The Kindle Direct Publishing program is a great way for authors to self-publish their books for Kindle users. There are several limitations however when it comes to readying your book for the Kindle since Kindle only supports very basic HTML. You have to abandon any fancy formatting you may have done in recent word processors and give your book a ’1999 Netscape Navigator 3.0 compatible website’ look.

I recently decided to move one of my Dad’s books into this channel. The book was written in MS-word and formatted to properly print on both sides of a page. Additionally there were many non-standard formatting techniques – eg different Header styles applied to different chapter headings. Properly formatting the book for Kindle would have taken a lot of effort, so I decided to accomplish at least part of that effort, using VBA for MS-word.

The VBA Macro I developed is below with instructions for use. This macro Kindle-readies a word document by:
1 – Transforming Page size to be 4.5″x5.5″, plus very small margins.
2 – Justifies all paragraphs, and reduces their indents to a very small value
3 – Merges all columns within Tables, so there are only tables with one column and as many rows as originally existed. I did this because the tables in my word documents were poorly formatted, and I decided to go with a 1-column table layout that the kindle could handle more easily.
4 – Centers all tables and shapes on the page

This macro will also save the current document and save a copy as a HTML (Filtered) file in a specified subdirectory with a “KDP_” prefix. You can choose to switch off either option.

What this macro does not do -
1 – Clean up headers/footers
2 – Standardize formatting – e.g. the header styles for different sections
3 – Clean up any font issues
4 – Clean up the resulting HTML code  – I recommend running HTMLTidy within Notepad++ on the HTML files generated through this code. One specific problem that HTMLTidy resolved was long strings of space, newline or tab characters that create unnecessary whitespace on the Kindle. As this kind of whitespace may have specific purpose in your word document, I did not make this cleanup part of the code.
5 – Reduce image size. Still need to figure this one out – does Kindle automatically reduce all images to viewable size?
6 – a lot of other issues your word files may have!

Below are instructions on using the code and the code itself. Please note this was made for a very specific purpose, and there are absolutely no warranties of any kind. Use this at your own risk! And take a backup of all your files before proceeding. Also I will only make future updates to the code as required to suit my purpose. This macro was designed and tested on MS Office 2003.

How to use this macro -

1. I run this Macro in the Normal.dot file. See these steps at the end to know how to insert this code into the Normal.dot file
2. After the Macro has been inserted into the Normal.dot file, I created a toolbar button to run it. You could choose to run it from the Tools menu everytime.
3. If you would like to save resulting HTML files in a subdirectory of the folder where your word document is, then modify the KDPPATH variable in the macro.
4. This macro will save the current document (Doc) and also save a HTML version. To stop either option, you can comment out the corresponding line in the macro.
5. Open the word document that you need to convert.
6. Run the macro using the toolbar button or from the Tools menu.
7. Wait until you get a ‘Done’ message box. Then your doc/html file should be ready. The MSWord window will show the HTML file after completion (unless you opted out of the HTML generation).
8. You may need to further work on the DOC file and address other issues before it is finally ready for Kindle formatting. If you do this, you will need to save it as an HTML from the File menu yourself.

Macro Code

Option Explicit
Dim KDPPATH As String
Dim INDENTVALUE As Single
Public Sub PerformKindleFormatting()
‘if you have a subdirectory in the SAME folder as the DOC file where you want the KDP html files to be saved, then
‘put that subdirectory name in the KDPPATH variable below. Leave blank if you want html files to be in the same location as the DOC
KDPPATH = “myKDP/”   ‘ don’t remove the trailing backslash \ if you put a value here  !!!!!

INDENTVALUE = 1 / 72

‘MsgBox “Starting ‘” & ActiveDocument.Name & “‘ You will receive another message when the process is done.”
Step1DoPagesetup
Step2FixAlignments
‘ Step3
‘Step4SaveDocument   ‘ comment out this line if you don’t want to save the modified DOC file itself
Step5SaveAsWebpage  ‘ comment out this line if you don’t want to save a copy in HTML (Filtered) format
MsgBox “Done”
End Sub

Sub Step1DoPagesetup()
‘ MOST OF THE CODE HERE GENERATED BY RECORDING A MACRO..SOME TWEAKS AS COMMENTED BELOW
With ActiveDocument.Styles(wdStyleNormal).Font
If .NameFarEast = .NameAscii Then
.NameAscii = “”
End If
.NameFarEast = “”
End With
With ActiveDocument.PageSetup
.LineNumbering.Active = False
.Orientation = wdOrientPortrait
.TopMargin = InchesToPoints(INDENTVALUE)   ‘VERY SMALL MARGIN
.BottomMargin = InchesToPoints(INDENTVALUE) ‘VERY SMALL MARGIN
.LeftMargin = InchesToPoints(INDENTVALUE)  ‘VERY SMALL MARGIN
.RightMargin = InchesToPoints(INDENTVALUE) ‘VERY SMALL MARGIN
.Gutter = InchesToPoints(0)
.HeaderDistance = InchesToPoints(0) ‘HEADER IS RIGHT ON TOP
.FooterDistance = InchesToPoints(0) ‘FOOTER IS RIGHT AT BOTTOM
.PageWidth = InchesToPoints(4.5)    ‘USING 4.5 INCHES TO SOMEWHAT ALIGN WITH KINDLE VIEWABLE SCREEN WIDTH
.PageHeight = InchesToPoints(5.5)   ‘USING 5.5 INCHES TO SOMEWHAT ALIGN WITH KINDLE VIEWABLE SCREEN HEIGHT
.FirstPageTray = wdPrinterDefaultBin
.OtherPagesTray = wdPrinterDefaultBin
.SectionStart = wdSectionContinuous ‘ MODIFIED THIS TO CONTINOUS. TEST WITH NEWPAGE OPTION ALSO?
.OddAndEvenPagesHeaderFooter = False
.DifferentFirstPageHeaderFooter = False
.VerticalAlignment = wdAlignVerticalTop
.SuppressEndnotes = False
.MirrorMargins = False
.TwoPagesOnOne = False
.BookFoldPrinting = False
.BookFoldRevPrinting = False
.BookFoldPrintingSheets = 1
.GutterPos = wdGutterPosLeft
End With
If ActiveWindow.View.SplitSpecial <> wdPaneNone Then
ActiveWindow.Panes(2).Close
End If
If ActiveWindow.ActivePane.View.Type = wdNormalView Or ActiveWindow.ActivePane.View.Type = wdOutlineView Then
ActiveWindow.ActivePane.View.Type = wdPrintView
End If
ActiveWindow.ActivePane.View.SeekView = wdSeekMainDocument
End Sub
Public Sub Step2FixAlignments()
Dim i As Long
Dim j As Long
With ActiveDocument
For i = 1 To .Paragraphs.Count
.Paragraphs(i).Alignment = wdAlignParagraphJustify  ‘ JUSTIFY ALL TEXT
.Paragraphs(i).FirstLineIndent = InchesToPoints(INDENTVALUE)    ‘ SMALL INDENT TO FIRST LINE OF PARAS
.Paragraphs(i).LeftIndent = InchesToPoints(INDENTVALUE) ‘ SMALL INDENT TO PARA
Next i
For i = 1 To .Sections.Count
‘Sections(i).Range.Borders.InsideLineStyle = wdLineStyleThickThinLargeGap    ‘DOING NOTHIN TO SECTIONS
Next i
For i = .Tables.Count To 1 Step -1
For j = 1 To .Tables(i).Rows.Count
.Tables(i).Rows(j).Select
Selection.Cells.Merge       ‘ MERGE COLUMNS IN TABLES SO THERE ARE ONLY TABLES WITH SINGLE COLUMNS
Next j
.Tables(i).Rows.Alignment = wdAlignRowCenter    ‘CENTER TABLE
.Tables(i).AutoFitBehavior (wdAutoFitWindow)    ‘MAKE TABLE AUTOFIT TO WINDOW
Next i
‘For i = 1 To .InlineShapes.Count
‘   .InlineShapes(i).Borders.Enable = True
‘   .InlineShapes(i).Borders.OutsideLineWidth = wdLineWidth150pt
‘   .InlineShapes(i).Borders.OutsideColor = wdColorBrightGreen
‘   .InlineShapes(i).Borders.OutsideLineStyle = wdLineStyleDashLargeGap
‘Next i
Dim oILShp As InlineShape
For Each oILShp In ActiveDocument.InlineShapes
oILShp.Select
Selection.ParagraphFormat.Alignment = wdAlignParagraphCenter    ‘ CAUSE INLINE SHAPES TO CENTER
Next
For i = 1 To .Shapes.Count
.Shapes(i).Left = wdShapeCenter
.Shapes(i).RelativeHorizontalPosition = wdRelativeHorizontalPositionMargin  ‘CENTER SHAPES
Next i
End With
End Sub
Sub Step4SaveDocument()
‘ Currently we just save the document AS-IS. We don’t save a copy. Because if we save a copy,
‘ its the copy that’s open when the HTML file is being saved next, and that distorts the path/filenames
ActiveDocument.Save

‘Dim fn As String
‘fn = “KDP_” & ActiveDocument.Name
‘Debug.Print “Saving as ” & ActiveDocument.Path & fn
‘ActiveDocument.SaveAs FileName:=ActiveDocument.Path & “\” & KDPPATH & fn, FileFormat:=wdFormatDocument

End Sub
Sub Step5SaveAsWebpage()

With ActiveDocument.WebOptions
.RelyOnCSS = False              ‘ STILL RESULTS IN CSS .. MSWORD #FML
.OptimizeForBrowser = True      ‘ OK YA?
.OrganizeInFolder = True
.UseLongFileNames = True
.RelyOnVML = False              ‘ VML HA HA
.AllowPNG = False               ‘ I LIKE MY LAWSUITS IN GIF
.ScreenSize = msoScreenSize640x480  ‘ CLOSEST OPTION TO KINDLE?
.PixelsPerInch = 72             ‘ READ SOMEWHERE THAT KINDLE IS GOOD WITH 72 DPI?
.Encoding = msoEncodingWestern
End With
With Application.DefaultWebOptions
.UpdateLinksOnSave = True
.CheckIfOfficeIsHTMLEditor = True
.CheckIfWordIsDefaultHTMLEditor = True
.AlwaysSaveInDefaultEncoding = False
.SaveNewWebPagesAsWebArchives = False
End With

‘ this part takes the file name, removes the DOC (or any) extension, and prepends KDP to form a new filename with extension html
‘ it will save the new html file in the same location as the original DOC file.
‘ If you put a value in the KDPPATH variable in the GLOBAL section on the top of this code,
‘ the html file will be saved in the resulting KDPPATH subdirectory
Dim fn As String
fn = ActiveDocument.Name
fn = “KDP_” & Left(fn, InStr(fn, “.”) – 1)
Debug.Print “Saving as ” & ActiveDocument.Path & fn
ActiveDocument.SaveAs FileName:=ActiveDocument.Path & “\” & KDPPATH & fn, FileFormat:=wdFormatFilteredHTML
End Sub

Other Useful links:

1. John August’s basics for Kindle formatting
2. Aaron Shepard’s tutorial on word to Kindle formatting
3. Kindle Formatting Faq
4. HTML tags compatible with Kindle
5. Understand Normal.dot

How to add a macro to your Normal.dot file

1 – Open MS Word
— Close any documents such as the “New blank document” that opens up.
2 – Click on the menu Tools->Macros->Visual Basic Editor (Alternatively press Alt-F11)
3 – If you don’t see a “Project” pane on the left hand side of the VB editor, click on the menu View->Project Explorer
4 – In the project pane, you should be able to see a high level item called “Normal”, under which there will be a subitem called “Modules”.
5 – If under “Modules”. you see a module called “NewMacros”, then double click on it to open it in the editor. If you don’t, then right click on “Modules”, and select the contextmenu item Insert->Module. Open the new module for editing.
6 – Paste the macro into the module, in the editor window.
7 – Save the file. Close word. Now the macro should be a permanent part of your MSWord and can be used on any word document you open in the future.

Due to security concerns in our vicinity last year, I needed a way to keep tabs on our home while the whole family was away on vacation. The idea was to be able to view images of your home, live over the internet from whereever we were. CCTV solutions weren’t an option as they were expensive and none seemed to have a remote viewing option. I believe now there are advanced Logitech webcams in the market that also pivot and stream images to the net, but again they come at a price, and don’t take care of a few things like problems with your internet connection or laptop power when you’re not available to take care of them.

However, there are freeware/shareware solutions on the internet that allow you to capture your webcam and stream it online, even at a particular schedule.The software that I used was a super little app called Active Webcam from Pysoft.

Further, I needed a software that would take care of laptop restarts/windows crashes/net connection blips (and also auto logging into the net account if the login expires every 24 hrs) and that would automatically start Active Webcam every time the system started up – I decided to code that in VB.

Apart from the software I also needed my personal laptop, regular webcam and a DSL internet connection. I had gprs activated on my phone as well, in order to view the images uploaded.

First, i installed Active Webcam and set it up so it would stream images from the webcam to my website at a specific URL.  (Yes, you need a website host that offers FTP where the images will be uploaded to – possibly there are options to upload to photo services like flickr/photobucket too, or to send emails to you with attached images)

Second, compile the code below into an exe and include that exe in the Windows Startup so it runs at system startup.

When this program runs, it will
- check for internet connection availability, and if not available will to restart the local modem
- if the internet connection doesn’t come up after 3 modem restarts, it will restart Windows. It won’t restart windows more than once in 15 mins though.
- log the laptop’s battery status
- log everything to a remote php file so the logs can be viewed remotely too

Download the entire VB project.

This VB project has :
1. a form called frmMain
2. a module called Module1.bas

The code for both is shown below – a lot of the sections came from various sources on the net, so no claims there and a big thanks to them. Also, it all seemed to work at the time.

Also there are certain urls – while most are simply used to check the internet connection, the ’192.168.1.1′ is my modem’s local admin page that you may need to change accordingly. (In order to restart the modem, I used the code here to login to the local admin at 192.168.1.1 and post my username/password etc to the appropriate file (restartmodem.htm))

————————————————————————————————————

frmMain.frm – code

Private Declare Function InternetGetConnectedState Lib “wininet.dll” (ByRef dwFlags As Long, ByVal dwReserved As Long) As Long

Private Declare Function InternetCheckConnection Lib “wininet.dll” Alias “InternetCheckConnectionA” (ByVal lpszUrl As String, ByVal dwFlags As Long, ByVal dwReserved As Long) As Long

Private Declare Function SendMessage Lib “user32″ Alias “SendMessageA” (ByVal hWnd As Long, ByVal wMsg As Long, ByVal wParam As Long, lParam As Any) As Long
Private Declare Function OpenProcess Lib “kernel32″ (ByVal dwDesiredAccess As Long, ByVal bInheritHandle As Long, ByVal dwProcessId As Long) As Long
Private Declare Function WaitForSingleObject Lib “kernel32″ (ByVal hHandle As Long, ByVal dwMilliseconds As Long) As Long
Private Declare Function CloseHandle Lib “kernel32″ (ByVal hObject As Long) As Long

Private Declare Function GetExitCodeProcess Lib “kernel32″ _
(ByVal hProcess As Long, lpExitCode As Long) As Long

Private Declare Function TerminateProcess Lib “kernel32″ _
(ByVal hProcess As Long, ByVal uExitCode As Long) As Long

Private Const FLAG_ICC_FORCE_CONNECTION = &H1

Private Declare Function NetUserGetInfo Lib “netapi32″ (lpServer As Any, lpUserName As Any, ByVal Level As Long, lpBuffer As Any) As Long
Private Declare Function GetUserName Lib “advapi32.dll” Alias “GetUserNameA” (ByVal lpBuffer As String, nSize As Long) As Long
Private Declare Function GetComputerName Lib “kernel32″ Alias “GetComputerNameA” (ByVal lpBuffer As String, nSize As Long) As Long
Private Declare Sub CopyMemory Lib “kernel32″ Alias “RtlMoveMemory” (Destination As Any, Source As Any, ByVal Length As Long)

Private Const UNLEN As Long = 256         ‘ Maximum username length
Private Const CNLEN As Long = 31          ‘ Maximum computer name length
Private Const NERR_Success As Long = 0&

Dim actcamShellID As Long

Dim nwErrorCounter As Integer
Const nwErrorThreshold = 1

Dim WinHttpReq As WinHttp.WinHttpRequest
Const HTTPREQUEST_SETCREDENTIALS_FOR_SERVER = 0
Const HTTPREQUEST_SETCREDENTIALS_FOR_PROXY = 1

Public Enum shutdownTypes

Logoff = 0
Shutdown = 1
Reboot = 2
Force = 4
PowerOff = 8

End Enum

Private Type LUID

UsedPart As Long
IgnoredForNowHigh32BitPart As Long

End Type

Private Type TOKEN_PRIVILEGES

PrivilegeCount As Long
TheLuid As LUID
Attributes As Long

End Type

‘
‘The function used to actually send the request to shutdown windows. Set the ‘shutdownTypes’
‘parameter to whether you want windows to “shutdown, reboot, logOff, ect…”
Private Declare Function ExitWindowsEx Lib “user32″ (ByVal shutdownType As Long, ByVal dwReserved As _
Long) As Long
‘
‘Will get a handle to the process this function is called.
Private Declare Function GetCurrentProcess Lib “kernel32″ () As Long
‘
‘
‘The functions below are all used to give the application that the library is bound to the proper privilege so
‘the OS will allow the app to Shutdown Windows.
‘
‘
Private Declare Function OpenProcessToken Lib “advapi32″ (ByVal ProcessHandle As Long, ByVal _
DesiredAccess As Long, ByRef TokenHandle As Long) As Long
‘
Private Declare Function LookupPrivilegeValue Lib “advapi32″ Alias “LookupPrivilegeValueA” (ByVal _
lpSystemName As String, ByVal lpName As String, ByRef lpLuid As LUID) As Long
‘
Private Declare Function AdjustTokenPrivileges Lib “advapi32″ (ByVal TokenHandle As Long, ByVal _
DisableAllPrivileges As Boolean, ByRef NewState As TOKEN_PRIVILEGES, ByVal BufferLength As _
Long, ByRef PreviousState As TOKEN_PRIVILEGES, ByRef ReturnLength As Long) As Long

Private Sub cmdStart_Click()
‘ moved below  2 to formm load now
‘Log “Starting timer…”
‘Timer1.Enabled = True

‘In my case I started Active Webcam using the windows startup options – if you want this healthchecker to start the app, uncomment this line and also the one cmdStop_Click()
‘actcamShellID = Shell(“C:\Program Files\Active WebCam\WebCam.exe”, vbMinimizedNoFocus)
End Sub

Private Sub cmdStop_Click()
Timer1.Enabled = False
Log “Stopped timer.”

‘Debug.Print EndShelledProcess(actcamShellID)
End Sub

Private Sub Form_Load()
Set WinHttpReq = New WinHttpRequest
Log “Application started…”, 1

Log “Starting timer…”
Timer1.Enabled = True

nwErrorCounter = 0
End Sub

Private Sub Form_Terminate()
Log “Application terminated.”, 1
End Sub

Private Sub Timer1_Timer()
DoEvents
Dim nwTrulyBad As Integer

If (nwErrorCounter > nwErrorThreshold) Then
‘ too many times nw error – just restart network
Log “Timer off…”
Timer1.Enabled = False
Log “restarting network”

nwTrulyBad = 0
While (nwTrulyBad < 3)
Log “… restart attempt ” & (nwTrulyBad + 1)
restartModem
If (InternetCheckConnection(“http://web1219.ixwebhosting.com”, FLAG_ICC_FORCE_CONNECTION, 0&) <> 0) Then
Log “… restart attempt succeeded ”
nwTrulyBad = 0
‘Exit Do
Else
nwTrulyBad = nwTrulyBad + 1
Log “… restart attempt failed.”
End If
Wend

If (nwTrulyBad >= 3) Then
Log “… Modem restart failed. Need to restart system”
‘ Network did nost cmoe up even after restarting modem 3 times. Should restart system now.
‘ however do not restart if last system reboot time was less than 15 mins ago
If ((Now – LastLogon2()) > 0.0104) Then
shutdownWindowsOS shutdownTypes.Reboot Or Force
Log “PC RESTARTING”
Else
Log “TOO SOON TO RESTART”
End If
End If

nwErrorCounter = 0
End If

Timer1.Enabled = True

If InternetCheckConnection(“http://web1219.ixwebhosting.com”, FLAG_ICC_FORCE_CONNECTION, 0&) = 0 Then
nwErrorCounter = nwErrorCounter + 1
Timer1.Interval = 15000
Log “No internet connection detected…nw counter: ” & nwErrorCounter
Else
nwErrorCounter = 0
Timer1.Interval = 10000
Log “Internet connection detected…”
End If

Log “Battery status: ” & GetBatteryStatus()
If (InStr(1, GetBatteryStatus(), “Low”)) Then
Log “BatteryRed” & GetBatteryStatus(), 1
End If
End Sub

Private Sub restartModem()

DoEvents

‘ Assemble an HTTP request.s
WinHttpReq.Open “POST”, “http://192.168.1.1/cgi-bin/webcm”, False

‘ Set the user name and password.
WinHttpReq.SetCredentials “admin”, “admin”, HTTPREQUEST_SETCREDENTIALS_FOR_SERVER

‘Set Content-Type header
WinHttpReq.SetRequestHeader “Content-Type”, “application/x-www-form-urlencoded”

On Error GoTo nextpt
‘Send the form data To URL As POST binary request
WinHttpReq.Send “getpage=”"http://192.168.1.1/cgi-bin/html/tools/restartmodem.htm”"&var:com=”"restart”"&var:ip=”"”"&var:restart=”"1″”&logic:command/ppp_disconnect=”"”"”

‘ Display the status code and response headers.
Debug.Print WinHttpReq.Status & ” ” & WinHttpReq.StatusText
Debug.Print WinHttpReq.GetAllResponseHeaders & “  ” & WinHttpReq.ResponseText

nextpt:
End Sub

Public Sub Log(txt As String, Optional priority As Integer)
‘txtLog.Text = txtLog.Text & vbNewLine & txt

‘Open “c:\hclog.txt” For Append As #2
‘Print #2, Now
‘Print #2, txt
‘Print #2, String(91, “*”)
‘Close #2

If (priority = 1) Then
WinHttpReq.Open “GET”, “http://www.YOURSITE.com/log.php?txtlog=” & Now & “, ” & txt, True
WinHttpReq.Send
On Error Resume Next
End If
End Sub
Public Function EndShelledProcess(ShellReturnValue As Long) _
As Boolean

‘PURPOSE: End a process started with VB’s Shell Statement
‘INPUT: Task ID returned by Shell
‘RETURNS: True if succesful, false otherwise

On Error Resume Next

Dim hInst As Long
Dim hProcess As Long
Dim lExitCode As Long
Dim lRet As Long

hInst = ShellReturnValue
If hInst = 0 Then Exit Function

‘Get handle to process
hProcess = OpenProcess(PROCESS_ALL_ACCESS, 0&, hInst)
If hProcess <> 0 Then
‘get exit code
GetExitCodeProcess hProcess, lExitCode
If lExitCode <> 0 Then
‘bye-bye
lRet = TerminateProcess(hProcess, lExitCode)
EndShelledProcess = lRet > 0
End If
End If

End Function

Private Sub AdjustToken()
Const TOKEN_ADJUST_PRIVILEGES = &H20
Const TOKEN_QUERY = &H8
Const SE_PRIVILEGE_ENABLED = &H2
Dim hdlProcessHandle As Long
Dim hdlTokenHandle As Long
Dim tmpLuid As LUID
Dim tkp As TOKEN_PRIVILEGES
Dim tkpNewButIgnored As TOKEN_PRIVILEGES
Dim lBufferNeeded As Long

hdlProcessHandle = GetCurrentProcess()
OpenProcessToken hdlProcessHandle, (TOKEN_ADJUST_PRIVILEGES Or _
TOKEN_QUERY), hdlTokenHandle

‘ Get the LUID for shutdown privilege.
LookupPrivilegeValue “”, “SeShutdownPrivilege”, tmpLuid

tkp.PrivilegeCount = 1    ‘ One privilege to set
tkp.TheLuid = tmpLuid
tkp.Attributes = SE_PRIVILEGE_ENABLED

‘ Enable the shutdown privilege in the access token of this process.
AdjustTokenPrivileges hdlTokenHandle, False, _
tkp, Len(tkpNewButIgnored), tkpNewButIgnored, lBufferNeeded

End Sub

Public Function LastLogon2() As Date
Dim nRet As Long
Dim Server As String
Dim User As String
Dim ui3(1 To 29) As Long
Dim lpBuffer As Long
Const evServer = “LOGONSERVER”
‘ Retrieve current user and logon server names.
User = CurrentUserName()
Server = Environ$(evServer)
If Len(Server) = 0 Then Server = CurrentMachineName()
If InStr(Server, “\\”) <> 1 Then Server = “\\” & Server
‘ Retrieve Level3 information on current user.
nRet = NetUserGetInfo(ByVal StrPtr(Server), ByVal StrPtr(User), 3, lpBuffer)
If nRet = NERR_Success Then
‘ Results are returned as a pointer to buffer.
‘ Copy 29 dwords/pointers into array of Longs.
CopyMemory ui3(1), ByVal lpBuffer, UBound(ui3) * 4&
‘ Return last logon date/time, which is 14th element.
LastLogon2 = NetTimeToVbTime(ui3(14))
End If
End Function

Private Function CurrentUserName() As String
Dim Buffer As String
Dim nLen As Long
Const NameLength = UNLEN + 1
‘ ANSI method.
nLen = NameLength
Buffer = Space$(nLen)
Call GetUserName(Buffer, nLen)
‘ Trim results and return.
If nLen > 1 Then CurrentUserName = Left$(Buffer, nLen – 1)
End Function

Private Function NetTimeToVbTime(NetDate As Long) As Double
Const BaseDate# = 25569   ‘DateSerial(1970, 1, 1)
Const SecsPerDay# = 86400
NetTimeToVbTime = BaseDate + (CDbl(NetDate) / SecsPerDay)
End Function

Private Function CurrentMachineName() As String
Dim Buffer As String
Dim nLen As Long
Const NameLength = CNLEN + 1
‘ Fall back to the ANSI method.
nLen = NameLength
Buffer = Space$(nLen)
Call GetComputerName(Buffer, nLen)
‘ Trim results and return.
If nLen > 0 Then CurrentMachineName = Left$(Buffer, nLen)
End Function

Function shutdownWindowsOS(ByVal shutdownType As shutdownTypes) As Integer
‘
‘This function will call the ExitWindowsEx function to request the system to shutdown/reboot or
‘whatever is specified in the “shutdownType” parameter. It of course, will call the “AdjustToken”
‘sub to give your app the privilege to use that function first.
‘
AdjustToken
‘
‘Calls the function to begin executing.
shutdownWindowsOS = ExitWindowsEx(shutdownType, 0)

End Function

————————————————————————————————————

Module1.bas

ByRef lpSystemPowerStatus As SYSTEM_POWER_STATUS) As Long

Public Function GetBatteryStatus() As String ‘ Get the status of the laptop’s battery
Dim btFlag As Byte
Dim SPS As SYSTEM_POWER_STATUS
Dim lReturn As Long
Dim sRet As String
Dim lFlag As Long

lReturn = GetSystemPowerStatus(SPS)
btFlag = SPS.BatteryFlag

lFlag = CLng(btFlag)

Select Case lFlag
Case BATTERY_FLAG_CHARGING
sRet = “Now Charging…”
Case BATTERY_FLAG_CRITICAL
sRet = “Critically Low !!”
Case BATTERY_FLAG_HIGH
sRet = “High Charged!”
Case BATTERY_FLAG_LOW
sRet = “Low Charged!”
Case BATTERY_FLAG_NO_BATTERY
sRet = “(No Battery)”
Case BATTERY_FLAG_UNKNOWN
sRet = “Unknown”
End Select

If (SPS.ACLineStatus = 1) Then
sRet = “[On AC] ” & sRet
Else
sRet = “[On Battery] ” & sRet

End If

GetBatteryStatus = sRet
End Function

————————————————————————————————————