Get-Hash.psm1

1. function Get-Hash { 
2. <# 
3. .SYNOPSIS 
4.    Creates a Hash of a file and prints the hash   
5. .DESCRIPTION 
6.     Uses System.Security.Cryptography.HashAlgorithm and members to create the hash 
7.     Also uses System.Text.AsciiEncoding to convert string to byte array. 
8.     Created as a Module. 
9. .NOTES 
10.     File Name  : Get-Hash.PSM1 
11.     Author     : Thomas Lee - tfl@psp.co.uk 
12.     Requires   : PowerShell V2 CTP3 
13.     Thanks to the #PowerShell Twitter Posse for help figuring out -verbose. 
14.     http://www.pshscripts.blogspot.com 
15.     Based on  
16.     http://tinyurl.com/aycszb written by Bart De Smet 
17. .PARAMETER Algorithm 
18.     The name of one of the hash Algorithms defined at 
19.     http://msdn.microsoft.com/en-us/library/system.security.cryptography.hashalgorithm.aspx 
20. .PARAMETER File 
21.     The name of a file to provide a hash for. 
22. .EXAMPLE 
23.     PS C:\foo> ls *.txt | where {!$_.psiscontainer}| Get-Hash sha1 -verbose:$true 
24.     OK - I'll be chatty 
25.  
26.     Processing C:\foo\asciifile.txt 
27.     sha1 hash of file C:\foo\asciifile.txt is "3529f51d2dd9c3c45e539eee5b42b07a8b74f9f5" 
28.  
29.     Processing C:\foo\log.txt 
30.     sha1 hash of file C:\foo\log.txt is "89dd3b94d3cb7f645498925e77346aa9218d7ffe" 
31.  
32.     Processing C:\foo\sites.txt 
33.     sha1 hash of file C:\foo\sites.txt is "2e434f1c2c16fc1060cd9f2e0226e142ea450ce4" 
34.  
35.     Processing C:\foo\test.txt 
36.     File C:\foo\test.txt can not be hashed 
37.  
38.     Processing C:\foo\test.txt.txt 
39.     File C:\foo\test.txt.txt can not be hashed 
    
40.  
41.     Processing C:\foo\test2.txt 
42.     File C:\foo\test2.txt can not be hashed 
43.  
44.     Processing C:\foo\unicodefile.txt 
45.     sha1 hash of file C:\foo\unicodefile.txt is "3529f51d2dd9c3c45e539eee5b42b07a8b74f9f5" 
46. .EXAMPLE 
47.     PS C:\foo> ls *.txt | where {!$_.psiscontainer}| Get-Hash sha1 
48.     3529f51d2dd9c3c45e539eee5b42b07a8b74f9f5 
49.     89dd3b94d3cb7f645498925e77346aa9218d7ffe 
50.     2e434f1c2c16fc1060cd9f2e0226e142ea450ce4 
51.     3529f51d2dd9c3c45e539eee5b42b07a8b74f9f5 
52. .EXAMPLE 
53.     PS C:\foo> Get-Hash  md5 asciifile.txt -verbose:$true 
54.     OK - I'll be chatty 
55.  
56.     Processing asciifile.txt 
57.     md5 hash of file asciifile.txt is "b5fe789f9d497f8022d47f620de25499" 
58. .EXAMPLE 
59.     PS C:\foo> Get-Hash  md5 asciifile.txt 
60.     b5fe789f9d497f8022d47f620de25499 
61. #> 
62. [CmdletBinding()] 
63. param ( 
64. [Parameter(Position=0, mandatory=$true)] 
65. [string] $Algorithm, 
66. [Parameter(Position=1, mandatory=$true, valuefrompipeline=$true)] 
67. [string] $File 
68. ) 
69.  
70. begin   { 
71. if ($VerbosePreference.Value__ -eq 0) {$verbose=$false} else {$verbose=$true} 
72. if ($verbose) {"OK - I'll be chatty";""} 
73. } 
74. process { 
75.     if ($verbose) {"Processing $file"} 
76.     $Algo=[System.Security.Cryptography.HashAlgorithm]::Create($algorithm) 
77.     if ($Algo){ 
78.         $Fc = Get-Content $File 
79.         if ($fc.count -gt 0) { 
80.             $Encoding = New-Object System.Text.ASCIIEncoding 
81.             $Bytes = $Encoding.GetBytes($fc)     
82.             # Now compute hash 
83.             $Hash = $Algo.ComputeHash($bytes)    
84.             $Hashstring ="" 
85.             foreach ($byte in $hash) {$hashstring += $byte.tostring("x2")} 
86.             # pass hash string on 
87.             if ($verbose){ 
88.               "{0} hash of file {1} is `"{2}`"" -f $algorithm, $file, $hashstring 
89.               "" 
90.             } 
91.             else { 
92.              $Hashstring 
93.             } 
94.         } 
95.         else { 
96.              if ($verbose) {"File {0} can not be hashed" -f $file ; ""}      
97.         }} 
98.     else { 
99.     "Algorithm {0} not found" -f $algorithm 
100.     } 
101. } # end process block 
102. } # End Function Definition 
103. Export-ModuleMember Get-hash 

Technorati Tags: PowerShell,Module,Security.Cryptography.HashAlgorithm,PowerShell V2

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Get-JulianEraField.ps1

1. <# 
2. .Synopsis 
3.     Displays the value of the [System.Globalzation.JulianCalendar}::JulianEra field 
4. .Description 
5.    This script retreives the JulianEra field and displays it, using the .NET class 
6.    System.Globalization.JulianCalendar. 
7. .NOTES 
8.     File Name  : Get-JulianEraField.ps1 
9.     Author     : Thomas Lee - tfl@psp.co.uk 
10.     Requires   : PowerShell V2 CTP3 
11. .LINK 
12.     Script Posted to: 
13.     http://www.pshscripts.blogspot.com 
14.     MSDN Sample at: 
15.     http://msdn.microsoft.com/en-us/library/system.globalization.juliancalendar.julianera.aspx 
16. .Example 
17.     PS C:\foo> .\Get-JulianEraField.ps1 
18.     The JulianEra Field has a value of: 1 
19. #> 
20.  
21. ### 
22. # Start of Script 
23. ## 
24.  
25. # Get the value 
26. $era = [system.Globalization.JulianCalendar]::JulianEra 
27.  
28. # Format it 
29. "The JulianEra field has a value of: {0}" -f $era 

Technorati Tags: PowerShell,scripts,PowerShell Scripts,System.Globalization.Juliancalendar,Julianera

Get-Decimal1.ps1

1. <# 
2. .SYNOPSIS 
3.     Demonstrates Decimal arithmetic. 
4. .DESCRIPTION 
5.     This script Creates two decimals, then multiplys them and displays them.  
6. .NOTES 
7.     File Name  : get-decimal1.ps1 
8.     Author     : Thomas Lee - tfl@psp.co.uk 
9.     Requires   : PowerShell V2 CTP3 
10. .LINK 
11.     http://www.pshscripts.blogspot.com 
12.     Posted on msdn: 
13.     http://msdn.microsoft.com/en-us/library/system.decimal.aspx 
14. .EXAMPLE 
15.     PS c:\foo> .\get-decimal1.ps1 
16.     $d1 is of type: Decimal 
17.     $d2 is of type: Decimal 
18.     $d1 (12.1) multiplied by $d2 (12.2) equals: 146.41 
19.     $d3 is of type: Decimal 
20. #> 
21.  
22. ## 
23. #  Start of script 
24. ## 
25.   
26. # Create decimal numbers ($d1, $d2) 
27. [decimal] $d1 = 12.1 
28. [decimal] $d2 = 12.2 
29.  
30. # Create product 
31. $d3 = $d1*$d1 
32.  
33. # print details 
34. "`$d1 is of type: {0}" -f $d1.gettype().name 
35. "`$d2 is of type: {0}" -f $d2.gettype().name 
36. "`$d1 ({0}) multiplied by `$d2 ({1}) equals: {2}" -f $d1,$d2,$d3 
37. "`$d3 is of type: {0}" -f $d3.gettype().name 
38. # End of script 

Technorati Tags: System.Decimal,PowerShell,Scripts

Get-System.EnvironmentsStaticProperties1.ps1

1. <# 
2. .SYNOPSIS 
3.     Demonstrates the static properties on System.Environment 
4. .DESCRIPTION 
5.     This script uses the System.Environment class to retrieve interesting 
6.     information about your system. The fields returned are static fields  
7.     on the System.Environment class. 
8. .NOTES 
9.     File Name  : Get-System.EnvironmentStaticProperties1.ps1 
10.     Author     : Thomas Lee - tfl@psp.co.uk 
11.     Requires   : PowerShell V2 CTP3 
12. .LINK 
13.     http://www.pshscripts.blogspot.com 
14. .EXAMPLE 
15.     PS c:\Foo> .\Get-System.EnvironmentStaticProperties1.ps1 
16.     Static properties in [System.Environment] 
17.        TypeName: System.Environment 
18.  
19.     Name               MemberType Definition 
20.     ----               ---------- ---------- 
21.     CommandLine        Property   static System.String CommandLine {get;} 
22.     CurrentDirectory   Property   static System.String CurrentDirectory {get;set;} 
23.     ExitCode           Property   static System.Int32 ExitCode {get;set;} 
24.     HasShutdownStarted Property   static System.Boolean HasShutdownStarted {get;} 
25.     MachineName        Property   static System.String MachineName {get;} 
26.     NewLine            Property   static System.String NewLine {get;} 
27.     OSVersion          Property   static System.OperatingSystem OSVersion {get;} 
28.     ProcessorCount     Property   static System.Int32 ProcessorCount {get;} 
29.     StackTrace         Property   static System.String StackTrace {get;} 
30.     SystemDirectory    Property   static System.String SystemDirectory {get;} 
31.     TickCount          Property   static System.Int32 TickCount {get;} 
32.     UserDomainName     Property   static System.String UserDomainName {get;} 
33.     UserInteractive    Property   static System.Boolean UserInteractive {get;} 
34.     UserName           Property   static System.String UserName {get;} 
35.     Version            Property   static System.Version Version {get;} 
36.     WorkingSet         Property   static System.Int64 WorkingSet {get;} 
37.      
38.     Static Property values for [System.Environment] 
39.     CommandLine:       : "C:\Users\tfl\Desktop\psp\PowerShellPlus.exe" 
40.     CurrentDirectory   : C:\Users\tfl\Desktop\psp 
41.     ExitCode           : 0 
42.     HasShutdownStarted : False 
43.     MchineName         : 
44.     NewLine            : 
45.  
46.  
47.     OSVersion          : Microsoft Windows NT 6.0.6001 Service Pack 1 
48.     ProcessorCount     : 8 
49.     SystemDirctory     : C:\Windows\system32 
50.     TickCount          : 261135752 
51.     UserDomainName     : COOKHAM 
52.     UserInteractive    : True 
53.     UserName           : tfl 
54.     Version            : 2.0.50727.1434 
55.  
56.     Stack Trace 
57.             { Snipped - Left as an exercise for the reader...} 
58. #> 
59.  
60. ### 
61. #  Start Script 
62. ## 
63.  
64. # Get and display statics in system.environment class 
65. "Static properties in [System.Environment]" 
66. [System.Environment] | Get-Member -Static -MemberType properties 
67.  
68. # Now display the values of the simple static properties 
69. "";"Static Property values for [System.Environment]" 
70. "CommandLine:       : {0}" -f [System.Environment]::CommandLine 
71. "CurrentDirectory   : {0}" -f [System.Environment]::CurrentDirectory 
72. "ExitCode           : {0}" -f [System.Environment]::ExitCOde 
73. "HasShutdownStarted : {0}" -f [System.Environment]::HasShutdownStarted 
74. "MchineName         : {0}" -f [System.Environment]::MachineNam 
75. "NewLine            : {0}" -f [System.Environment]::NewLine 
76. "OSVersion          : {0}" -f [System.Environment]::OSVersion 
77. "ProcessorCount     : {0}" -f [System.Environment]::ProcessorCount 
78. "SystemDirctory     : {0}" -f [System.Environment]::SystemDirectory 
79. "TickCount          : {0}" -f [System.Environment]::TickCount 
80. "UserDomainName     : {0}" -f [System.Environment]::UserDomainName 
81. "UserInteractive    : {0}" -f [System.Environment]::UserInteractive 
82. "UserName           : {0}" -f [System.Environment]::UserName 
83. "Version            : {0}" -f [System.Environment]::Version 
84. "WorkingSet         : {0}" -f [System.Environment]::WorkingSet   
85.  
86. # Here is the stack trace: 
87. "";"Stack Trace:" 
88. [System.Environment]::StackTrace 
89. # End of Script 

Technorati Tags: PowerShell,PowerShell Scripts,scripts,System.Environment

Get-NonWorkingDevices.ps1

1. <# 
2. .SYNOPSIS 
3.     Uses Win32_PNPEntity to return information about non-working devices.
4. .DESCRIPTION 
5.     This script calls Get-WmiObject to retrieve plug and play details,  
6.     then formats and displays non-working devices. The script also has to 
7.     work around how WMI returns 0 and 1 object (i.e. no $obj.count). 
8.      
9.     This is also sample 6 on http://msdn.microsoft.com/en-us/library/aa394587(VS.85).aspx 
10.     recoded with PowerShell. 
11. .NOTES 
12.     File Name  : Get-NonWorkingDevices.ps1 
13.     Author     : Thomas Lee - tfl@psp.co.uk 
14.     Requires   : PowerShell V2 CTP3 
15. .LINK 
16.     Script posted to: 
17.     http://www.pshscripts.blogspot.com 
18.     Original MSDN Page 
19.     http://msdn.microsoft.com/en-us/library/aa394587(VS.85).aspx 
20. .EXAMPLE 
21.     PS C:\foo> Get-NonWorkingDevices.ps1 
22.     No bad devices on Cookham8 
23. .EXAMPLE 
24.     PS C:\foo> Get-NonWorkingDevices.ps1 
25.     Total Bad devices on Cookham8: 1 
26.     Name           : NETGEAR FA311v2 PCI Adapter - Virtual Network 
27.     Class Guid     : {4d36e972-e325-11ce-bfc1-08002be10318} 
28.     Description    : Microsoft Virtual Network switch Adapter 
29.     Device ID      : ROOT\VMS_MP\0001 
30.     Manufacturer   : 
31.     PNP Device Id  : ROOT\VMS_MP\0001 
32.     Service Name   : VMSMP 
33. #> 
34.  
35. ### 
36. #   Start of Script 
37. ### 
38.  
39. # Get non-working devices: 
40. $BadDevices = Get-WmiObject Win32_PNPEntity | Where {$_.ConfigManagerErrorcode -ne 0} 
41.  
42. # Display bad devices  
43. $Hostname = Hostname 
44. if (!$BadDevices) { 
45.    "No bad devices on {0}" -f $Hostname 
46. }  # end if 
47. else { 
48. if (!$BadDevices.Count) {$Count=1} else {$Count=$BadDevices.count} 
49. "Total Bad devices on {0}: {1}" -f $Hostname, $Count 
50. foreach ($Device in $BadDevices) { 
51. "Name           : {0}" -f $Device.Name 
52. "Class Guid     : {0}" -f $Device.Classguid 
53. "Description    : {0}" -f $Device.Description 
54. "Device ID      : {0}" -f $Device.Deviceid 
55. "Manufacturer   : {0}" -f $Device.Manufactuer 
56.  
57. "PNP Device Id  : {0}" -f $Device.PNPDeviceID 
58. "Service Name   : {0}" -f $Device.Service 
59. "" 
60. } # End of ForEach 
61. }  # End of Else 

Technorati Tags: WMI,PowerShell Script,PowerShell,Win32_PNPEntity

Get-MouseInfo.ps1

1. <# 
2. .SYNOPSIS 
3.     Uses Win32_PointingDevice WMI class to return Mouse details.     
4. .DESCRIPTION 
5.     This script first defines some functions to decode various  
6.     WMI attributed from binary to text. Then the script calls  
7.     Get-WmiObject to retrieve Mouse details, then formats that 
8.     information (using the functions defined at the top of the script. 
9.      
10.     While on most systems, there is only one mouse, WMI can return
11.     multiple devices. Hence the foreach loop. Thanks to Jeffrey
12.     Snover for the tip-off!  Also note that not all properties
13.     are returned – although mileage may vary.
14.      
15.     This is also sample 7 on http://msdn.microsoft.com/en-us/library/aa394587(VS.85).aspx 
16.     recoded with PowerShell. 
17. .NOTES 
18.     File Name  : Get-Mouseinfo.ps1 
19.     Author     : Thomas Lee - tfl@psp.co.uk 
20.     Requires   : PowerShell V2 CTP3 
21. .LINK 
22.     Script posted to: 
23.     http://www.pshscripts.blogspot.com 
24.     Original MSDN Page 
25.     http://msdn.microsoft.com/en-us/library/aa394587(VS.85).aspx 
26. .EXAMPLE 
27.     PS C:\foo> Get-Mouseinfo.ps1 
28.     Mouse Information on System: COOKHAM8  (device 1)
29.     Description            : PS/2 Compatible Mouse 
30.     Device ID              : ACPI\PNP0F13\4&33DCE2F0&0 
31.     Device Interface       : PS/2 
32.     Double Speed Threshold : 
33.     Handedness             : 
34.     Hardware Type          : PS/2 Compatible Mouse 
35.     INF File Name          : msmouse.inf 
36.     Inf Section            : PS2_Inst 
37.     Manufacturer           : Microsoft 
38.     Name                   : PS/2 Compatible Mouse 
39.     Number of buttons      : 0 
40.     PNP Device ID          : ACPI\PNP0F13\4&33DCE2F0&0 
41.     Pointing Type          : Unknown 
42.     Quad Speed Threshold   : 
43.     Resolution             : 
44.     Sample Rate            : 
45.     Synch                  : 
46. #> 
47.  
48. ### 
49. # Start of Script 
50. ### 
51.  
52. # Functions to decode details 
53.  
54. function Deviceinterface { 
55. param ($value) 
56. switch ($value) { 
57. 0    {"Other"} 
58. 1    {"Unknown"} 
59. 3    {"Serial"} 
60. 4    {"PS/2"} 
61. 5    {"Infrared"} 
62. 6    {"HP-HIL"} 
63. 7    {"Bus Mouse"} 
64. 8    {"ADP (Apple Desktop Bus)"} 
65. 160  {"Bus Mouse DB-9"} 
66. 161  {"Bus Mouse Micro-DIN"} 
67. 162  {"USB"} 
68. } 
69. } 
70.  
71. function Handedness { 
72. param ($value) 
73. switch ($value) { 
74. 0 {"Unknown"} 
75. 1 {"Not Applicable"} 
76. 2 {"Right-Handed Operation"} 
77. 3 {"Left-Handed Operation"} 
78. } 
79. } 
80.  
81. function Pointingtype { 
82. param ($value) 
83. switch ($value) { 
84. 1 {"Other"} 
85. 2 {"Unknown"} 
86. 3 {"Mouse"} 
87. 4 {"Track Ball"} 
88. 5 {"Track Point"} 
89. 6 {"Glide Point"} 
90. 7 {"Touch Pad"} 
91. 8 {"Touch Screen"} 
92. 9 {"Mouse - Optical Sensor"} 
93. } 
94. } 
95.  
96. # Now do script stuff 
97. # Get Mouse information 
98. $mice = Get-WmiObject -Class Win32_PointingDevice 
99. $i=1 
100.  
101. foreach ($mouse in $mice) { 
102.  
103. # Display details 
104. "Mouse Information on System: {0} (device {1})" -f $mouse.systemname, $i 
105. "Description            : {0}" -f $mouse.Description 
106. "Device ID              : {0}" -f $mouse.DeviceID 
107. "Device Interface       : {0}" -f (Deviceinterface($mouse.DeviceInterface)) 
108. "Double Speed Threshold : {0}" -f $mouse.DoubleSpeedThreshold 
109. "Handedness             : {0}" -f (Handedness($mouse.handedness)) 
110. "Hardware Type          : {0}" -f $mouse.Hardwaretype 
111. "INF File Name          : {0}" -f $mouse.InfFileName 
112. "Inf Section            : {0}" -f $mouse.InfSection 
113. "Manufacturer           : {0}" -f $mouse.Manufacturer 
114. "Name                   : {0}" -f $mouse.Name 
115. "Number of buttons      : {0}" -f $mouse.NumberOfButtons 
116. "PNP Device ID          : {0}" -f $mouse.PNPDeviceID 
117. "Pointing Type          : {0}" -f (Pointingtype ($mouse.PointingType)) 
118. "Quad Speed Threshold   : {0}" -f $mouse.QuadSpeedThreshold 
119. "Resolution             : {0}" -f $mouse.Resolution 
120. "Sample Rate            : {0}" -f $mouse.SampleRate 
121. "Synch                  : {0}" -f $mouse.Synch 
122. $i++ 
123. } 
124. # End of Script 

Technorati Tags: PowerShell,PowerShell Scripts,scripts,WMI,WIn32_PointingDevice

Get-DateTime.ps1

1. <# 
2. .SYNOPSIS 
3.   Uses .NET formatting strings to format date/time values   
4. .DESCRIPTION 
5.   Recreates an MSDN sample for displaying Date/TIme Format. See 
6.   links section for pointer to original Sample. 
7. .NOTES 
8.     File Name  : Get-DateTime.ps1 
9.     Author     : Thomas Lee - tfl@psp.co.uk 
10.     Requires   : PowerShell V2 CTP3 
11. .EXAMPLE 
12.     PS C:\foo> .\Get-DateTime.ps1 
13.     FORMAT  en-gb EXAMPLE 
14.     CHAR    VALUE OF ASSOCIATED PROPERTY, if ANY 
15.       d     12/28/2008 
16.             dd/MM/yyyy (ShortDatePattern) 
17.       D     28 December 2008 
18.             dd MMMM yyyy (LongDatePattern) 
19.       f     28 December 2008 16:37 
20.       F     28 December 2008 16:37:00 
21.             dd MMMM yyyy HH:mm:ss (FullDateTimePattern) 
22.       g     28/12/2008 16:37 
23.       G     28/12/2008 16:37:00 
24.       m     28 December 
25.             dd MMMM (MonthDayPattern) 
26.       M     28 December 
27.             dd MMMM (MonthDayPattern) 
28.       o     2008-12-28T16:37:00.4017900+00:00 
29.       r     Sun, 28 Dec 2008 16:37:00 GMT 
30.             ddd, dd MMM yyyy HH':'mm':'ss 'GMT' (RFC1123Pattern) 
31.       R     Sun, 28 Dec 2008 16:37:00 GMT 
32.             ddd, dd MMM yyyy HH':'mm':'ss 'GMT' (RFC1123Pattern) 
33.       s     2008-12-28T16:37:00 
34.             yyyy'-'MM'-'dd'T'HH':'mm':'ss (SortableDateTimePattern) 
35.       t     16:37 
36.             HH:mm (ShortTimePattern) 
37.       T     16:37:00 
38.             HH:mm:ss (LongTimePattern) 
39.       u     2008-12-28 16:37:00Z 
40.             yyyy'-'MM'-'dd HH':'mm':'ss'Z' (UniversalSortableDateTimePattern) 
41.       U     28 December 2008 16:37:00\n 
42.       y     December 2008 
43.             MMMM yyyy (YearMonthPattern) 
44.       Y     December 2008 
45.             MMMM yyyy (YearMonthPattern) 
46. .EXAMPLE 
47.     PS C:\foo> Get-Help Get-DateTime.ps1 
48.     Left as an exercise for the reader! 
49. .LINK 
50.     Script posted to: 
51.     http://www.pshscripts.blogspot.com 
52.     MSDN Sample Page showing C# original 
53.     http://msdn.microsoft.com/en-us/library/system.globalization.datetimeformatinfo.aspx 
54. #> 
55.  
56. ## 
57. # Start of Script 
58. ## 
59.  
60. # Create and initialise a DateTimeFormatInfo associated with the en-US culture. 
61. $culture = [system.Globalization.CultureInfo]::CreateSpecificCulture("en-gb") 
62. $dtfi   = $culture.DateTimeFormat 
63.  
64. # Create a DateTime with the Gregorian date January 3, 2002 (year=2002, month=1, day=3). 
65. # The Gregorian calendar is the default calendar for the en-GB culture. 
66. $dt = get-date 
67. "FORMAT  en-gb EXAMPLE" 
68. "CHAR    VALUE OF ASSOCIATED PROPERTY, IF ANY"  
69. "  d     {0}       "   -f $DT.ToString("d", $DI)  
70. "        {0} {1}   "   -f $dtfi.ShortDatePattern, "(ShortDatePattern)"  
71. "  D     {0}       "   -f $dt.ToString("D", $DTFI)  
72. "        {0} {1}   "   -f $dtfi.LongDatePattern,  "(LongDatePattern)"  
73. "  f     {0}       "   -f $dt.ToString("f", $DTFI)  
74. "  F     {0}       "   -f $dt.ToString("F", $DTFI)  
75. "        {0} {1}   "   -f $dtfi.FullDateTimePattern, "(FullDateTimePattern)"  
76. "  g     {0}       "   -f $dt.ToString("g", $DTFI)  
77. "  G     {0}       "   -f $dt.ToString("G", $DTFI)  
78. "  m     {0}       "   -f $dt.ToString("m", $DTFI)  
79. "        {0} {1}   "   -f $dtfi.MonthDayPattern, "(MonthDayPattern)"  
80. "  M     {0}       "   -f $dt.ToString("M", $DTFI)  
81. "        {0} {1}   "   -f $dtfi.MonthDayPattern, "(MonthDayPattern)" 
82. "  o     {0}       "   -f $dt.ToString("o", $DTFI)  
83. "  r     {0}       "   -f $dt.ToString("r", $DTFI)  
84. "        {0} {1}   "   -f $dtfi.RFC1123Pattern, "(RFC1123Pattern)"  
85. "  R     {0}       "   -f $dt.ToString("R", $DTFI)  
86. "        {0} {1}   "   -f $dtfi.RFC1123Pattern, "(RFC1123Pattern)"  
87. "  s     {0}       "   -f $dt.ToString("s", $DTFI)  
88. "        {0} {1}   "   -f $dtfi.SortableDateTimePattern, "(SortableDateTimePattern)"  
89. "  t     {0}       "   -f $dt.ToString("t", $DTFI)  
90. "        {0} {1}   "   -f $dtfi.ShortTimePattern, "(ShortTimePattern)"  
91. "  T     {0}       "   -f $dt.ToString("T", $DTFI)  
92. "        {0} {1}   "   -f $dtfi.LongTimePattern, "(LongTimePattern)"  
93. "  u     {0}       "   -f $dt.ToString("u", $DTFI)  
94. "        {0} {1}   "   -f $dtfi.UniversalSortableDateTimePattern, "(UniversalSortableDateTimePattern)"  
95. "  U     {0}\n     "   -f $dt.ToString("U", $DTFI)  
96. "  y     {0}       "   -f $dt.ToString("y", $DTFI)  
97. "        {0} {1}   "   -f $dtfi.YearMonthPattern, "(YearMonthPattern)"  
98. "  Y     {0}       "   -f $dt.ToString("Y", $DTFI)  
99. "        {0} {1}   "   -f $dtfi.YearMonthPattern, "(YearMonthPattern)"  
100. # End of Script 

Technorati Tags: System.DateTime,formatting,string formating,PowerShell,Scripts

Get-Domain

1. <# 
2. .SYNOPSIS 
3.     Shows use of GetCurrentDomain to return information about the domain 
4. .DESCRIPTION 
5.     Uses system.directoryservices.activedirectory.domain and GetCurrentDomain 
6.     to return domain information of the currently logged on user. Note that this 
7.     domain may be different to the domain of the computer itself. 
8. .NOTES 
9.     File Name  : get-domain.ps1 
10.     Author     : Thomas Lee - tfl@psp.co.uk 
11.     Requires   : PowerShell V2 CTP3 
12. .LINK 
13.     http://www.pshscripts.blogspot.com 
14. .EXAMPLE 
15.     PS c:\foo> .\get-domain.ps1 
16.     You are connected to the cookham.net domain 
17.     Role Holders in this domain: 
18.       PDC Role Holder     :  Cookham1.cookham.net 
19.       RID Role Holder     :  Cookham1.cookham.net 
20.       InfraM Role Holder  :  Cookham1.cookham.net 
21. #> 
22.  
23. ### 
24. # Start of script 
25. ### 
26.  
27. # Get Domain information 
28. $domain = [System.DirectoryServices.ActiveDirectory.Domain]::GetCurrentDomain()  
29.  
30. # Display information    
31.    "You are connected to the {0} domain" -f $domain.name  
32.    "Role Holders in this domain:" 
33.    "  PDC Role Holder     :  {0}" -f $domain.PdcRoleOwner 
34.    "  RID Role Holder     :  {0}" -f $domain.RIDRoleOwner 
35.    "  InfraM Role Holder  :  {0}" -f $domain.InfrastructureRoleOwner 
36. # End of script    

Technorati Tags: PowerShell,PowerShell V2,PowerShell script,system.directoryservics.activedirectory.domainMode,getcurrentdomain

Get-StockQuote.ps1

1. <# 
2. .SYNOPSIS 
3.     Gets stock quotes using a web servoice 
4. .DESCRIPTION 
5.     This function uses the New-WebServiceProxy cmdlet to 
6.     create a web service proxy. Then it calls that proxy 
7.     to get stock information.  
8. .NOTES 
9.     File Name  : get-stockquote.ps1 
10.     Author     : Thomas Lee - tfl@psp.co.uk 
11.     Requires   : PowerShell V2 CTP3 
12. .LINK 
13.    Original post:   
14.    http://PoshCode.org/embed/752 
15.    Updated script posted: 
16.    http://www.pshscripts.blogspot.com 
17. .INPUTTYPE 
18.    String(s) representing stock tickers to find 
19. .RETURNVALUE 
20.    XML Element, holding stock details 
21. .EXAMPLE 
22.     Run from PowerShell Prompt: 
23.     Get-StockQuote "MSFT" 
24.     Output - left as an exercise for the reader 
25. .EXAMPLE 
26.     Run from Pipeline 
27.     "IBM","INTC" | Get-StockQuote 
28.     Output - left as an exercise for the reader 
29. .PARAMETER TICKER 
30.     A string, or array of strings representing stock tickers 
31.     The function gets stock details for each stock ticker provided 
32. #> 
33.  
34. function Get-StockQuote { 
35. param( 
36. [Parameter(Position=0, Mandatory=$FALSE, ValueFromPipeline=$TRUE)]  
37. [String] $TICKER="MSFT" ) 
38. process { 
39.    $ticker 
40.    $s = new-webserviceproxy -uri http://www.webservicex.net/stockquote.asmx 
41.    foreach ($symbol in $ticker) { 
42.       $result = [xml]$s.GetQuote($symbol) 
43.       $result.StockQuotes.Stock 
44.     } # end foreach 
45. } #end process block 
46. } # end function 
47.  
48.  
49. "Example 1:" 
50. "==========" 
51. Get-StockQuote MSFT 
52. "" 
53. "Example 2:" 
54. "==========" 
55. "IBM","INTC" | Get-StockQuote 

Technorati Tags: new-webserviceproxy,powershell,powershell scripts,web service

Validate-EmailAddress.ps1

1. <# 
2. .SYNOPSIS 
3.     Validates an email address using a web service 
4. .DESCRIPTION 
5.     This script uses the New-WebServiceProxy cmdlet to 
6.     create a web service proxy. Then it calls that proxy 
7.     to Validate an email address.  
8. .NOTES 
9.     File Name  : validate-emailaddress.ps1 
10.     Author     : Thomas Lee - tfl@psp.co.uk 
11.     Requires   : PowerShell V2 CTP3 
12. .LINK 
13.    Script posted to: 
14.    http://www.pshscripts.blogspot.com 
15. .INPUTTYPE 
16.    String(s) representing email address to validate 
17. .RETURNVALUE 
18.    [Boolean] - whether email address was valid 
19. .EXAMPLE 
20.     Run from PowerShell Prompt: 
21.     PS C:\foo> .\Validate-EmailAddress "tfl@psp.co.uk” 
22.     True 
23. .EXAMPLE 
24.     Run from Pipeline: 
25.     PS C:\foo> "tfl@psp.co.uk", "foo@foo.bar" | .\Validate-EmailAddress 
26.     True 
27.     False 
28. .PARAMETER addr 
29.     A string, or array of strings representing email addresses to check 
30. #> 
31.  
32. param( 
33. [Parameter(Position=0, Mandatory=$FALSE, ValueFromPipeline=$TRUE)]  
34. [String] $Addr = "doctordns@gmail.com" ) 
35. process { 
36.    $s = new-webserviceproxy -uri http://www.webservicex.net/validateEmail.asmx 
37.    foreach ($a in $addr) { 
38.       $result = $s.IsValidEmail($a) 
39.       $result 
40.     } # end foreach 
41. } #end process block 

Technorati Tags: email,web service,PowerShell,script,PowerShell v2