is '$ActiveSetupValue'" ## Create the necessary Active Setup registry values SET-ItemProperty -Path $ActiveSetupRegPath -Name '(Default)' -Value 'Active Setup Test' SET-ItemProperty -Path $ActiveSetupRegPath -Name 'Version' -Value '1' SET-ItemProperty -Path $ActiveSetupRegPath -Name 'StubPath' -Value $ActiveSetupValue } } catch { Write-Warning -Message $_.Exception.Message } } $GBsFreeSpace = GET-OSDiskFreeSpace IF ($GBsFreeSpace -lt $FreeSpaceThreshold) { $StartSpace = GET-OSDiskFreeSpace $results = GET-ChildItem HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\Explorer\VolumeCaches $Reset=$False FOREACH($result in $results) { IF($Reset -eq $False) { #this is what is RETURNed in $result.name: #HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows\CurrentVersion\Explorer\VolumeCaches\<some name> #change HKEY_LOCAL_MACHINE to HKLM: IF($Downloads -eq $False -and $result.name -eq "HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows\CurrentVersion\Explorer\VolumeCaches\DownloadsFolder") { } ELSE { $tmp = 'HKLM:' + $result.Name.Substring( 18 ) $tmp2 = $result.Name.SubString( $result.Name.LastIndexOf( '\' ) + 1 ) #Write-Host "Setting $tmp2 to 2" $null = New-ItemProperty -Path $tmp -Name 'StateFlags0001' -Value 2 -PropertyType DWORD -Force -EA 0 | Out-Null If(!$?) { Write-Warning "`tUnable to set $tmp2" } } } ELSEIF ($Reset -eq $True) { $tmp = 'HKLM:' + $result.Name.Substring( 18 ) $tmp2 = $result.Name.SubString( $result.Name.LastIndexOf( '\' ) + 1 ) #Write-Host "Resetting $tmp2 to 0" $null = New-ItemProperty -Path $tmp -Name 'StateFlags0001' -Value 0 -PropertyType DWORD -Force -EA 0 | Out-Null IF(!$?) { Write-Warning "`tUnable to set $tmp2" } } } cleanmgr /sagerun:1 | Out-Null Start-Sleep -Seconds 60 $EndSpace = GET-OSDiskFreeSpace $FreedSpace = [Math]::Abs($StartSpace - $EndSpace) $SpaceFreed = [Math]::Round($FreedSpace,2).ToString() + " GBs" } ELSE { $ActionTaken = "Skipped"; $SpaceFreed = ""; $EndSpace = $StartSpace } $OutResults += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CleanupType = "CleanMgr.exe Cleanup" StartingFreeSpace = [Math]::Round($StartSpace,2).ToString() + " GBs" Threshold = $FreeSpaceThreshold.ToString() + " GBs" ActionTaken = $ActionTaken EndingFreeSpace = [Math]::Round($EndSpace,2).ToString() + " GBs" SpaceFreed = $SpaceFreed } RETURN $OutResults | SELECT CleanupType, StartingFreeSpace, Threshold, ActionTaken, EndingFreeSpace, SpaceFreed } FUNCTION CLEANUP-WindowsAppClutter { param( [int]$FreeSpaceThreshold = 60 ) $Results = @() $GBsFreeSpace = GET-OSDiskFreeSpace IF (ErrorCheck-AdministratorElevation) { RETURN } IF ($GBsFreeSpace -lt $FreeSpaceThreshold) { $StartSpace = GET-OSDiskFreeSpace $Now = GET-Date GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*xbox*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*disney*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*netflix*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*warships*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*yourphone*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*candy*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*office.desktop*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*skype*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*zune*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*bing*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*print3d*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*mixedreality*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*feedback*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*solitaire*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*office.onenote*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*minecraft*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*marchofempires*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*bubblewitch*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*cookings*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*candy*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*whiteboard*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*HiddenCity*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*MysteryofShadow*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*Mahjong*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*Facebook*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*King.com*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*Bingo*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*KeeperS*" } -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue $Items = GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*HPPrinterControl*" } -ErrorAction SilentlyContinue IF ($Items.Count -gt 1) { $Items | Sort CreationTime -Descending | Select -Last ($Items.Count-1) | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue } $Items = GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*Microsoft.Todos*" } -ErrorAction SilentlyContinue IF ($Items.Count -gt 1) { $Items | Sort CreationTime -Descending | Select -Last ($Items.Count-1) | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue } $Items = GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*Microsoft.Windows.Photos*" } -ErrorAction SilentlyContinue IF ($Items.Count -gt 1) { $Items | Sort CreationTime -Descending | Select -Last ($Items.Count-1) | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue } $Items = GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*microsoft.windowscommunicationsapps*" } -ErrorAction SilentlyContinue IF ($Items.Count -gt 1) { $Items | Sort CreationTime -Descending | Select -Last ($Items.Count-1) | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue } $Items = GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*HPPrinterControl*" } -ErrorAction SilentlyContinue IF ($Items.Count -gt 1) { $Items | Sort CreationTime -Descending | Select -Last ($Items.Count-1) | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue } $Items = GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*AppUp.IntelManagement*" } -ErrorAction SilentlyContinue IF ($Items.Count -gt 1) { $Items | Sort CreationTime -Descending | Select -Last ($Items.Count-1) | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue } $Items = GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*Microsoft.MicrosoftEdge.Stable*" } -ErrorAction SilentlyContinue IF ($Items.Count -gt 1) { $Items | Sort CreationTime -Descending | Select -Last ($Items.Count-1) | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue } $Items = GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*HPPrinterControl*" } -ErrorAction SilentlyContinue IF ($Items.Count -gt 1) { $Items | Sort CreationTime -Descending | Select -Last ($Items.Count-1) | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue } $Items = GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*Microsoft.NET.Native.Framework*" } -ErrorAction SilentlyContinue IF ($Items.Count -gt 1) { $Items | Sort CreationTime -Descending | Select -Last ($Items.Count-1) | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue } $Items = GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*Microsoft.NET.Native.Runtime*" } -ErrorAction SilentlyContinue IF ($Items.Count -gt 1) { $Items | Sort CreationTime -Descending | Select -Last ($Items.Count-1) | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue } $Items = GET-ChildItem -Path "C:\Program Files\WindowsApps" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*Microsoft.UI.Xaml*" } -ErrorAction SilentlyContinue IF ($Items.Count -gt 1) { $Items | Sort CreationTime -Descending | Select -Last ($Items.Count-1) | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue } $EndSpace = GET-OSDiskFreeSpace [int]$FreedSpace = [Math]::Abs($StartSpace - $EndSpace) $SpaceFreed = ([Math]::Round($FreedSpace,2)).ToString() + " GBs" } ELSE { $ActionTaken = "Skipped"; $SpaceFreed = ""; $EndSpace = $StartSpace } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CleanupType = "Windows Apps" StartingFreeSpace = [Math]::Round($StartSpace,2).ToString() + " GBs" Threshold = $FreeSpaceThreshold.ToString() + " GBs" ActionTaken = $ActionTaken EndingFreeSpace = [Math]::Round($EndSpace,2).ToString() + " GBs" SpaceFreed = $SpaceFreed } RETURN $Results | SELECT CleanupType, StartingFreeSpace, Threshold, ActionTaken, EndingFreeSpace, SpaceFreed } FUNCTION CLEANUP-NiniteTempData { param( [int]$FreeSpaceThreshold = 50 ) $GBsFreeSpace = GET-OSDiskFreeSpace IF (ErrorCheck-AdministratorElevation) { RETURN } IF ($GBsFreeSpace -lt $FreeSpaceThreshold) { $Now = GET-Date $Time = $Now.AddDays(-360) $StartSpace = GET-OSDiskFreeSpace GET-ChildItem -Path "C:\Windows\LTSvc\packages" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*DiskSpeedTest*" } | Remove-Item -Recurse -Force GET-ChildItem -Path "C:\Windows\LTSvc\packages" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*MITPSpeedTest*" } | Remove-Item -Recurse -Force GET-ChildItem -Path "C:\Windows\LTSvc\packages\MP\Ninite" -Directory -ErrorAction SilentlyContinue | where { $_.Name -like "*NiniteDownloads*" } | Remove-Item -Recurse -Force GET-Item -Path "C:\BJN" -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue $EndSpace = GET-OSDiskFreeSpace $FreedSpace = [Math]::Abs($StartSpace - $EndSpace) $SpaceFreed = ([Math]::Round($FreedSpace,2)).ToString() + " GBs" } ELSE { $ActionTaken = "Skipped"; $SpaceFreed = ""; $EndSpace = $StartSpace } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CleanupType = "Ninite Temp Data" StartingFreeSpace = [Math]::Round($StartSpace,2).ToString() + " GBs" Threshold = $FreeSpaceThreshold.ToString() + " GBs" ActionTaken = $ActionTaken EndingFreeSpace = [Math]::Round($EndSpace,2).ToString() + " GBs" SpaceFreed = $SpaceFreed } RETURN $Results | SELECT CleanupType, StartingFreeSpace, Threshold, ActionTaken, EndingFreeSpace, SpaceFreed } FUNCTION CLEANUP-DellData { param( [int]$FreeSpaceThreshold = 50 ) $GBsFreeSpace = GET-OSDiskFreeSpace IF (ErrorCheck-AdministratorElevation) { RETURN } IF ($GBsFreeSpace -lt $FreeSpaceThreshold) { $Now = GET-Date $Time = $Now.AddDays(-360) $StartSpace = GET-OSDiskFreeSpace GET-Item -Path "C:\Windows\Internet Logs" -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue GET-Item -Path "C:\ProgramData\Dell\SARemediation" -ErrorAction SilentlyContinue | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue $EndSpace = GET-OSDiskFreeSpace $FreedSpace = [Math]::Abs($StartSpace - $EndSpace) $SpaceFreed = ([Math]::Round($FreedSpace,2)).ToString() + " GBs" } ELSE { $ActionTaken = "Skipped"; $SpaceFreed = ""; $EndSpace = $StartSpace } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CleanupType = "Dell Data" StartingFreeSpace = [Math]::Round($StartSpace,2).ToString() + " GBs" Threshold = $FreeSpaceThreshold.ToString() + " GBs" ActionTaken = $ActionTaken EndingFreeSpace = [Math]::Round($EndSpace,2).ToString() + " GBs" SpaceFreed = $SpaceFreed } RETURN $Results | SELECT CleanupType, StartingFreeSpace, Threshold, ActionTaken, EndingFreeSpace, SpaceFreed } FUNCTION CLEANUP-WindowsTempLogs { param( [int]$FreeSpaceThreshold = 40 ) $GBsFreeSpace = GET-OSDiskFreeSpace IF (ErrorCheck-AdministratorElevation) { RETURN } IF ($GBsFreeSpace -lt $FreeSpaceThreshold) { $Now = GET-Date $StartSpace = GET-OSDiskFreeSpace Get-ChildItem -Path C:\Windows\Temp -Name "*.evtx" | Remove-Item -Force -ErrorAction SilentlyContinue $EndSpace = GET-OSDiskFreeSpace $FreedSpace = [Math]::Abs($StartSpace - $EndSpace) $SpaceFreed = ([Math]::Round($FreedSpace,2)).ToString() + " GBs" } ELSE { $ActionTaken = "Skipped"; $SpaceFreed = ""; $EndSpace = $StartSpace } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CleanupType = "Windows Temp Logs" StartingFreeSpace = [Math]::Round($StartSpace,2).ToString() + " GBs" Threshold = $FreeSpaceThreshold.ToString() + " GBs" ActionTaken = $ActionTaken EndingFreeSpace = [Math]::Round($EndSpace,2).ToString() + " GBs" SpaceFreed = $SpaceFreed } RETURN $Results | SELECT CleanupType, StartingFreeSpace, Threshold, ActionTaken, EndingFreeSpace, SpaceFreed } FUNCTION CLEANUP-ClearOldDownloads { param( [int]$FreeSpaceThreshold = 40, [int]$DaysOldThreshold = 60 ) $GBsFreeSpace = GET-OSDiskFreeSpace IF (ErrorCheck-AdministratorElevation) { RETURN } IF ($GBsFreeSpace -lt $FreeSpaceThreshold) { $Now = GET-Date $Time = $Now.AddDays(-$DaysOldThreshold) $StartSpace = GET-OSDiskFreeSpace $Users = GET-ChildItem -Path "C:\Users\" -Directory FOREACH ($User in $Users) { $Dir = "C:\Users\" $Dir += $User.Name $Dir += "\Downloads" $Items = GET-ChildItem -Path $Dir -Recurse -ErrorAction SilentlyContinue | Where { $_.LastWriteTime -lt $Time } | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue } $EndSpace = GET-OSDiskFreeSpace $FreedSpace = [Math]::Abs($StartSpace - $EndSpace) $SpaceFreed = ([Math]::Round($FreedSpace,2)).ToString() + " GBs" } ELSE { $ActionTaken = "Skipped"; $SpaceFreed = ""; $EndSpace = $StartSpace } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CleanupType = "Old Downloads" StartingFreeSpace = [Math]::Round($StartSpace,2).ToString() + " GBs" Threshold = $FreeSpaceThreshold.ToString() + " GBs" ActionTaken = $ActionTaken EndingFreeSpace = [Math]::Round($EndSpace,2).ToString() + " GBs" SpaceFreed = $SpaceFreed } RETURN $Results | SELECT CleanupType, StartingFreeSpace, Threshold, ActionTaken, EndingFreeSpace, SpaceFreed } FUNCTION CLEANUP-ClearRecycleBin { param( [int]$FreeSpaceThreshold = 40 ) IF (ErrorCheck-AdministratorElevation) { RETURN } $GBsFreeSpace = GET-OSDiskFreeSpace IF ($GBsFreeSpace -lt $FreeSpaceThreshold) { $Now = GET-Date $Time = $Now.AddDays(-$DaysOldThreshold) $StartSpace = GET-OSDiskFreeSpace Clear-RecycleBin -DriveLetter C: -Force -ErrorAction SilentlyContinue GET-ChildItem -Path 'C:\$Recycle.Bin' -Force | Remove-Item -Recurse -ErrorAction SilentlyContinue $EndSpace = GET-OSDiskFreeSpace $FreedSpace = [Math]::Abs($StartSpace - $EndSpace) $SpaceFreed = [Math]::Round($FreedSpace,2).ToString() + " GBs" } ELSE { $ActionTaken = "Skipped"; $SpaceFreed = ""; $EndSpace = $StartSpace } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CleanupType = "Recycle Bin" StartingFreeSpace = [Math]::Round($StartSpace,2).ToString() + " GBs" Threshold = $FreeSpaceThreshold.ToString() + " GBs" ActionTaken = $ActionTaken EndingFreeSpace = [Math]::Round($EndSpace,2).ToString() + " GBs" SpaceFreed = $SpaceFreed } RETURN $Results | SELECT CleanupType, StartingFreeSpace, Threshold, ActionTaken, EndingFreeSpace, SpaceFreed } FUNCTION CLEANUP-ShadowStorage { param( [int]$FreeSpaceThreshold = 40 ) $GBsFreeSpace = GET-OSDiskFreeSpace IF (ErrorCheck-AdministratorElevation) { RETURN } IF ($GBsFreeSpace -lt $FreeSpaceThreshold) { $StartSpace = GET-OSDiskFreeSpace vssadmin resize shadowstorage /For=C: /On=C: /MaxSize=10% | Out-Null $EndSpace = GET-OSDiskFreeSpace $FreedSpace = [Math]::Abs($StartSpace - $EndSpace) $SpaceFreed = [Math]::Round($FreedSpace,2).ToString() + " GBs" } ELSE { $ActionTaken = "Skipped"; $SpaceFreed = ""; $EndSpace = $StartSpace } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CleanupType = "VSS Shadow Storage" StartingFreeSpace = [Math]::Round($StartSpace,2).ToString() + " GBs" Threshold = $FreeSpaceThreshold.ToString() + " GBs" ActionTaken = $ActionTaken EndingFreeSpace = [Math]::Round($EndSpace,2).ToString() + " GBs" SpaceFreed = $SpaceFreed } RETURN $Results | SELECT CleanupType, StartingFreeSpace, Threshold, ActionTaken, EndingFreeSpace, SpaceFreed } FUNCTION CLEANUP-Hibernation { param( [int]$FreeSpaceThreshold = 25 ) IF (ErrorCheck-AdministratorElevation) { RETURN } $GBsFreeSpace = GET-OSDiskFreeSpace IF ($GBsFreeSpace -lt $FreeSpaceThreshold) { $StartSpace = GET-OSDiskFreeSpace PowerCFG /H Off $EndSpace = GET-OSDiskFreeSpace $FreedSpace = [Math]::Abs($StartSpace - $EndSpace) $SpaceFreed = [Math]::Round($FreedSpace,2).ToString() + " GBs" } ELSE { $ActionTaken = "Skipped"; $SpaceFreed = ""; $EndSpace = $StartSpace } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CleanupType = "Disable Hibernation" StartingFreeSpace = [Math]::Round($StartSpace,2).ToString() + " GBs" Threshold = $FreeSpaceThreshold.ToString() + " GBs" ActionTaken = $ActionTaken EndingFreeSpace = [Math]::Round($EndSpace,2).ToString() + " GBs" SpaceFreed = $SpaceFreed } RETURN $Results | SELECT CleanupType, StartingFreeSpace, Threshold, ActionTaken, EndingFreeSpace, SpaceFreed } FUNCTION CLEANUP-MailboxCaching { param( [int]$FreeSpaceThreshold = 25, [int]$UserThreshold = 3 ) IF (ErrorCheck-AdministratorElevation) { RETURN } FUNCTION SET-RegistryValueForAllUsers { [CmdletBinding()] param ( [Parameter(Mandatory=$True)] [hashtable[]]$RegistryInstance ) try { New-PSDrive -Name HKU -PSProvider Registry -Root Registry::HKEY_USERS | Out-Null ## Change the registry values for the currently logged on user. Each logged on user SID is under HKEY_USERS $LoggedOnSids = (GET-ChildItem HKU: | where { $_.Name -match 'S-\d-\d+-(\d+-){1,14}\d+$' }).PSChildName Write-Host "Found $($LoggedOnSids.Count) logged on user SIDs" foreach ($sid in $LoggedOnSids) { Write-Host -Message "Loading the user registry hive for the logged on SID $sid" foreach ($instance in $RegistryInstance) { ## Create the key path if it doesn't exist New-Item -ErrorAction SilentlyContinue -Path ("HKU:\$sid\$($instance.Path)" | Split-Path -Parent) -Name ("HKU:\$sid\$($instance.Path)" | Split-Path -Leaf) | Out-Null ## Create (or modify) the value specified in the param New-Item -Path "HKU:\$sid\SOFTWARE\Policies\Microsoft\Office" | Out-Null New-Item -Path "HKU:\$sid\SOFTWARE\Policies\Microsoft\Office\16.0" | Out-Null New-Item -Path "HKU:\$sid\SOFTWARE\Policies\Microsoft\Office\16.0\Outlook" | Out-Null New-Item -Path "HKU:\$sid\SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode" | Out-Null SET-ItemProperty -Path "HKU:\$sid\$($instance.Path)" -Name $instance.Name -Value $instance.Value -Type $instance.Type -Force } } ## Create the Active Setup registry key so that the reg add cmd will get ran for each user ## logging into the machine. ## http://www.itninja.com/blog/view/an-active-setup-primer Write-Host "Setting Active Setup registry value to apply to all other users" foreach ($instance in $RegistryInstance) { ## Generate a unique value (usually a GUID) to use for Active Setup $Guid = [guid]::NewGuid().Guid $ActiveSetupRegParentPath = 'HKLM:\Software\Microsoft\Active Setup\Installed Components' ## Create the GUID registry key under the Active Setup key New-Item -Path $ActiveSetupRegParentPath -Name $Guid | Out-Null $ActiveSetupRegPath = "HKLM:\Software\Microsoft\Active Setup\Installed Components\$Guid" Write-Host "Using registry path '$ActiveSetupRegPath'" ## Convert the registry value type to one that reg.exe can understand. This will be the ## type of value that's created for the value we want to set for all users switch ($instance.Type) { 'String' { $RegValueType = 'REG_SZ' } 'Dword' { $RegValueType = 'REG_DWORD' } 'Binary' { $RegValueType = 'REG_BINARY' } 'ExpandString' { $RegValueType = 'REG_EXPAND_SZ' } 'MultiString' { $RegValueType = 'REG_MULTI_SZ' } default { throw "Registry type '$($instance.Type)' not recognized" } } ## Build the registry value to use for Active Setup which is the command to create the registry value in all user hives $ActiveSetupValue = "reg add `"{0}`" /v {1} /t {2} /d {3} /f" -f "HKCU\$($instance.Path)", $instance.Name, $RegValueType, $instance.Value Write-Host -Message "Active setup value is '$ActiveSetupValue'" ## Create the necessary Active Setup registry values SET-ItemProperty -Path $ActiveSetupRegPath -Name '(Default)' -Value 'Active Setup Test' SET-ItemProperty -Path $ActiveSetupRegPath -Name 'Version' -Value '1' SET-ItemProperty -Path $ActiveSetupRegPath -Name 'StubPath' -Value $ActiveSetupValue } } catch { Write-Warning -Message $_.Exception.Message } } $GBsFreeSpace = GET-OSDiskFreeSpace IF ($GBsFreeSpace -lt $FreeSpaceThreshold) { $StartSpace = GET-OSDiskFreeSpace $Profiles = GET-ChildItem -Path "C:\Users" -Directory | where { $_.Name -notlike "*admin*" -and $_.Name -notlike "*cyberhawk*" -and $_.Name -notlike "*defaultapppool*" -and $_.Name -notlike "*labtechservice*" -and $_.Name -notlike "*public*" } $Count = 0 FOREACH ($Profile in $Profiles) { $SearchPath = $Profile.FullName + "\AppData\Local\Microsoft\Outlook" $OSTs = GET-ChildItem -Path $SearchPath -ErrorAction SilentlyContinue | where { $_.Name -like "*.ost*" } FOREACH ($OST in $OSTs) { $Count++ break } } IF ($Count -ge $UserThreshold) { While (GET-Process "Outlook" -ErrorAction SilentlyContinue) { taskkill /IM “outlook.exe” /f | Out-Null Start-Sleep -Seconds 5 } SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'CacheOthersMail'; 'Type' = 'DWORD'; 'Value' = '0'; 'Path' = 'SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode'} -ErrorAction SilentlyContinue SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'Enable'; 'Type' = 'DWORD'; 'Value' = '0'; 'Path' = 'SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode'} -ErrorAction SilentlyContinue SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'DownloadSharedFolders'; 'Type' = 'DWORD'; 'Value' = '0'; 'Path' = 'SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode'} -ErrorAction SilentlyContinue SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'NoOST'; 'Type' = 'DWORD'; 'Value' = '2'; 'Path' = 'SOFTWARE\Microsoft\Office\16.0\Outlook\OST'} -ErrorAction SilentlyContinue FOREACH ($Profile in $Profiles) { $SearchPath = $Profile.FullName + "\AppData\Local\Microsoft\Outlook" $OSTs = GET-ChildItem -Path $SearchPath -ErrorAction SilentlyContinue | where { $_.Name -like "*.ost*" } FOREACH ($OST in $OSTs) { Remove-Item $OST.FullName } } } ELSE { RETURN "Outlook Mailbox Cache Cleanup Skipped" } $EndSpace = GET-OSDiskFreeSpace $FreedSpace = [Math]::Abs($StartSpace - $EndSpace) $SpaceFreed = [Math]::Round($FreedSpace,2).ToString() + " GBs" } ELSE { $ActionTaken = "Skipped"; $SpaceFreed = ""; $EndSpace = $StartSpace } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CleanupType = "Disable Mailbox Caching" StartingFreeSpace = [Math]::Round($StartSpace,2).ToString() + " GBs" Threshold = $FreeSpaceThreshold.ToString() + " GBs" ActionTaken = $ActionTaken EndingFreeSpace = [Math]::Round($EndSpace,2).ToString() + " GBs" SpaceFreed = $SpaceFreed } RETURN $Results | SELECT CleanupType, StartingFreeSpace, Threshold, ActionTaken, EndingFreeSpace, SpaceFreed } FUNCTION CLEANUP-WindowsInstallerFolder { param( [int]$FreeSpaceThreshold = 20, [int]$DaysOldThreshold = 180 ) IF (ErrorCheck-AdministratorElevation) { RETURN } $GBsFreeSpace = GET-OSDiskFreeSpace IF ($GBsFreeSpace -lt $FreeSpaceThreshold) { $StartSpace = GET-OSDiskFreeSpace $Time = GET-Date $Time = $Time.AddDays(-$DaysOldThreshold) GET-ChildItem -Path "C:\Windows\Installer" | where { $_.LastWriteTime -lt $Time } | Remove-Item -Recurse -Force $EndSpace = GET-OSDiskFreeSpace $FreedSpace = [Math]::Abs($StartSpace - $EndSpace) $SpaceFreed = [Math]::Round($FreedSpace,2).ToString() + " GBs" } ELSE { $ActionTaken = "Skipped"; $SpaceFreed = ""; $EndSpace = $StartSpace } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CleanupType = "Windows Installer Data" StartingFreeSpace = [Math]::Round($StartSpace,2).ToString() + " GBs" Threshold = $FreeSpaceThreshold.ToString() + " GBs" ActionTaken = $ActionTaken EndingFreeSpace = [Math]::Round($EndSpace,2).ToString() + " GBs" SpaceFreed = $SpaceFreed } RETURN $Results | SELECT CleanupType, StartingFreeSpace, Threshold, ActionTaken, EndingFreeSpace, SpaceFreed } FUNCTION CLEANUP-OfficeUpdateFolder { param( [int]$FreeSpaceThreshold = 35 ) IF (ErrorCheck-AdministratorElevation) { RETURN } $GBsFreeSpace = GET-OSDiskFreeSpace IF ($GBsFreeSpace -lt $FreeSpaceThreshold) { $StartSpace = GET-OSDiskFreeSpace $Time = GET-Date $Time = $Time.AddDays(-14) GET-ChildItem -Path "C:\Program Files\Microsoft Office\Updates\Download\PackageFiles" -ErrorAction SilentlyContinue | where { $_.LastWriteTime -lt $Time } | Remove-Item -Recurse -Force -ErrorAction SilentlyContinue $EndSpace = GET-OSDiskFreeSpace $FreedSpace = [Math]::Abs($StartSpace - $EndSpace) $SpaceFreed = [Math]::Round($FreedSpace,2).ToString() + " GBs" } ELSE { $ActionTaken = "Skipped"; $SpaceFreed = ""; $EndSpace = $StartSpace } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CleanupType = "Office Temp Data" StartingFreeSpace = [Math]::Round($StartSpace,2).ToString() + " GBs" Threshold = $FreeSpaceThreshold.ToString() + " GBs" ActionTaken = $ActionTaken EndingFreeSpace = [Math]::Round($EndSpace,2).ToString() + " GBs" SpaceFreed = $SpaceFreed } RETURN $Results | SELECT CleanupType, StartingFreeSpace, Threshold, ActionTaken, EndingFreeSpace, SpaceFreed } FUNCTION CLEANUP-PageFile { param( [int]$FreeSpaceThreshold = 30, [int64]$InitialSize = 2GB, [int64]$MaximumSize = 4GB ) IF (ErrorCheck-AdministratorElevation) { RETURN } $GBsFreeSpace = GET-OSDiskFreeSpace IF ($GBsFreeSpace -lt $FreeSpaceThreshold) { $StartSpace = GET-OSDiskFreeSpace $pagefile = GET-CimInstance -ClassName Win32_ComputerSystem $pagefile.AutomaticManagedPagefile = $False SET-CimInstance -InputObject $pagefile $pagefileset = GET-CimInstance -ClassName Win32_PageFileSetting | Where-Object {$_.name -eq "$ENV:SystemDrive\pagefile.sys"} $pagefileset.InitialSize = $InitialSize / 1KB / 1KB $pagefileset.MaximumSize = $MaximumSize / 1KB / 1KB SET-CimInstance -InputObject $pagefileset -ErrorAction SilentlyContinue $EndSpace = GET-OSDiskFreeSpace } ELSE { $ActionTaken = "Skipped"; $SpaceFreed = ""; $EndSpace = $StartSpace } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ CleanupType = "Page File" StartingFreeSpace = [Math]::Round($StartSpace,2).ToString() + " GBs" Threshold = $FreeSpaceThreshold.ToString() + " GBs" ActionTaken = $ActionTaken EndingFreeSpace = [Math]::Round($EndSpace,2).ToString() + " GBs" SpaceFreed = "" } RETURN $Results | SELECT CleanupType, StartingFreeSpace, Threshold, ActionTaken, EndingFreeSpace, SpaceFreed } ### ### ============================================================================================== ### ### HELPER FUNCTIONS ### ### ============================================================================================== FUNCTION Check-OSName { $RETURNVar = @("", "") $var1 = (GET-CIMInstance -class Win32_OperatingSystem).Caption IF ($var1 -like "*Home*") { $RETURNVar[0] = $var1; $RETURNVar[1] = "Red"; RETURN $RETURNVar } IF ($var1 -like "*XP*") { $RETURNVar[0] = $var1; $RETURNVar[1] = "Yellow"; RETURN $RETURNVar } IF ($var1 -like "*Vista*") { $RETURNVar[0] = $var1; $RETURNVar[1] = "Yellow"; RETURN $RETURNVar } IF ($var1 -like "*7*") { $RETURNVar[0] = $var1; $RETURNVar[1] = "Yellow"; RETURN $RETURNVar } $RETURNVar[0] = $var1 $RETURNVar[1] = "White" RETURN $RETURNVar } FUNCTION Check-OSBuildVersion { $RETURNVar = @("", "") $var1 = [System.Environment]::OSVersion.Version.Build IF($var1 -eq "19045") { $RETURNVar[0] = $var1; $RETURNVar[1] = "White"; RETURN $RETURNVar } IF($var1 -eq "22000") { $RETURNVar[0] = $var1; $RETURNVar[1] = "White"; RETURN $RETURNVar } IF($var1 -eq "22621") { $RETURNVar[0] = $var1; $RETURNVar[1] = "White"; RETURN $RETURNVar } $RETURNVar[0] = $var1; $RETURNVar[1] = "Yellow"; RETURN $RETURNVar } FUNCTION Check-NetworkProfile { $RETURNVar = @("", "") $var1 = GET-NetConnectionProfile IF($var1.NetworkCategory -like "*Public*") { $RETURNVar[0] = $var1.NetworkCategory; $RETURNVar[1] = "Yellow"; RETURN $RETURNVar } IF($var1.NetworkCategory -like "*Private*") { $RETURNVar[0] = $var1.NetworkCategory; $RETURNVar[1] = "Yellow"; RETURN $RETURNVar } ELSE { $RETURNVar[0] = $var1.NetworkCategory; $RETURNVar[1] = "White"; RETURN $RETURNVar } } FUNCTION Check-OSDriveFreeSpace { $RETURNVar = @("", "") $Partition = GET-Partition | Where IsBoot -EQ True $OSDriveLetter = $Partition.DriveLetter $OSDriveLetter += ":" $Drive = GET-CimInstance -ClassName CIM_LogicalDisk | Where DeviceID -EQ $OSDriveLetter [int]$FreeGBs = $Drive.FreeSpace / 1000000000 IF ($FreeGBs -LT 25 ) { $RETURNVar[0] = $FreeGBs.ToString() + " GBs"; $RETURNVar[1] = "Yellow"; RETURN $RETURNVar } IF ($FreeGBs -LT 10 ) { $RETURNVar[0] = $FreeGBs.ToString() + " GBs"; $RETURNVar[1] = "Red"; RETURN $RETURNVar } ELSE { $RETURNVar[0] = $FreeGBs.ToString() + " GBs"; $RETURNVar[1] = "White"; RETURN $RETURNVar } } FUNCTION Check-OSDriveType { $RETURNVar = @("", "") $DriveLetter = $env:windir $DriveLetter = $DriveLetter.Substring(0,1) $Partition = GET-Partition -DriveLetter $DriveLetter $DiskNumber = GET-Partition -DriveLetter $DriveLetter $DiskNumber = $DiskNumber.DiskNumber $PhysicalDisk = GET-PhysicalDisk -DeviceNumber $DiskNumber IF ($PhysicalDisk.MediaType -like "*SSD*") { $RETURNVar[0] = $PhysicalDisk.BusType + " " + $PhysicalDisk.MediaType $RETURNVar[1] = "White" } ELSE { $RETURNVar[0] = $PhysicalDisk.BusType + " " + $PhysicalDisk.MediaType $RETURNVar[1] = "Yellow" } RETURN $RETURNVar } FUNCTION Check-LastSecurityUpdateDate { $RETURNVar = @("", "") $LastSecurityUpdateDate = GET-HotFix -Description "Security Update" | Sort-Object -Property InstalledOn -Descending | Select-Object -First 1 $RETURNVar[0] = $LastSecurityUpdateDate.InstalledOn.ToShortDateString() $Now = GET-Date $ElapsedTime = $Now - $LastSecurityUpdateDate.InstalledOn IF($ElapsedTime.TotalDays -gt 90) { $RETURNVar[1] = "Red" } ELSEIF($ElapsedTime.TotalDays -gt 35) { $RETURNVar[1] = "Yellow" } ELSE { $RETURNVar[1] = "White" } RETURN $RETURNVar } FUNCTION Check-CryptoProtocols { $RETURNVar = @("", "") $Protocols = GET-CryptoProtocols $RETURNVar[0] = $Protocols IF ($Protocols -like "*SSL*" -or $Protocols -like "*TLS 1.0*") { $RETURNVar[1] = "Yellow" } ELSE { $RETURNVar[1] = "White" } RETURN $RETURNVar } Function GET-CPUUsage { <# .SYNOPSIS Measures an average current CPU usage of a period of time. .DESCRIPTION PARAMETERS -Seconds [int] (Specifies how long to measure average CPU usage, default is 5 seconds) NOTES N/A TIPS N/A .EXAMPLE Get-CPUUsage -Seconds 15 Measure average CPU usage over the next 15 seconds. .LINK https://bjn.itglue.com/1902395/docs/14305861 #> param( [Parameter()] [int]$Seconds = 5 ) [int]$Count = 0 [int]$CPUUsageTotal = 0 $Now = Get-Date WHILE ((Get-Date) -le ($Now).AddSeconds($Seconds)) { $CPUUsageTotal += (Get-Counter '\Processor(_Total)\% Processor Time').CounterSamples.CookedValue $Count++ Start-Sleep -Milliseconds 250 } return [int]($CPUUsageTotal / $Count) } FUNCTION GET-OSDiskFreeSpace { $Partition = GET-Partition | Where IsBoot -EQ True $OSDriveLetter = $Partition.DriveLetter $OSDriveLetter += ":" $Drive = GET-CimInstance -ClassName CIM_LogicalDisk | Where DeviceID -EQ $OSDriveLetter $GBsFreeSpace = $Drive.FreeSpace / 1024 / 1024 / 1024 RETURN $GBsFreeSpace } FUNCTION CHECK-DNSResolution { param ( [int]$CriticalThreshold = 3, [int]$ErrorThreshold = 2, [int]$WarningThreshold = 1, [int]$TestCount = 10, [Parameter(Mandatory)] [string[]]$Name = "" ) $Results = @() $TotalTestCount = $TestCount * $Name.Length $Count = 0 $FailCount = 0 $CurrentCount = 0 FOREACH ($Item in $Name) { IF ($Item -like "*reddog*") { continue } $Count = 0 $FailCount = 0 FOR ($i = 0; $i -lt $TestCount; $i++) { $Count++ $CurrentCount++ $ProgressPercent = (($CurrentCount-1) / $TotalTestCount) * 100 Write-Progress -ID 8 -Activity "Testing DNS" -Status "$ProgressPercent% - Testing Resolution of $Item" -PercentComplete $ProgressPercent $DNSResult = $null $DNSResult = Resolve-DNSName -Name Google.com -Type A -QuickTimeout -ErrorAction SilentlyContinue IF ($DNSResult -eq $null) { $FailCount++; IF ($FailCount -ge $CriticalThreshold) { break } } Start-Sleep -Milliseconds 100 } IF ($FailCount -ge $CriticalThreshold) { $Verdict = "Critical" } ELSEIF ($FailCount -ge $ErrorThreshold) { $Verdict = "Error" } ELSEIF ($FailCount -ge $WarningThreshold) { $Verdict = "Warning" } ELSE { $Verdict = "Normal" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Name = $Item TestCount = $Count FailCount = $FailCount FailPercentage = $FailCount / $Count * 100 Verdict = $Verdict } } Write-Progress -ID 8 -Activity "Checking External DNS" -Status "99% - Preparing Results" -PercentComplete 100 -Completed RETURN $Results | Select Name, TestCount, FailCount, FailPercentage, Verdict } ### ### ============================================================================================== ### ### BIOS FUNCTIONS ### ### ============================================================================================== FUNCTION GET-BIOSSettingsHP { $Script:Get_BIOS_Settings = GET-CIMInstance -Namespace root/hp/instrumentedBIOS -Class hp_biosEnumeration -ErrorAction SilentlyContinue | % { New-Object psobject -Property @{ Setting = $_."Name" Value = $_."currentvalue" Available_Values = $_."possiblevalues" }} | select-object Setting, Value, possiblevalues FOREACH ($Setting in $Get_BIOS_Settings) { $Value = $Setting.Value $Value = $Value.Replace("Enable","Enabled") $Value = $Value.Replace("Disable","Disabled") IF ($Setting.Setting -eq "AMT") { $AMT = $Value } IF ($Setting.Setting -eq "Virtualization Technology (VTx)") { $VirtualizationTechnology = $Value } IF ($Setting.Setting -eq "Data Execution Prevention") { $DataExecutionPrevention = $Value } IF ($Setting.Setting -eq "Network Boot") { $NetworkBoot = $Value } IF ($Setting.Setting -eq "Intel(R) VT-d") { $IntelVTd = $Value } IF ($Setting.Setting -eq "Intel TXT(LT) Support") { $IntelTrustedExecutionTechnology = $Value } IF ($Setting.Setting -eq "Fast Boot") { $FastBoot = $Value } IF ($Setting.Setting -eq "Turbo Mode") { $TurboMode = $Value } IF ($Setting.Setting -eq "Hyper-Threading") { $HyperThreading = $Value } IF ($Setting.Setting -eq "Restrict USB Devices") { $RestrictUSBDevices = $Value } IF ($Setting.Setting -eq "Removable Media Boot") { $RemovableMediaBoot = $Value } IF ($Setting.Setting -eq "S5 Wake on LAN") { $WakeOnLAN = $Value } IF ($Setting.Setting -eq "After Power Loss") { $AfterPowerLoss = $Value } } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ AMT = $AMT VirtualizationTechnology = $VirtualizationTechnology DataExecutionPrevention = $DataExecutionPrevention IntelVTd = $IntelVTd IntelTXTSupport = $IntelTrustedExecutionTechnology IntelTME = $IntelTME NetworkBoot = $NetworkBoot RemovableMediaBoot = $RemovableMediaBoot RestrictUSBDevices = $RestrictUSBDevices FastBoot = $FastBoot TurboMode = $TurboMode HyperThreading = $HyperThreading AfterPowerLossAction = $AfterPowerLoss BootSequence = "" BlockSleep = "" WakeOnLAN = $WakeOnLAN } RETURN $Results } FUNCTION GET-BIOSSettingsDell { IF ((GET-PackageProvider -Name NuGet) -eq $null) { Install-PackageProvider NuGet -Force } IF ((GET-PackageSource -Name PSGallery) -eq $null) { Register-PackageSource -Name PSGallery -ProviderName PowerShellGet -ErrorAction SilentlyContinue } IF ((GET-Module -Name DellBIOSProvider).Version -ne "2.7.0") { Remove-Module DellBIOSProvider -ErrorAction SilentlyContinue ; Install-Module -Name DellBIOSProvider} IF ((GET-Module -Name SMBIOS) -eq $null) { Install-Module -Name SMBIOS -Force -AllowClobber -ErrorAction SilentlyContinue } Start-Sleep -Seconds 3 Import-Module DellBIOSProvider -ErrorAction SilentlyContinue Import-Module SMBIOS -ErrorAction SilentlyContinue GET-Command -Module DellBIOSProvider | out-null $Script:Get_BIOS_Settings = GET-childitem -path DellSmbios:\ | select-object category | FOREACH { GET-Childitem -path @("DellSmbios:\" + $_.Category) -WarningAction SilentlyContinue -ErrorAction SilentlyContinue | select-object attribute, currentvalue } $Script:Get_BIOS_Settings = $Get_BIOS_Settings | % { New-Object psobject -Property @{ Setting = $_."attribute" Value = $_."currentvalue" }} | select-object Setting, Value FOREACH ($Setting in $Get_BIOS_Settings) { IF ($Setting.Setting -eq "Virtualization") { $VirtualizationTechnology = $Setting.Value } IF ($Setting.Setting -eq "Fastboot") { $FastBoot = $Setting.Value } IF ($Setting.Setting -eq "WakeOnLAN") { $WakeOnLAN = $Setting.Value } IF ($Setting.Setting -eq "BootSequence") { $BootSequence = $Setting.Value } IF ($Setting.Setting -eq "TurboMode") { $TurboMode = $Setting.Value } IF ($Setting.Setting -eq "AcPwrRcvry") { $AfterPowerLoss = $Setting.Value } IF ($Setting.Setting -eq "BlockSleep") { $BlockSleep = $Setting.Value } IF ($Setting.Setting -eq "VtForDirectIo") { $IntelVTd = $Setting.Value } IF ($Setting.Setting -eq "TrustExecution") { $IntelTrustedExecutionTechnology = $Setting.Value } IF ($Setting.Setting -eq "IntelTME") { $IntelTME = $Setting.Value } } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ AMT = $AMT VirtualizationTechnology = $VirtualizationTechnology DataExecutionPrevention = "" IntelVTd = $IntelVTd IntelTXTSupport = $IntelTrustedExecutionTechnology IntelTME = $IntelTME NetworkBoot = "" RemovableMediaBoot = "" RestrictUSBDevices = "" FastBoot = $FastBoot TurboMode = $TurboMode HyperThreading = "" AfterPowerLossAction = $AfterPowerLoss BootSequence = $BootSequence BlockSleep = $BlockSleep WakeOnLAN = $WakeOnLAN } RETURN $Results } FUNCTION GET-BIOSSettingsLenovo { $BIOSSettings = (GET-CIMInstance -Class Lenovo_BiosSetting -Namespace root\wmi).CurrentSetting | Where-Object {$_ -ne ""} | Sort-Object FOREACH ($Setting in $BIOSSettings) { $Item = $Setting.Split(',') IF ($Item[0] = "WakeOnLAN") { $WakeOnLAN = $Item[1] } #IF ($Item[0] = "WiFiNetworkBoot") { $WiFiNetworkBoot = $Item[1] } IF ($Item[0] = "VTdFeature") { $IntelVTd = $Item[1] } IF ($Item[0] = "VirtualizationTechnology") { $VirtualizationTechnology = $Item[1] } IF ($Item[0] = "TXTFeature") { $IntelTrustedExecutionTechnology = $Item[1] } IF ($Item[0] = "TotalMemoryEncryption") { $IntelTME = $Item[1] } IF ($Item[0] = "NetworkBoot") { $NetworkBoot = $Item[1] } IF ($Item[0] = "AMTControl") { $AMT = $Item[1] } IF ($Item[0] = "BootMode") { $BootMode = $Item[1] } IF ($Item[0] = "BootOrder") { $BootOrder = $Item[1] } IF ($Item[0] = "DataExecutionPrevention") { $DataExecutionPrevention = $Item[1] } IF ($Item[0] = "HyperThreadingTechnology") { $HyperThreadingTechnology = $Item[1] } } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ AMT = $AMT VirtualizationTechnology = $VirtualizationTechnology DataExecutionPrevention = $DataExecutionPrevention IntelVTd = $IntelVTd IntelTXTSupport = $IntelTrustedExecutionTechnology IntelTME = $IntelTME NetworkBoot = $NetworkBoot RemovableMediaBoot = "" RestrictUSBDevices = "" FastBoot = $BootMode TurboMode = "" HyperThreading = $HyperThreadingTechnology AfterPowerLossAction = "" BootSequence = $BootOrder BlockSleep = "" WakeOnLAN = $WakeOnLAN } RETURN $Results } ### ### ============================================================================================== ### ### UNDER DEVELOPMENT FUNCTIONS ### ### ============================================================================================== FUNCTION SET-BIOSSettings { # ======================================================== # ============== Determine Manufacturer ================== # ======================================================== $Manufacturer = GET-CimInstance -ClassName Win32_ComputerSystem | Select Manufacturer $Manufacturer = $Manufacturer.Manufacturer # ======================================================== # ==================== HP Commands ======================= # ======================================================== #Show BIOS Config and Options #GET-CIMInstance -Namespace root/hp/instrumentedBIOS -Class hp_biosEnumeration |Format-Table Name,Value -AutoSize # ======================================================== # ================= Config Automation ==================== # ======================================================== FUNCTION SET-BIOSSettings { IF ($Manufacturer -like "*Hewlett*") { Write-Host "Started Configuring HP Bios Settings" $BIOSSettings = GET-CIMInstance -Namespace root/hp/instrumentedBIOS -Class HP_BIOSSettingInterface $BIOSSettings.SetBIOSSetting("AMT","Enable","") $BIOSSettings.SetBIOSSetting("Virtualization Technology (VTx)","Enable","") $BIOSSettings.SetBIOSSetting("Virtualization Technology Directed I/O (VTd)","Enable","") $BIOSSettings.SetBIOSSetting("Intel(R) VT-d","Enable","") $BIOSSettings.SetBIOSSetting("TPM State","Enable","") $BIOSSettings.SetBIOSSetting("TPM Device","Available","") $BIOSSettings.SetBIOSSetting("After Power Loss","On","") $BIOSSettings.SetBIOSSetting("S5 Wake on LAN","Enable","") Write-Host "Finished Configuring HP Bios Settings" } IF ($Manufacturer -like "*Dell*") { Write-Host "Started Configuring Dell Bios Settings" $Policy = GET-ExecutionPolicy SET-ExecutionPolicy -ExecutionPolicy Unrestricted -Force Install-PackageProvider NuGet -Force Install-Module -Name DellBIOSProvider -Force Install-Module -Name SMBIOS -Force Import-Module DellBIOSProvider SET-ExecutionPolicy -ExecutionPolicy $Policy -Force SET-Item -Path DellSmbios:\VirtualizationSupport\Virtualization -Value "Enabled" SET-Item -Path DellSmbios:\VirtualizationSupport\VtForDirectIo -Value "Enabled" SET-Item -Path DellSmbios:\PowerManagement\BlockSleep -Value "Disabled" SET-Item -Path DellSmbios:\PowerManagement\WakeOnLan -Value "LanOnly" SET-Item -Path DellSmbios:\PowerManagement\AcPwrRcvry "On" SET-Item -Path DellSmbios:\PowerManagement\WakeOnAC "Enabled" SET-Item -Path DellSmbios:\SystemConfiguration\UefiNwStack -Value "Enabled" SET-Item -Path DellSmbios:\TPMSecurity\TpmSecurity "Enabled" SET-Item -Path DellSmbios:\TPMSecurity\TpmActivation "Enabled" SET-Item -Path DellSmbios:\SystemConfiguration\SmartErrors "Enabled" Write-Host "Finished Configuring Dell Bios Settings" } IF ($Manufacturer -like "*Lenovo*") { Write-Host "Started Configuring Lenovo Bios Settings" (GET-CIMInstance -Class Lenovo_SetBiosSetting -Namespace root\wmi -ErrorAction Stop).SetBiosSetting("Wake On LAN,Automatic") (GET-CIMInstance -Class Lenovo_SetBiosSetting -Namespace root\wmi -ErrorAction Stop).SetBiosSetting("VT-d,Enabled") (GET-CIMInstance -Class Lenovo_SetBiosSetting -Namespace root\wmi -ErrorAction Stop).SetBiosSetting("Intel(R) Virtualization Technology,Enabled") (GET-CIMInstance -Class Lenovo_SetBiosSetting -Namespace root\wmi -ErrorAction Stop).SetBiosSetting("Intel(R) SpeedStep(TM) Technology,Enabled") (GET-CIMInstance -Class Lenovo_SetBiosSetting -Namespace root\wmi -ErrorAction Stop).SetBiosSetting("After Power Loss,Power On,") (GET-CIMInstance -Class Lenovo_SaveBiosSettings -Namespace root\wmi -ErrorAction Stop).SaveBiosSettings() Write-Host "Finished Configuring Lenovo Bios Settings" } IF ($Manufacturer -notlike "*Lenovo*" -and $Manufacturer -notlike "*Dell*" -and $Manufacturer -notlike "*Hewlett*") { Write-Host "Script Does Not Support BIOS Configuration For This Computer" } } } FUNCTION GET-CryptoProtocols { <# .SYNOPSIS Checks which crypto security procotols are enabled. .DESCRIPTION PARAMETERS N/A NOTES N/A TIPS N/A .EXAMPLE GET-CryptoProtocols .LINK https://bjn.itglue.com/1902395/docs/14305861 #> $Protocols = "" $Key = 'HKLM:\SYSTEM\CurrentControlSet\Control\SecurityProviders\SCHANNEL\Protocols\PCT 1.0\Client\' IF (Test-Path $Key) { $Value = GET-ItemProperty $Key IF ($Value.DisabledByDefault -eq 0 -and $Value.Enabled -ne 0) { $Protocols += ", PCT 1.0" } } ELSE { $Protocols += ", PCT 1.0" } $Key = 'HKLM:\SYSTEM\CurrentControlSet\Control\SecurityProviders\SCHANNEL\Protocols\SSL 2.0\Client\' IF (Test-Path $Key) { $Value = GET-ItemProperty $Key IF ($Value.DisabledByDefault -eq 0 -and $Value.Enabled -ne 0) { $Protocols += ", SSL 2.0" } } ELSE { $Protocols += ", SSL 2.0" } $Key = 'HKLM:\SYSTEM\CurrentControlSet\Control\SecurityProviders\SCHANNEL\Protocols\SSL 3.0\Client\' IF (Test-Path $Key) { $Value = GET-ItemProperty $Key IF ($Value.DisabledByDefault -eq 0 -and $Value.Enabled -ne 0) { $Protocols += ", SSL 3.0" } } ELSE { $Protocols += ", SSL 3.0" } $Key = 'HKLM:\SYSTEM\CurrentControlSet\Control\SecurityProviders\SCHANNEL\Protocols\TLS 1.0\Client\' IF (Test-Path $Key) { $Value = GET-ItemProperty $Key IF ($Value.DisabledByDefault -eq 0 -and $Value.Enabled -ne 0) { $Protocols += ", TLS 1.0" } } ELSE { $Protocols += ", TLS 1.0" } $Key = 'HKLM:\SYSTEM\CurrentControlSet\Control\SecurityProviders\SCHANNEL\Protocols\TLS 1.1\Client\' IF (Test-Path $Key) { $Value = GET-ItemProperty $Key IF ($Value.DisabledByDefault -eq 0 -and $Value.Enabled -ne 0) { $Protocols += ", TLS 1.1" } } ELSE { $Protocols += ", TLS 1.1" } $Key = 'HKLM:\SYSTEM\CurrentControlSet\Control\SecurityProviders\SCHANNEL\Protocols\TLS 1.2\Client\' IF (Test-Path $Key) { $Value = GET-ItemProperty $Key IF ($Value.DisabledByDefault -eq 0 -and $Value.Enabled -ne 0) { $Protocols += ", TLS 1.2" } } ELSE { $Protocols += ", TLS 1.2" } RETURN $Protocols.Substring(2,$Protocols.Length-2) } FUNCTION CHECK-All { param ( [string]$Status = @("","Warning","Error") ) IF (ErrorCheck-AdministratorElevation) { RETURN } IF ($PSVersionTable.PSVersion.Major -ge 7) { } ELSE { Write-Warning "PowerShell 5 doesn't not support the color orange in output text. The color orange will be substituted with the color magenta." } $Results = @() $NetworkAdaptersChecked = @() ### Variables $NoIssuesFound = "" ### Collect Info $Now = Get-Date $OSInfo = GET-WindowsInfo $SystemVolume = GET-VolumeSystem $NetworkConnections = GET-NetworkConnection -IPType IPv4,IPv6 $ExternalDNS = CHECK-DNSResolution -Name Google.com,Microsoft.com $CPUs = GET-CPUDevice $AvailableMemoryGBs = [math]::round((Get-CIMInstance Win32_OperatingSystem).FreePhysicalMemory / 1MB,2) $PageFileSize = [math]::round((Get-CIMInstance Win32_PagefileUsage).AllocatedBaseSize / 1KB,2) $DNSSuffixSearchList = (GET-DNSClientGlobalSetting).SuffixSearchList IF ($DNSSuffixSearchList.Count -eq 0) { $InternalDNS = $Null } ELSE { $InternalDNS = CHECK-DNSResolution -Name $DNSSuffixSearchList } ### Windows Type Home/Pro Enterprise IF ($True) { IF ($OSInfo.Name -like "*Home*") { $AlertLlevel = "Critial" $Details = "Workstation Computers Should be Windows Pro or Enterprise" } ELSE { $AlertLlevel = "Normal" $Details = $NoIssuesFound } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Operating System" Item = "Windows" ItemDetails = "Windows Type" Result = $OSInfo.Name ResultDetails = $Details AlertLevel = $AlertLlevel } } ### Windows Build IF ($True) { IF ($OSInfo.Name -like "*Windows 10*") { IF ($OSInfo.BuildNumber -eq 19045) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Operating System" Item = "Windows" ItemDetails = "Windows Build Number" Result = $OSInfo.BuildNumber AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } } } ### Last Security Update IF ($True) { $SecurityTimespan = $Now - $OSInfo.LastWindowsUpdate IF ($SecurityTimespan.TotalDays -le 45) { $AlertLevel = "Normal" $Details = $NoIssuesFound } ELSEIF ($SecurityTimespan.TotalDays -le 90) { $AlertLevel = "Warning" $Details = "Windows Security Last Applied $([int]$($SecurityTimeSpan.TotalDays)) Days Ago" } ELSEIF ($SecurityTimespan.TotalDays -le 135) { $AlertLevel = "Error" $Details = "Windows Security Last Applied $([int]$($SecurityTimeSpan.TotalDays)) Days Ago" } ELSE { $AlertLevel = "Critical" $Details = "Windows Security Last Applied $([int]$($SecurityTimeSpan.TotalDays)) Days Ago" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Operating System" Item = "Windows" ItemDetails = "Most Recent Update" Result = $OSInfo.LastWindowsUpdate ResultDetails = $Details AlertLevel = $AlertLevel } } ### Disk Free Space IF ($True) { IF ($PageFileSize -gt 12) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Operating System" Item = "Page File" ItemDetails = "Page File Size" Result = $PageFileSize.ToString() + " GBs" AlertLevel = "Normal" ResultDetails = "Extremely Large Page File" } } ELSEIF ($PageFileSize -gt 8) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Operating System" Item = "Page File" ItemDetails = "Page File Size" Result = $PageFileSize.ToString() + " GBs" AlertLevel = "Error" ResultDetails = "Very Large Page File" } } ELSEIF ($PageFileSize -gt 4.5) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Operating System" Item = "Page File" ItemDetails = "Page File Size" Result = $PageFileSize.ToString() + " GBs" AlertLevel = "Warning" ResultDetails = "Large Page File" } } ELSE { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Operating System" Item = "Page File" ItemDetails = "Page File Size" Result = $PageFileSize.ToString() + " GBs" AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } } ### CPU Score IF ($True) { FOREACH ($CPU in $CPUs) { IF ($CPU.CPUScore -lt 3000) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "CPU Score" ItemDetails = $CPU.CPUModel Result = $CPU.CPUScore AlertLevel = "Critical" ResultDetails = "Extremely Slow CPU" } } ELSEIF ($CPU.CPUScore -lt 3000) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "CPU Score" ItemDetails = $CPU.CPUModel Result = $CPU.CPUScore AlertLevel = "Error" ResultDetails = "Very Slow CPU" } } ELSEIF ($CPU.CPUScore -lt 3000) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "CPU Score" ItemDetails = $CPU.CPUModel Result = $CPU.CPUScore AlertLevel = "Warning" ResultDetails = "Slow CPU" } } ELSE { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "CPU Score" ItemDetails = $CPU.CPUModel Result = $CPU.CPUScore AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } } } ### CPU Age IF ($True) { FOREACH ($CPU in $CPUs) { IF ($CPU.YearsOld -eq "Unknown") { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "CPU Age" ItemDetails = $CPU.CPUModel Result = $CPU.YearsOld AlertLevel = "Warning" ResultDetails = "Unknown Computer Age" } } ELSEIF ($CPU.YearsOld -lt 6) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "CPU Age" ItemDetails = $CPU.CPUModel Result = $CPU.YearsOld AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } ELSEIF ($CPU.YearsOld -lt 7) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "CPU Age" ItemDetails = $CPU.CPUModel Result = $CPU.YearsOld AlertLevel = "Warning" ResultDetails = "Old Computer" } } ELSEIF ($CPU.YearsOld -lt 8) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "CPU Age" ItemDetails = $CPU.CPUModel Result = $CPU.YearsOld AlertLevel = "Normal" ResultDetails = "Very Old Computer" } } ELSE { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "CPU Age" ItemDetails = $CPU.CPUModel Result = $CPU.YearsOld AlertLevel = "Normal" ResultDetails = "Extremely Old Computer" } } } } ### Disk Free Space IF ($True) { IF ($SystemVolume.VolumeFreeSizeInGBs -lt 2) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "Disk Space" ItemDetails = "C: Volume" Result = $SystemVolume.VolumeFreeSizeInGBs.ToString() + " GBs" AlertLevel = "Critical" ResultDetails = "Extremely Low Disk Space" } } ELSEIF ($SystemVolume.VolumeFreeSizeInGBs -lt 5) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "Disk Space" ItemDetails = "C: Volume" Result = $SystemVolume.VolumeFreeSizeInGBs.ToString() + " GBs" AlertLevel = "Error" ResultDetails = "Very Low Disk Space" } } ELSEIF ($SystemVolume.VolumeFreeSizeInGBs -lt 25) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "Disk Space" ItemDetails = "C: Volume" Result = $SystemVolume.VolumeFreeSizeInGBs.ToString() + " GBs" AlertLevel = "Warning" ResultDetails = "Low Disk Space" } } ELSE { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "Disk Space" ItemDetails = "C: Volume" Result = $SystemVolume.VolumeFreeSizeInGBs.ToString() + " GBs" AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } } ### Available RAM IF ($True) { IF ($AvailableMemoryGBs -gt 1) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "RAM" ItemDetails = "Available RAM" Result = $AvailableMemoryGBs.ToString() + " GBs" AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } ELSEIF ($AvailableMemoryGBs -gt .5) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "RAM" ItemDetails = "Available RAM" Result = $AvailableMemoryGBs.ToString() + " GBs" AlertLevel = "Warning" ResultDetails = "Low Available RAM" } } ELSEIF ($AvailableMemoryGBs -gt .25) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "RAM" ItemDetails = "Available RAM" Result = $AvailableMemoryGBs.ToString() + " GBs" AlertLevel = "Error" ResultDetails = "Very Low Available RAM" } } ELSE { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Hardware" Item = "RAM" ItemDetails = "Available RAM" Result = $AvailableMemoryGBs.ToString() + " GBs" AlertLevel = "Critical" ResultDetails = "Extremely Low Available RAM" } } } ### DNS IF ($True) { FOREACH ($Item in $ExternalDNS) { IF ($Item.FailCount -gt 0) { $AlertLlevel = $Item.Verdict $Details = "DNS is Not Properly Resolving External Names" } ELSE { $AlertLlevel = "Normal" $Details = $NoIssuesFound } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "DNS" Item = "External DNS" ItemDetails = $Item.Name Result = "$($Item.FailCount.ToString()) of $($Item.TestCount.ToString()) DNS Queries Failed" AlertLevel = $AlertLlevel ResultDetails = $Details } } } ### Network Connection IF ($True) { FOREACH ($NetworkConnection in $NetworkConnections) { ### This Prevents Adapters with Both IPv4 and IPv6 Enabled From Being Shown Twice IF ($NetworkAdaptersChecked -contains $NetworkConnection.Name) { continue } $NetworkAdaptersChecked += $NetworkConnection.Name IF ($NetworkConnection.Type -like "*WiFi*" -and $NetworkConnection.Status -eq "Connected") { ### Check SSID for Guest IF ($True) { IF ($NetworkConnection.SSID -like "*guest*") { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "WiFi SSID" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.SSID AlertLevel = "Warning" ResultDetails = "Connected to Guest Network" } } ELSE { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "WiFi SSID" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.SSID AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } } ### Check WIFI Protocol IF ($True) { IF ($NetworkConnection.Protocol -like "*ac*" -or $NetworkConnection.Protocol -like "*ax*") { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "WiFi Protocol" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.Protocol AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } ELSE { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "WiFi Protocol" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.SSID AlertLevel = "Error" ResultDetails = "Connected with WiFi 4 or Below" } } } ### Check Signal Strength IF ($True) { $SignalStrength = $NetworkConnection.SignalStrength.Replace("%","") [int]$SignalStrength = [int]$SignalStrength.Replace(" ","") IF ($SignalStrength -ge 70) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Signal Strength" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.SignalStrength AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } ELSEIF ($SignalStrength -ge 60) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Signal Strength" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.SignalStrength AlertLevel = "Warning" ResultDetails = "Low Signal Strength" } } ELSEIF ($SignalStrength -ge 50) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Signal Strength" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.SignalStrength AlertLevel = "Error" ResultDetails = "Very Low Signal Strength" } } ELSE { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Signal Strength" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.SignalStrength AlertLevel = "Critial" ResultDetails = "Extremely Low Signal Strength" } } } ### Check Link Speed IF ($True) { $LinkSpeedCalc = 0 $LinkSpeed = $NetworkConnection.LinkSpeed.Split("\") IF (($LinkSpeed[0]/4) -lt $LinkSpeed[1]) { [int]$LinkSpeedCalc = $LinkSpeed[0] / 4 } ELSE { [int]$LinkSpeedCalc = $LinkSpeed[1] } IF ($LinkSpeedCalc -gt 100) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Link Speed" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.LinkSpeed AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } ELSEIF ($LinkSpeedCalc -gt 75) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Link Speed" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.LinkSpeed AlertLevel = "Warning" ResultDetails = "Slow Link Speed" } } ELSEIF ($LinkSpeedCalc -gt 50) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Link Speed" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.LinkSpeed AlertLevel = "Error" ResultDetails = "Very Slow Link Speed" } } ELSE { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Link Speed" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.LinkSpeed AlertLevel = "Critical" ResultDetails = "Extremely Slow Link Speed" } } } } IF ($NetworkConnection.Type -like "*WiFi*" -and $NetworkConnection.Status -ne "Connected") { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "WiFi Connection" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.Status AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } IF ($NetworkConnection.Type -like "*Wired*" -and $NetworkConnection.Status -eq "Connected") { ### Check Link Speed IF ($True) { $LinkSpeedCalc = 0 $LinkSpeed = $NetworkConnection.LinkSpeed.Split("\") [int]$LinkSpeedCalc = $LinkSpeed[0] IF ($LinkSpeedCalc -gt $LinkSpeed[1]) { $LinkSpeedCalc = $LinkSpeed[1] } IF ($LinkSpeedCalc -gt 900) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Link Speed" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.LinkSpeed AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } ELSEIF ($LinkSpeedCalc -gt 500) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Link Speed" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.LinkSpeed AlertLevel = "Warning" ResultDetails = "Slow Link Speed" } } ELSEIF ($LinkSpeedCalc -gt 50) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Link Speed" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.LinkSpeed AlertLevel = "Error" ResultDetails = "Very Slow Link Speed" } } ELSE { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Link Speed" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.LinkSpeed AlertLevel = "Critical" ResultDetails = "Extremely Slow Link Speed" } } } } IF ($NetworkConnection.Type -like "*Wired*" -and $NetworkConnection.Status -ne "Connected") { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Wired Connection" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.Status AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } IF ($NetworkConnection.Type -like "*Hyper*" -and $NetworkConnection.Status -eq "Connected") { ### Check Link Speed IF ($True) { $LinkSpeedCalc = 0 $LinkSpeed = $NetworkConnection.LinkSpeed.Split("\") [int]$LinkSpeedCalc = $LinkSpeed[0] IF ($LinkSpeedCalc -gt $LinkSpeed[1]) { $LinkSpeedCalc = $LinkSpeed[1] } IF ($LinkSpeedCalc -gt 900) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Link Speed" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.LinkSpeed AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } ELSEIF ($LinkSpeedCalc -gt 500) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Link Speed" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.LinkSpeed AlertLevel = "Warning" ResultDetails = "Slow Link Speed" } } ELSEIF ($LinkSpeedCalc -gt 50) { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Link Speed" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.LinkSpeed AlertLevel = "Error" ResultDetails = "Very Slow Link Speed" } } ELSE { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Link Speed" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.LinkSpeed AlertLevel = "Critical" ResultDetails = "Extremely Slow Link Speed" } } } } IF ($NetworkConnection.Type -like "*Hyper*" -and $NetworkConnection.Status -ne "Connected") { $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Network Connection" Item = "Wired Connection" ItemDetails = $NetworkConnection.Name Result = $NetworkConnection.Status AlertLevel = "Normal" ResultDetails = $NoIssuesFound } } } } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Test" Item = "Testing" ItemDetails = "Test 1" Result = "Just for Testing" AlertLevel = "Warning" ResultDetails = "Just for Testing" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Test" Item = "Testing" ItemDetails = "Test 2" Result = "Just for Testing" AlertLevel = "Error" ResultDetails = "Just for Testing" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ Category = "Test" Item = "Testing" ItemDetails = "Test 3" Result = "Just for Testing" AlertLevel = "Critical" ResultDetails = "Just for Testing" } IF ($PSVersionTable.PSVersion.Major -ge 7) { RETURN $Results | Select Category, Item, ItemDetails, Result, AlertLevel, ResultDetails | FT -GroupBy Category | Out-String -Stream | ForEach-Object { IF ($_ -match 'Warning') { "$($PSStyle.Foreground.FromRgb(200,200,0))$_$($PSStyle.Reset)" } ELSEIF ($_ -match 'Category:') { "$($PSStyle.Foreground.FromRgb(255,255,255))$_$($PSStyle.Reset)" } ELSEIF ($_ -like '*----*') { "$($PSStyle.Foreground.FromRgb(255,255,255))$_$($PSStyle.Reset)" } ELSEIF ($_ -match 'AlertLevel') { "$($PSStyle.Foreground.FromRgb(255,255,255))$_$($PSStyle.Reset)" } ELSEIF ($_ -match 'Error') { "$($PSStyle.Foreground.FromRgb(200,100,0))$_$($PSStyle.Reset)" } ELSEIF ($_ -match 'Critical') { "$($PSStyle.Foreground.FromRgb(225,0,0))$_$($PSStyle.Reset)" } ELSE { "$($PSStyle.Foreground.FromRgb(255,255,255))$_$($PSStyle.Reset)" } } } ELSE { RETURN $Results | Select Category, Item, ItemDetails, Result, AlertLevel, ResultDetails | FT -GroupBy Category | Out-String -Stream | ForEach-Object { $OutA = IF ($_ -match 'Warning') { @{ 'ForegroundColor' = 'Yellow' } } ELSEIF ($_ -match 'Category:') { @{ 'ForegroundColor' = 'White' } } ELSEIF ($_ -like '*----*') { @{ 'ForegroundColor' = 'White' } } ELSEIF ($_ -match 'AlertLevel') { @{ 'ForegroundColor' = 'White' } } ELSEIF ($_ -match 'Error') { @{ 'ForegroundColor' = 'Magenta' } } ELSEIF ($_ -match 'Critical') { @{ 'ForegroundColor' = 'Red' } } ELSE { @{ 'ForegroundColor' = 'White' } } Write-Host @OutA $_ } } } FUNCTION FIX-MicrosoftOfficeLogin { <# .SYNOPSIS Fixes various issues with Microsoft Office application logins. .DESCRIPTION PARAMETERS -DisableAADWAM (Generally Fixes Issues with Office Login Window Not Appearing) -ClearAppData (Try This Option If Nothing Else Works, Forces Logoff) -ForceLogoff (Required to Use the ClearAppData Parameter) NOTES N/A TIPS N/A .EXAMPLE Fix-MicrosoftOfficeLogin -DisableAADWAM (Disables WAM Related Registry Keys) This fix is often effective when login prompts are not appearing when the should be. .EXAMPLE Fix-MicrosoftOfficeLogin -ClearAppData -ForceLogoff (Clears WAM Related AppData and Forces Logoff) This fix can usually resolve most errors. Usually when you log in but it gives the the "something went wrong" with a random error number. This forces the user to log out so make sure to have them save anything they're working on. NOTE: After running this you may receive TPM errors after logging in to office but you will still be able to log in. .LINK https://bjn.itglue.com/1902395/docs/14305861 #> param( [Parameter(ParameterSetName = 'DisableAADWAM')] [Switch]$DisableAADWAM = $False, [Parameter(ParameterSetName = 'ClearAppData')] [Switch]$ClearAppData = $False, [Parameter(ParameterSetName = 'ClearAppData')] [Switch]$ForceLogoff = $False ) FUNCTION SET-RegistryValueForAllUsers { <# .SYNOPSIS This FUNCTION uses Active Setup to create a "seeder" key which creates or modifies a user-based registry value for all users on a computer. If the key path doesn't exist to the value, it will automatically create the key and add the value. .EXAMPLE PS> SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'Setting'; 'Type' = 'String'; 'Value' = 'someval'; 'Path' = 'SOFTWARE\Microsoft\Windows\Something'} This example would modify the string registry value 'Type' in the path 'SOFTWARE\Microsoft\Windows\Something' to 'someval' for every user registry hive. .PARAMETER RegistryInstance A hash table containing key names of 'Name' designating the registry value name, 'Type' to designate the type of registry value which can be 'String,Binary,Dword,ExpandString or MultiString', 'Value' which is the value itself of the registry value and 'Path' designating the parent registry key the registry value is in. #> [CmdletBinding()] param ( [Parameter(Mandatory=$True)] [hashtable[]]$RegistryInstance ) try { New-PSDrive -Name HKU -PSProvider Registry -Root Registry::HKEY_USERS | Out-Null ## Change the registry values for the currently logged on user. Each logged on user SID is under HKEY_USERS $LoggedOnSids = (GET-ChildItem HKU: | where { $_.Name -match 'S-\d-\d+-(\d+-){1,14}\d+$' }).PSChildName Write-Host "Found $($LoggedOnSids.Count) logged on user SIDs" foreach ($sid in $LoggedOnSids) { Write-Host -Message "Loading the user registry hive for the logged on SID $sid" foreach ($instance in $RegistryInstance) { ## Create the key path if it doesn't exist New-Item -ErrorAction SilentlyContinue -Path ("HKU:\$sid\$($instance.Path)" | Split-Path -Parent) -Name ("HKU:\$sid\$($instance.Path)" | Split-Path -Leaf) | Out-Null ## Create (or modify) the value specified in the param SET-ItemProperty -Path "HKU:\$sid\$($instance.Path)" -Name $instance.Name -Value $instance.Value -Type $instance.Type -Force -ErrorAction SilentlyContinue } } ## Create the Active Setup registry key so that the reg add cmd will get ran for each user ## logging into the machine. ## http://www.itninja.com/blog/view/an-active-setup-primer Write-Host "Setting Active Setup registry value to apply to all other users" foreach ($instance in $RegistryInstance) { ## Generate a unique value (usually a GUID) to use for Active Setup $Guid = [guid]::NewGuid().Guid $ActiveSetupRegParentPath = 'HKLM:\Software\Microsoft\Active Setup\Installed Components' ## Create the GUID registry key under the Active Setup key New-Item -Path $ActiveSetupRegParentPath -Name $Guid -ErrorAction SilentlyContinue | Out-Null -ErrorAction SilentlyContinue $ActiveSetupRegPath = "HKLM:\Software\Microsoft\Active Setup\Installed Components\$Guid" Write-Host "Using registry path '$ActiveSetupRegPath'" ## Convert the registry value type to one that reg.exe can understand. This will be the ## type of value that's created for the value we want to set for all users switch ($instance.Type) { 'String' { $RegValueType = 'REG_SZ' } 'Dword' { $RegValueType = 'REG_DWORD' } 'Binary' { $RegValueType = 'REG_BINARY' } 'ExpandString' { $RegValueType = 'REG_EXPAND_SZ' } 'MultiString' { $RegValueType = 'REG_MULTI_SZ' } default { throw "Registry type '$($instance.Type)' not recognized" } } ## Build the registry value to use for Active Setup which is the command to create the registry value in all user hives $ActiveSetupValue = "reg add `"{0}`" /v {1} /t {2} /d {3} /f" -f "HKCU\$($instance.Path)", $instance.Name, $RegValueType, $instance.Value Write-Host -Message "Active setup value is '$ActiveSetupValue'" ## Create the necessary Active Setup registry values SET-ItemProperty -Path $ActiveSetupRegPath -Name '(Default)' -Value 'Active Setup Test' -ErrorAction SilentlyContinue SET-ItemProperty -Path $ActiveSetupRegPath -Name 'Version' -Value '1' -ErrorAction SilentlyContinue SET-ItemProperty -Path $ActiveSetupRegPath -Name 'StubPath' -Value $ActiveSetupValue -ErrorAction SilentlyContinue } } catch { Write-Warning -Message $_.Exception.Message } } IF ($DisableAADWAM -eq $True) { IF (ErrorCheck-AdministratorElevation) { RETURN } SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'DisableAADWAM'; 'Type' = 'DWORD'; 'Value' = '1'; 'Path' = 'Software\Microsoft\Office\16.0\Common\Identity'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'DisableADALatopWAMOverride'; 'Type' = 'DWORD'; 'Value' = '1'; 'Path' = 'Software\Microsoft\Office\16.0\Common\Identity'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'EnableADAL'; 'Type' = 'DWORD'; 'Value' = '1'; 'Path' = 'Software\Microsoft\Office\16.0\Common\Identity'} New-ItemProperty -Path "SOFTWARE\Microsoft\Cryptography\Protect\Providers\df9d8cd0-1501-11d1-8c7a-00c04fc297eb" -Name ProtectionPolicy -Value 1 -ErrorAction SilentlyContinue SET-ItemProperty -Path "SOFTWARE\Microsoft\Cryptography\Protect\Providers\df9d8cd0-1501-11d1-8c7a-00c04fc297eb" -Name ProtectionPolicy -Value 1 -ErrorAction SilentlyContinue Write-Host "DisableAADWAM Successful" Write-Host } IF ($ClearAppData -eq $True -and $ForceLogoff -eq $False) { IF (ErrorCheck-AdministratorElevation) { RETURN } Write-Warning “You must specify the -ForceLogoff parameter to run the -ClearAppData parameter.” RETURN } IF ($ClearAppData -eq $True -and $ForceLogoff -eq $True) { IF (ErrorCheck-AdministratorElevation) { RETURN } quser | Select-Object -Skip 1 | ForEach-Object { $id = ($_ -split ' +')[-6] logoff $id } While ( (GET-Process -Name Outlook -ErrorAction SilentlyContinue) -ne $null) { Stop-Process -Name Outlook -ErrorAction SilentlyContinue } While ( (GET-Process -Name WinWord -ErrorAction SilentlyContinue) -ne $null) { Stop-Process -Name WinWord -ErrorAction SilentlyContinue } While ( (GET-Process -Name Excel -ErrorAction SilentlyContinue) -ne $null) { Stop-Process -Name Excel -ErrorAction SilentlyContinue } While ( (GET-Process -Name OneDrive -ErrorAction SilentlyContinue) -ne $null) { Stop-Process -Name OneDrive -ErrorAction SilentlyContinue } While ( (GET-Process -Name PowerPnt -ErrorAction SilentlyContinue) -ne $null) { Stop-Process -Name PowerPnt -ErrorAction SilentlyContinue } While ( (GET-Process -Name Teams -ErrorAction SilentlyContinue) -ne $null) { Stop-Process -Name Teams -ErrorAction SilentlyContinue } $TokenSet = @{ U = [Char[]]'ABCDEFGHIJKLMNOPQRSTUVWXYZ' L = [Char[]]'abcdefghijklmnopqrstuvwxyz' N = [Char[]]'0123456789' } $Upper = GET-Random -Count 5 -InputObject $TokenSet.U $Lower = GET-Random -Count 5 -InputObject $TokenSet.L $Number = GET-Random -Count 5 -InputObject $TokenSet.N $StringSet = $Upper + $Lower + $Number $Random1 = (GET-Random -Count 10 -InputObject $StringSet) -join '' $Upper = GET-Random -Count 5 -InputObject $TokenSet.U $Lower = GET-Random -Count 5 -InputObject $TokenSet.L $Number = GET-Random -Count 5 -InputObject $TokenSet.N $StringSet = $Upper + $Lower + $Number $Random2 = (GET-Random -Count 10 -InputObject $StringSet) -join '' $Users = GET-Item -Path "C:\Users\*" FOREACH ($User in $Users) { $UserFolder = $User.Name Rename-Item C:\Users\$UserFolder\AppData\Local\Packages\Microsoft.AAD.BrokerPlugin_cw5n1h2txyewy C:\Users\$UserFolder\AppData\Local\Packages\Microsoft.AAD.BrokerPlugin.bak.$Random1 -ErrorAction SilentlyContinue Rename-Item C:\Users\$UserFolder\AppData\Local\Packages\Microsoft.AAD.BrokerPlugin_cw5n1h2txyewy C:\Users\$UserFolder\AppData\Local\Packages\Microsoft.AAD.BrokerPlugin.bak.$Random2 -ErrorAction SilentlyContinue Rename-Item C:\Users\$UserFolder\AppData\Local\Packages\Microsoft.AccountsControl_cw5n1h2txyewy C:\Users\$UserFolder\AppData\Local\Packages\Microsoft.AccountsControl.bak.$Random1 -ErrorAction SilentlyContinue Rename-Item C:\Users\$UserFolder\AppData\Local\Packages\Microsoft.AccountsControl_cw5n1h2txyewy C:\Users\$UserFolder\AppData\Local\Packages\Microsoft.AccountsControl.bak.$Random2 -ErrorAction SilentlyContinue } SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'DisableAADWAM'; 'Type' = 'DWORD'; 'Value' = '1'; 'Path' = 'Software\Microsoft\Office\16.0\Common\Identity'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'DisableADALatopWAMOverride'; 'Type' = 'DWORD'; 'Value' = '1'; 'Path' = 'Software\Microsoft\Office\16.0\Common\Identity'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'EnableADAL'; 'Type' = 'DWORD'; 'Value' = '1'; 'Path' = 'Software\Microsoft\Office\16.0\Common\Identity'} New-Item -Path "HKLM:\SOFTWARE\Policies\Microsoft\OneDrive" New-ItemProperty -Path "SOFTWARE\Microsoft\Cryptography\Protect\Providers\df9d8cd0-1501-11d1-8c7a-00c04fc297eb" -Name ProtectionPolicy -Value 1 SET-ItemProperty -Path "SOFTWARE\Microsoft\Cryptography\Protect\Providers\df9d8cd0-1501-11d1-8c7a-00c04fc297eb" -Name ProtectionPolicy -Value 1 } } FUNCTION SET-OutlookMailboxCacheMode { <# .SYNOPSIS Sets Outlook cache mode for all users on the computer. .DESCRIPTION PARAMETERS -CacheMode PrimaryAndShared (Sets the Cache Mode to Primary and Shared Mailboxes) -CacheMode PrimaryOnly (Sets the Cache Mode to Primary Mailbox Only) -CacheMode None (Sets the Cache Mode to None, Online Mode Only) NOTES N/A TIPS N/A .EXAMPLE SET-OutlookMailboxCacheMode -CacheMode None (Sets the Cache Mode to None, Online Mode Only) Sets all user's Outlook to online mode only. .EXAMPLE SET-OMCM -CacheMode PrimaryAndShared (Sets the Cache Mode to Primary and Shared Mailboxes) Enabled cache mode for all users for all mailboxes. .LINK https://bjn.itglue.com/1902395/docs/14305861 #> param( [Parameter(Mandatory, ParameterSetName = 'CacheMode')] [ValidateSet("PrimaryAndShared","PrimaryOnly","None")] [String]$CacheMode ) IF (ErrorCheck-AdministratorElevation) { RETURN } FUNCTION SET-RegistryValueForAllUsers { <# .SYNOPSIS This FUNCTION uses Active Setup to create a "seeder" key which creates or modifies a user-based registry value for all users on a computer. If the key path doesn't exist to the value, it will automatically create the key and add the value. .EXAMPLE PS> SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'Setting'; 'Type' = 'String'; 'Value' = 'someval'; 'Path' = 'SOFTWARE\Microsoft\Windows\Something'} This example would modify the string registry value 'Type' in the path 'SOFTWARE\Microsoft\Windows\Something' to 'someval' for every user registry hive. .PARAMETER RegistryInstance A hash table containing key names of 'Name' designating the registry value name, 'Type' to designate the type of registry value which can be 'String,Binary,Dword,ExpandString or MultiString', 'Value' which is the value itself of the registry value and 'Path' designating the parent registry key the registry value is in. #> [CmdletBinding()] param ( [Parameter(Mandatory=$True)] [hashtable[]]$RegistryInstance ) try { New-PSDrive -Name HKU -PSProvider Registry -Root Registry::HKEY_USERS | Out-Null ## Change the registry values for the currently logged on user. Each logged on user SID is under HKEY_USERS $LoggedOnSids = (GET-ChildItem HKU: | where { $_.Name -match 'S-\d-\d+-(\d+-){1,14}\d+$' }).PSChildName Write-Host "Found $($LoggedOnSids.Count) logged on user SIDs" foreach ($sid in $LoggedOnSids) { Write-Host -Message "Loading the user registry hive for the logged on SID $sid" foreach ($instance in $RegistryInstance) { ## Create the key path if it doesn't exist New-Item -ErrorAction SilentlyContinue -Path ("HKU:\$sid\$($instance.Path)" | Split-Path -Parent) -Name ("HKU:\$sid\$($instance.Path)" | Split-Path -Leaf) | Out-Null ## Create (or modify) the value specified in the param New-Item -Path "HKU:\$sid\SOFTWARE\Policies\Microsoft\Office" -ErrorAction SilentlyContinue New-Item -Path "HKU:\$sid\SOFTWARE\Policies\Microsoft\Office\16.0" -ErrorAction SilentlyContinue New-Item -Path "HKU:\$sid\SOFTWARE\Policies\Microsoft\Office\16.0\Outlook" -ErrorAction SilentlyContinue New-Item -Path "HKU:\$sid\SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode" -ErrorAction SilentlyContinue SET-ItemProperty -Path "HKU:\$sid\$($instance.Path)" -Name $instance.Name -Value $instance.Value -Type $instance.Type -Force } } ## Create the Active Setup registry key so that the reg add cmd will get ran for each user ## logging into the machine. ## http://www.itninja.com/blog/view/an-active-setup-primer Write-Host "Setting Active Setup registry value to apply to all other users" foreach ($instance in $RegistryInstance) { ## Generate a unique value (usually a GUID) to use for Active Setup $Guid = [guid]::NewGuid().Guid $ActiveSetupRegParentPath = 'HKLM:\Software\Microsoft\Active Setup\Installed Components' ## Create the GUID registry key under the Active Setup key New-Item -ErrorAction SilentlyContinue -Path $ActiveSetupRegParentPath -Name $Guid | Out-Null $ActiveSetupRegPath = "HKLM:\Software\Microsoft\Active Setup\Installed Components\$Guid" Write-Host "Using registry path '$ActiveSetupRegPath'" ## Convert the registry value type to one that reg.exe can understand. This will be the ## type of value that's created for the value we want to set for all users switch ($instance.Type) { 'String' { $RegValueType = 'REG_SZ' } 'Dword' { $RegValueType = 'REG_DWORD' } 'Binary' { $RegValueType = 'REG_BINARY' } 'ExpandString' { $RegValueType = 'REG_EXPAND_SZ' } 'MultiString' { $RegValueType = 'REG_MULTI_SZ' } default { throw "Registry type '$($instance.Type)' not recognized" } } ## Build the registry value to use for Active Setup which is the command to create the registry value in all user hives $ActiveSetupValue = "reg add `"{0}`" /v {1} /t {2} /d {3} /f" -f "HKCU\$($instance.Path)", $instance.Name, $RegValueType, $instance.Value Write-Host -Message "Active setup value is '$ActiveSetupValue'" ## Create the necessary Active Setup registry values SET-ItemProperty -Path $ActiveSetupRegPath -Name '(Default)' -Value 'Active Setup Test' -ErrorAction SilentlyContinue SET-ItemProperty -Path $ActiveSetupRegPath -Name 'Version' -Value '1' -ErrorAction SilentlyContinue SET-ItemProperty -Path $ActiveSetupRegPath -Name 'StubPath' -Value $ActiveSetupValue -ErrorAction SilentlyContinue } } catch { Write-Warning -Message $_.Exception.Message } } IF($CacheMode -eq "PrimaryAndShared") { SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'CacheOthersMail'; 'Type' = 'DWORD'; 'Value' = '1'; 'Path' = 'SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'DownloadSharedFolders'; 'Type' = 'DWORD'; 'Value' = '1'; 'Path' = 'SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'Enable'; 'Type' = 'DWORD'; 'Value' = '1'; 'Path' = 'SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'NoOST'; 'Type' = 'DWORD'; 'Value' = '0'; 'Path' = 'SOFTWARE\Microsoft\Office\16.0\Outlook\OST'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'SyncWindowSetting'; 'Type' = 'DWORD'; 'Value' = '36'; 'Path' = 'Software\Policies\Microsoft\Office\16.0\Outlook\Cached Mode'} } IF($CacheMode -eq "PrimaryOnly") { SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'CacheOthersMail'; 'Type' = 'DWORD'; 'Value' = '0'; 'Path' = 'SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'DownloadSharedFolders'; 'Type' = 'DWORD'; 'Value' = '0'; 'Path' = 'SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'Enable'; 'Type' = 'DWORD'; 'Value' = '1'; 'Path' = 'SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'NoOST'; 'Type' = 'DWORD'; 'Value' = '0'; 'Path' = 'SOFTWARE\Microsoft\Office\16.0\Outlook\OST'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'SyncWindowSetting'; 'Type' = 'DWORD'; 'Value' = '36'; 'Path' = 'Software\Policies\Microsoft\Office\16.0\Outlook\Cached Mode'} } IF($CacheMode -eq "None") { While (GET-Process "Outlook" -ErrorAction SilentlyContinue) { taskkill /IM “outlook.exe” /f Start-Sleep -Seconds 5 } SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'CacheOthersMail'; 'Type' = 'DWORD'; 'Value' = '0'; 'Path' = 'SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'Enable'; 'Type' = 'DWORD'; 'Value' = '0'; 'Path' = 'SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'DownloadSharedFolders'; 'Type' = 'DWORD'; 'Value' = '0'; 'Path' = 'SOFTWARE\Policies\Microsoft\Office\16.0\Outlook\Cached Mode'} SET-RegistryValueForAllUsers -RegistryInstance @{'Name' = 'NoOST'; 'Type' = 'DWORD'; 'Value' = '2'; 'Path' = 'SOFTWARE\Microsoft\Office\16.0\Outlook\OST'} FOREACH ($Profile in $Profiles) { $SearchPath = $Profile.FullName + "\AppData\Local\Microsoft\Outlook" $OSTs = GET-ChildItem -Path $SearchPath -ErrorAction SilentlyContinue | where { $_.Name -like "*.ost*" } FOREACH ($OST in $OSTs) { Remove-Item $OST.FullName } } } } FUNCTION GET-DNSInfo { } FUNCTION SET-WindowsLocalAccountEnumerationSetting { <# .SYNOPSIS Sets the status of the Local Account Enumeration feature. .DESCRIPTION PARAMETERS N/A NOTES Enabling this setting allows users to see local accounts in the bottom left of the screen on a domain joined computer. Without this setting the only options that will show are the last logged in user\currently logged in users, and 'Other User'. TIPS N/A .EXAMPLE SET-LocalAccountEnumeration -Enable Enables the Local Account Enumeration feature. .EXAMPLE SET-LocalAccountEnumeration -Disable Disables the Local Account Enumeration feature. .LINK https://bjn.itglue.com/1902395/docs/14305861 #> param( [Parameter(Mandatory, ParameterSetName="Enable")] [Switch]$Enable = $False, [Parameter(Mandatory, ParameterSetName="Disable")] [Switch]$Disable = $False ) IF (ErrorCheck-AdministratorElevation) { RETURN } IF ($Enable -eq $True) { New-ItemProperty -Path "HKLM:\SOFTWARE\Policies\Microsoft\Windows\System" -Name EnumerateLocalUsers -Value 1 -ErrorAction SilentlyContinue SET-ItemProperty -Path "HKLM:\SOFTWARE\Policies\Microsoft\Windows\System" -Name EnumerateLocalUsers -Value 1 -ErrorAction SilentlyContinue $Action } IF ($Disable -eq $True) { New-ItemProperty -Path "HKLM:\SOFTWARE\Policies\Microsoft\Windows\System" -Name EnumerateLocalUsers -Value 0 -ErrorAction SilentlyContinue SET-ItemProperty -Path "HKLM:\SOFTWARE\Policies\Microsoft\Windows\System" -Name EnumerateLocalUsers -Value 0 -ErrorAction SilentlyContinue } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ RegistryPurpose = "Blocks Other Users From Logging In Unless Current User Logs Out" RegistryKey = "HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\Policies\System" RegistryName = "HideFastUserSwitching" CurrentValue = $Current.CurrentValue CurrentValueString = $Current.CurrentValueString ActionRequested = $ActionRequested ActionResult = $ActionResult EndingValue = $Ending.CurrentValue EndingValueString = $Ending.CurrentValueString EndingValueMeaning = $EndingValueMeaning } RETURN $Results | select RegistryPurpose, RegistryKey, RegistryName, CurrentValue, CurrentValueString, ActionRequested, ActionResult, EndingValue, EndingValueString, EndingValueMeaning } FUNCTION GET-NetworkAdapterIPv6 { $Results = GET-NetAdapterBinding | Where-Object ComponentID -EQ 'ms_tcpip6' | Select Name, InterfaceDescription, DisplayName, Enabled RETURN $Results } FUNCTION SET-NetworkAdapterIPv6 { param( [Parameter(Mandatory, ParameterSetName="Enable")] [Switch]$Enable = $False, [Parameter(Mandatory, ParameterSetName="Disable")] [Switch]$Disable = $False ) IF (ErrorCheck-AdministratorElevation) { RETURN } $IPv6Bindings = GET-NetAdapterBinding | Where-Object ComponentID -EQ 'ms_tcpip6' IF ($Enable -eq $True) { FOREACH ($IPv6Binding in $IPv6Bindings) { Enable-NetAdapterBinding -Name $IPv6Binding.Name -ComponentID 'ms_tcpip6' } } IF ($Disable -eq $True) { FOREACH ($IPv6Binding in $IPv6Bindings) { Disable-NetAdapterBinding -Name $IPv6Binding.Name -ComponentID 'ms_tcpip6' } } } FUNCTION GET-OneDriveBackupSetting { $Results = @() $ItemProp = GET-ItemProperty -Path "HKLM:\SOFTWARE\Policies\Microsoft\OneDrive" -Name KFMBLockOptIn -ErrorAction SilentlyContinue IF ($ItemProp.KFMBLockOptIn -eq 0 -or $ItemProp -eq $null) { $CurrentStatus = "Disabled" $RegistryValue = 0 $RegistryImplication = "All Users Are Allowed to Enable the OneDrive Backup Feature" } ELSE { $CurrentStatus = "Enabled" $RegistryValue = 1 $RegistryImplication = "All Users Are Blocked From Enabling the OneDrive Backup Feature" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ RegistryPurpose = "Blocks the OneDrive Backup Feature for All Users" RegistryKey = "HKLM:\SOFTWARE\Policies\Microsoft\OneDrive" RegistryName = "KFMBLockOptIn" CurrentValue = $RegistryValue CurrentValueString = $CurrentStatus ActionRequested = "Get" ActionResult = "N/A" EndingValue = $RegistryValue EndingValueString = $CurrentStatus EndingValueMeaning = $RegistryImplication } RETURN $Results | select RegistryPurpose, RegistryKey, RegistryName, CurrentValue, CurrentValueString, ActionRequested, ActionResult, EndingValue, EndingValueString, EndingValueMeaning } FUNCTION SET-OneDriveBackupSetting { param( [Parameter(Mandatory, ParameterSetName="Enable")] [Switch]$Enable = $False, [Parameter(Mandatory, ParameterSetName="Disable")] [Switch]$Disable = $False ) IF (ErrorCheck-AdministratorElevation) { RETURN } $Results = @() $GetStartResults = GET-OneDriveBackupSetting IF ($Enable -eq $True) { New-Item -Path "HKLM:\SOFTWARE\Policies\Microsoft\OneDrive" -ErrorAction SilentlyContinue New-ItemProperty -Path "HKLM:\SOFTWARE\Policies\Microsoft\OneDrive" -Name KFMBlockOptIn -Value 1 -ErrorAction SilentlyContinue SET-ItemProperty -Path "HKLM:\SOFTWARE\Policies\Microsoft\OneDrive" -Name KFMBlockOptIn -Value 1 -ErrorAction SilentlyContinue $GetEndResults = GET-OneDriveBackupSetting $EndingValue = $GetEndResults.EndingValue $EndingValueString = $GetEndResults.EndingValueString $ActionRequested = "Enable" IF ($GetEndResults.EndingValue -eq 1) { $ActionResult = "Success" } ELSE { $ActionResult = "Failure" } $EndingValue = $GetEndResults.EndingValue $EndingValueString = $GetEndResults.EndingValueString $EndingValueMeaning = $GetEndResults.EndingValueMeaning } IF ($Disable -eq $True) { New-Item -Path "HKLM:\SOFTWARE\Policies\Microsoft\OneDrive" -ErrorAction SilentlyContinue New-ItemProperty -Path "HKLM:\SOFTWARE\Policies\Microsoft\OneDrive" -Name KFMBlockOptIn -Value 0 -ErrorAction SilentlyContinue SET-ItemProperty -Path "HKLM:\SOFTWARE\Policies\Microsoft\OneDrive" -Name KFMBlockOptIn -Value 0 -ErrorAction SilentlyContinue $GetEndResults = GET-OneDriveBackupSetting $ActionRequested = "Enable" IF ($GetEndResults.EndingValue -eq 0) { $ActionResult = "Success" } ELSE { $ActionResult = "Failure" } $EndingValue = $GetEndResults.EndingValue $EndingValueString = $GetEndResults.EndingValueString $EndingValueMeaning = $GetEndResults.EndingValueMeaning } $GetResults = GET-OneDriveBackupSetting $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ RegistryPurpose = "Blocks the OneDrive Backup Feature for All Users" RegistryKey = "HKLM:\SOFTWARE\Policies\Microsoft\OneDrive" RegistryName = "KFMBLockOptIn" CurrentValue = $GetStartResults.CurrentValue CurrentValueString = $GetStartResults.CurrentValueString ActionRequested = $ActionRequested ActionResult = $ActionResult EndingValue = $EndingValue EndingValueString = $EndingValueString EndingValueMeaning = $EndingValueMeaning } RETURN $Results | select RegistryPurpose, RegistryKey, RegistryName, CurrentValue, CurrentValueString, ActionRequested, ActionResult, EndingValue, EndingValueString, EndingValueMeaning } FUNCTION GET-WindowsSecurityInfo { $FWProfiles = GET-NetFirewallProfile RETURN $FWProfiles | select Name, Enabled } FUNCTION GET-WindowsHideFastUserSwitchingSetting { $Results = @() $FastUserSwitching = GET-ItemProperty -Path "HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\Policies\System" -Name HideFastUserSwitching -ErrorAction SilentlyContinue IF ($FastUserSwitching.HideFastUserSwitching -eq 1) { $CurrentValue = 1 $CurrentValueString = "Enabled" $EndingVaueMeaning = "Fast User Switching is Not Allowed" } ELSE { $CurrentValue = 0 $CurrentValueString = "Disabled" $EndingVaueMeaning = "Fast User Switching is Allowed" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ RegistryPurpose = "Blocks Other Users From Logging In Unless Current User Logs Out" RegistryKey = "HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\Policies\System" RegistryName = "HideFastUserSwitching" CurrentValue = $CurrentValue CurrentValueString = $CurrentValueString ActionRequested = "None" ActionResult = "N/A" EndingValue = $CurrentValue EndingValueString = $CurrentValueString EndingValueMeaning = $EndingVaueMeaning } RETURN $Results | select RegistryPurpose, RegistryKey, RegistryName, CurrentValue, CurrentValueString, ActionRequested, ActionResult, EndingValue, EndingValueString, EndingValueMeaning } FUNCTION SET-WindowsHideFastUserSwitchingSetting { param( [Parameter(Mandatory, ParameterSetName="Enable")] [Switch]$Enable = $False, [Parameter(Mandatory, ParameterSetName="Disable")] [Switch]$Disable = $False ) IF (ErrorCheck-AdministratorElevation) { RETURN } $Current = GET-WindowsHideFastUserSwitchingSetting IF ($Enable -eq $True) { New-Item -Path "HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\Policies" -ErrorAction SilentlyContinue New-Item -Path "HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\Policies\System" -ErrorAction SilentlyContinue New-ItemProperty -Path "HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\Policies\System" -Name HideFastUserSwitching -Value 1 -ErrorAction SilentlyContinue SET-ItemProperty -Path "HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\Policies\System" -Name HideFastUserSwitching -Value 1 -ErrorAction SilentlyContinue $ActionRequested = "Enable" $Ending = GET-WindowsRegistryHideFastUserSwitching IF ($Ending.CurrentValue -eq 1) { $ActionResult = "Success" $EndingValueMeaning = "Fast User Switching is Not Allowed" } ELSE { $ActionResult = "Failure" $EndingValueMeaning = "Fast User Switching is Allowed" } } IF ($Disable -eq $True) { New-Item -Path "HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\Policies" -ErrorAction SilentlyContinue New-Item -Path "HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\Policies\System" -ErrorAction SilentlyContinue New-ItemProperty -Path "HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\Policies\System" -Name HideFastUserSwitching -Value 0 -ErrorAction SilentlyContinue SET-ItemProperty -Path "HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\Policies\System" -Name HideFastUserSwitching -Value 0 -ErrorAction SilentlyContinue $ActionRequested = "Disable" $Ending = GET-WindowsRegistryHideFastUserSwitching IF ($Ending.CurrentValue -eq 0) { $ActionResult = "Success" $EndingValueMeaning = "Fast User Switching is Allowed" } ELSE { $ActionResult = "Failure" $EndingValueMeaning = "Fast User Switching is Not Allowed" } } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ RegistryPurpose = "Blocks Other Users From Logging In Unless Current User Logs Out" RegistryKey = "HKLM:\SOFTWARE\Microsoft\Windows\CurrentVersion\Policies\System" RegistryName = "HideFastUserSwitching" CurrentValue = $Current.CurrentValue CurrentValueString = $Current.CurrentValueString ActionRequested = $ActionRequested ActionResult = $ActionResult EndingValue = $Ending.CurrentValue EndingValueString = $Ending.CurrentValueString EndingValueMeaning = $EndingValueMeaning } RETURN $Results | select RegistryPurpose, RegistryKey, RegistryName, CurrentValue, CurrentValueString, ActionRequested, ActionResult, EndingValue, EndingValueString, EndingValueMeaning } FUNCTION GET-WindowsLocalAccountEnumerationSetting { $Results = @() $LocalAccountEnumeration = GET-ItemProperty -Path "HKLM:\SOFTWARE\Policies\Microsoft\Windows\System" -Name EnumerateLocalUsers -ErrorAction SilentlyContinue IF ($LocalAccountEnumeration.EnumerateLocalUsers -eq 1) { $CurrentValue = 1 $CurrentValueString = "Enabled" $EndingVaueMeaning = "Enumerate Local Users Enabled" } ELSE { $CurrentValue = 0 $CurrentValueString = "Disabled" $EndingVaueMeaning = "Enumerate Local Users Disabled" } $Results += New-Object PSObject -WarningAction SilentlyContinue -Property @{ RegistryPurpose = "Blocks Other Users From Logging In Without Unless Other Users Log Out" RegistryKey = "HKLM:\SOFTWARE\Policies\Microsoft\Windows\System" RegistryName = "EnumerateLocalUsers" CurrentValue = $CurrentValue CurrentValueString = $CurrentValueString ActionRequested = "None" ActionResult = "N/A" EndingValue = $CurrentValue EndingValueString = $CurrentValueString EndingValueMeaning = $EndingVaueMeaning } RETURN $Results | select RegistryPurpose, RegistryKey, RegistryName, CurrentValue, CurrentValueString, ActionRequested, ActionResult, EndingValue, EndingValueString, EndingValueMeaning } New-Alias -Name INTCHECK-All -Value CHECK-All Export-ModuleMember -FUNCTION CHECK-All -Alias INTCHECK-All ### ### ============================================================================================== ### ### OLD FUNCTIONS ### ### ============================================================================================== FUNCTION GET-RAMInstalledTotalGB { (GET-CimInstance Win32_PhysicalMemory | Measure-Object -Property capacity -Sum).sum / 1gb } FUNCTION GET-CPUUsagePercent { param( [Parameter()] [int]$Seconds = 5 ) [int]$Count = 0 [int]$CPUUsageTotal = 0 $Now = GET-Date WHILE ((GET-Date) -le ($Now).AddSeconds($Seconds)) { $CPUUsageTotal += (GET-Counter '\Processor(_Total)\% Processor Time').CounterSamples.CookedValue $Count++ Start-Sleep -Milliseconds 250 } RETURN [int]($CPUUsageTotal / $Count) } FUNCTION CHECK-All-Old { param ( [string]$Status = @("","Warning","Error") ) $OSInfo = GET-WindowsInfo $LeftPadding = 30 Write-Host "" Write-Host " Operating System Information" Write-Host "============================================================" $OSName = Check-OSName Write-Host ("Operating System: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $OSName[0] -ForegroundColor $OSName[1] $OSBuildVersion = Check-OSBuildVersion Write-Host ("OS Build Version: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $OSBuildVersion[0] -ForegroundColor $OSBuildVersion[1] $OSDriveFreeSpace = Check-OSDriveFreeSpace Write-Host ("OS Free Drive Space: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $OSDriveFreeSpace[0] -ForegroundColor $OSDriveFreeSpace[1] -NoNewline Write-Host "" Write-Host "" Write-Host " Hardware Information" Write-Host "============================================================" $OSDriveType = Check-OSDriveType Write-Host ("OS Drive Type: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $OSDriveType[0] -ForegroundColor $OSDriveType[1] -NoNewline Write-Host "" Write-Host "" Write-Host " Network Information" Write-Host "============================================================" $WiredNetwork = Check-WiredNetwork Write-Host ("Wired Connection: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $WiredNetwork[0] -ForegroundColor $WiredNetwork[1] $WiredLinkSpeed = Check-WiredLinkSpeed Write-Host ("Wired Link Speed: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $WiredLinkSpeed[0] -ForegroundColor $WiredLinkSpeed[1] $WiFiAdapterSSID = Check-WiFiAdapterSSID Write-Host ("WiFi SSID: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $WiFiAdapterSSID[0] -ForegroundColor $WiFiAdapterSSID[1] $WiFiProtocol = Check-WiFiProtocol Write-Host ("WiFi Protocol: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $WiFiProtocol[0] -ForegroundColor $WiFiProtocol[1] $WiFiSignalStrength = Check-WiFiSignalStrength Write-Host ("WiFi Signal Strength: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $WiFiSignalStrength[0] -ForegroundColor $WiFiSignalStrength[1] $WiFiLinkSpeed = Check-WiFiLinkSpeed Write-Host ("WiFi Link Speed: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $WiFiLinkSpeed[0] -ForegroundColor $WiFiLinkSpeed[1] $NetworkProfile = Check-NetworkProfile Write-Host ("Network Profile: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $NetworkProfile[0] -ForegroundColor $NetworkProfile[1] Write-Host "" Write-Host " DNS Information" Write-Host "============================================================" $DNSSuffixes = Check-DNSSuffixes Write-Host ("DNS Suffixes: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $DNSSuffixes[0] -ForegroundColor $DNSSuffixes[1] $DNSResolutionInternal = Check-DNSResolutionInternal Write-Host ("Internal DNS Test: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $DNSResolutionInternal[0] -ForegroundColor $DNSResolutionInternal[1] $DNSResolutionExternal = Check-DNSResolutionExternal Write-Host ("External DNS Test: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $DNSResolutionExternal[0] -ForegroundColor $DNSResolutionExternal[1] $DNSType = Check-DNSType Write-Host ("DNS Assignment Type: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $DNSType[0] -ForegroundColor $DNSType[1] Write-Host "" Write-Host " Security Information" Write-Host "============================================================" $LastSecurityUpdateDate = Check-LastSecurityUpdateDate Write-Host ("Last Security Update: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $LastSecurityUpdateDate[0] -ForegroundColor $LastSecurityUpdateDate[1] $CheckCryptoProtocols = Check-CryptoProtocols Write-Host ("Enabled Crypto Protocols: ").PadLeft($LeftPadding,' ') -NoNewline Write-Host $CheckCryptoProtocols[0] -ForegroundColor $CheckCryptoProtocols[1] Write-Host "" } |