Related
I can't find where I'm going wrong to make the structuring for the levels.
As the attached image is made with a file below it opens until the end. (file basically has single cascade)
The image on the right, on the other hand, contains a level above that has files contained in 3 different levels..
I believe I'm going around a lot to be able to structure according to the files.
structure
Public Class Form1
Public list As New List(Of Linha)
Public Lid As Integer = 0
Dim iPathDoc As String
Private MainSub()
Dim strDocName As String
strDocName = oApprenticeApp.FileManager.GetFullDocumentName(txtFileName.Text, 'Master')
oApprenticeServerDoc = oApprenticeApp.Open(strDocName)
iPathDoc = Microsoft.VisualBasic.Left(oApprenticeServerDoc.FullFileName, InStrRev(oApprenticeServerDoc.FullFileName, '\'))
BuildTreeView()
'Build child nodes
SubNivel()
End Sub
Sub SubNivel()
Dim Final As Boolean = False
'run while finish all list,
'bug ( some times where add a new item at list, its not include on final.. so list is not in sort(how create)
If list.Count <> 0 Then
Do While Final = False
For n = 0 To list.Count - 1
'search each line from list if there reg=false
If list(n).reg = False Then
'if false put = False
Final = False
'if false open
BuildTreeViewRef(list(n).pai, list(n).filho)
Else
'case the item = True
Final = True
End If
Next
Loop
End If
End Sub
Private Sub BuildTreeView()
'set main node
Dim conj As TreeNode = TreeView1.Nodes.Add(oApprenticeServerDoc.FullFileName, oApprenticeServerDoc.DisplayName)
Dim oRefFileDesc As ReferencedFileDescriptor
For Each oRefFileDesc In oApprenticeServerDoc.ReferencedFileDescriptors
If oRefFileDesc.DocumentType = Inventor.DocumentTypeEnum.kAssemblyDocumentObject Then
conj.Nodes.Add(oRefFileDesc.FullFileName, oRefFileDesc.DisplayName, 0, 0)
'add on list each new assy
'creates in order to list = Lid
Lid = Lid + 1
list.Add(New Linha(Lid, oApprenticeServerDoc.FullFileName, oRefFileDesc.FullFileName, False))
Else
conj.Nodes.Add(oRefFileDesc.FullFileName, oRefFileDesc.DisplayName, 1, 1)
End If
Next
End Sub
Private Sub BuildTreeViewRef(Painode As String, refDocName As String)
'open refdoc and local
Dim oRefDoc As String
oRefDoc = oApprenticeApp.FileManager.GetFullDocumentName(refDocName, 'Master')
Dim oAssyDoc As Inventor.ApprenticeServerDocument
oAssyDoc = oApprenticeApp.Open(refDocName)
'set node where include the refDocname, = painode
Dim Root() As TreeNode
Root = TreeView1.Nodes.Find(Painode, True) 'TreeView1.SelectedNode
Dim SubCj() As TreeNode
'check all roots from pai
'If Root.Length > 1 Then
For i = 0 To Root.Length - 1
SubCj = Root(i).Nodes.Find(refDocName, True) 'TreeView1.SelectedNode
Dim oRefFileDesc As ReferencedFileDescriptor
For Each oRefFileDesc In oAssyDoc.ReferencedFileDescriptors
If oRefFileDesc.DocumentType = Inventor.DocumentTypeEnum.kAssemblyDocumentObject Then
SubCj(0).Nodes.Add(oRefFileDesc.FullFileName, oRefFileDesc.DisplayName, 0, 0)
Lid = Lid + 1
list.Add(New Linha(Lid, refDocName, oRefFileDesc.FullFileName, False))
Else
SubCj(0).Nodes.Add(oRefFileDesc.FullFileName, oRefFileDesc.DisplayName, 1, 1)
End If
Next
Next
'check if really the item goes to treeview
For n = 0 To list.Count - 1
If list(n).pai = Painode And list(n).filho = refDocName Then
list(n).reg = True
End If
Next
End Sub
Public Class Linha
Public Property Id() As Integer
Public Property pai() As String
Public Property filho() As String
Public Property reg As Boolean
Public Sub New(ByVal _id As Integer, ByVal _pai As String, ByVal _filho As String, ByVal _reg As Boolean)
Me.Id = _id
Me.pai = _pai
Me.filho = _filho
Me.reg = _reg
End Sub
End Class
I have a VBScript that is working but I would like to improve the efficiency of it through regex, for example, in an environment I look for several versions of SQL Server through of RTM:
10.5.1720.0 SQL Server 2008 R2 CU2
10.5.1702.0 SQL Server 2008 R2 CU1
9.00.4305 SQL Server 2005 SP3 CU10
9.00.4294 SQL Server 2005 SP3 CU9
8.00.2039 SQL Server 2000 SP4
8.00.760 SQL Server 2000 SP3
I would like the script to recognize if the string is "^10.*" Then it should write SQL Server 2008 if not "^9.*" Write SQL Server 2005 and so on
So here's my script:
Dim mts, objShell, PV
Set objShell = CreateObject("WScript.Shell")
Set ArgObj = WScript.Arguments
PV = "$(PV)"
Set regEx = New RegExp
regEx.IgnoreCase = True
regEx.Global = True
regEx.MultiLine = True
regEx.Pattern = "^10\.*"
If PV = "7.0.623" Then
WScript.Echo "7.0"
ElseIf PV = "7.0.699" Then
WScript.Echo "7.0"
ElseIf PV = "7.0.842" Then
WScript.Echo "7.0"
ElseIf PV = "7.0.961" Then
WScript.Echo "7.0"
ElseIf PV = "7.0.1063" Then
WScript.Echo "7.0"
ElseIf PV = "8.0.194" Then
WScript.Echo "2000"
ElseIf PV = "8.0.384" Then
WScript.Echo "2000"
ElseIf PV = "8.0.532" Then
WScript.Echo "2000"
ElseIf PV = "8.0.760" Then
WScript.Echo "2000"
ElseIf PV = "8.0.2039" Then
WScript.Echo "2000"
ElseIf PV = "13.1.4001.0" Then
WScript.Echo "2016"
Else
WScript.Echo "DTP"
End If
Is there any way I can reduce through Regex in VB?
I'd recommend combining a regular expression with a Select Case statement.
Set re = New RegExp
re.Pattern = "^(\d+)\."
For Each m In re.Execute(PV)
Select Case m.Submatches(0)
Case "7" : version = "7.0"
Case "8" : version = "2000"
Case "9" : version = "2005"
Case "10" : version = "2008"
Case "13" : version = "2016"
Case Else : version = "DTP"
End Select
Next
WScript.Echo version
Different approach: Using Split to get the leading number and a dictionary (data) instead of Case (code):
Option Explicit
Function makeDict(sK, sV)
Dim d : Set d = CreateObject("Scripting.Dictionary")
Dim aK : aK = Split(sK)
Dim aV : aV = Split(sV)
Dim i
For i = 0 To UBound(aK)
d(aK(i)) = aV(i)
Next
d(Null) = aV(i)
Set makeDict = d
End Function
Dim d : Set d = makeDict("10 7", "2008 7.0 DTP")
Dim ts : Set ts = CreateObject("Scripting.FileSystemObject").OpenTextFile("data.txt")
Do Until ts.AtEndOfStream
Dim s : s = ts.ReadLine()
Dim k : k = Split(s, ".")(0)
Dim r
If d.Exists(k) Then
r = d(k)
Else
r = d(Null)
End If
WScript.Echo s, "=>", r
Loop
ts.Close
output:
cscript 46691612-2.vbs
10.5.1720.0 SQL Server 2008 R2 CU2 => 2008
10.5.1702.0 SQL Server 2008 R2 CU1 => 2008
9.00.4305 SQL Server 2005 SP3 CU10 => DTP
9.00.4294 SQL Server 2005 SP3 CU9 => DTP
8.00.2039 SQL Server 2000 SP4 => DTP
8.00.760 SQL Server 2000 SP3 => DTP
7.00.760 SQL Server sieben => 7.0
My friend helped me and made this script that worked well:
Dim mts, objShell, Version
set objShell = CreateObject("Wscript.Shell")
Set ArgObj = WScript.Arguments
Version ="$(Version)"
erro="DTP"
a=Split(Version,".")
IF uBound(a) > 0 Then
VersionInt = CInt(a(0))
saida=""
IF VersionInt = 7 or VersionInt = 6 Then
saida = VersionInt
End If
IF VersionInt = 8 Then
saida = "2000"
End If
IF VersionInt = 9 Then
saida = "2005"
End If
IF VersionInt = 10 Then
saida = "2008"
IF uBound(a) > 1 Then
ReleaseVersionInt = CInt(a(1))
If ReleaseVersionInt > 49 then
saida = "2008 R2"
End If
End If
End If
IF VersionInt = 11 Then
saida = "2012"
End If
IF VersionInt = 12 Then
saida = "2014"
End If
IF VersionInt = 13 Then
saida = "2016"
End If
IF VersionInt = 14 Then
saida = "2017"
End If
If saida="" Then
Wscript.echo erro
else
Wscript.echo saida
End IF
Else
Wscript.echo erro
End IF
The below code will split 1 cell into 3 or 4 column based on a pattern of 6chr,5chr,4chr,5+chr. The below also needs to be available on all open workbooks and work from the user selection.
How to fix a bug that after the first splitting of the cell is done and by mistake you run it again will override the data?
Class Module
Option Explicit
'Rename this Class Module cFabric
Private pStyle As String
Private pFabric As String
Private pColour As String
Private pSize As String
Public Property Get Style() As String
Style = pStyle
End Property
Public Property Let Style(Value As String)
pStyle = Value
End Property
Public Property Get Fabric() As String
Fabric = pFabric
End Property
Public Property Let Fabric(Value As String)
pFabric = UCase(Value)
End Property
Public Property Get Colour() As String
Colour = pColour
End Property
Public Property Let Colour(Value As String)
pColour = Value
End Property
Public Property Get Size() As String
Size = pSize
End Property
Public Property Let Size(Value As String)
pSize = Value
End Property
Regular Module
Option Explicit
Sub Fabrics()
Dim wsSrc As Workbook, wsRes As Workbook
Dim vSrc As Variant, vRes As Variant, rRes As Range
Dim RE As Object, MC As Object
Const sPat As String = "^(.{6})\s*(.{5})\s*(.{4})(?:.*1/(\S+))?"
'Group 1 = style
'Group 2 = fabric
'Group 3 = colour
'Group 4 = size
Dim colF As Collection, cF As cFabric
Dim I As Long
Dim S As String
Dim V As Variant
'Set source and results worksheets and ranges
Set wsSrc = ActiveWorkbook
Set wsRes = ActiveWorkbook
Set rRes = wsRes.Application.Selection
'Read source data into array
vSrc = Application.Selection
'Initialize the Collection object
Set colF = New Collection
'Initialize the Regex Object
Set RE = CreateObject("vbscript.regexp")
With RE
.Global = False
.MultiLine = True
.Pattern = sPat
'Test for single cell
If Not IsArray(vSrc) Then
V = vSrc
ReDim vSrc(1 To 1, 1 To 1)
vSrc(1, 1) = V
End If
'iterate through the list
For I = 1 To UBound(vSrc, 1)
S = vSrc(I, 1)
Set cF = New cFabric
If .test(S) = True Then
Set MC = .Execute(S)
With MC(0)
cF.Style = .submatches(0)
cF.Fabric = .submatches(1)
cF.Colour = .submatches(2)
cF.Size = .submatches(3)
End With
Else
cF.Style = S
End If
colF.Add cF
Next I
End With
'create results array
'Exit if no results
If colF.Count = 0 Then Exit Sub
ReDim vRes(1 To colF.Count, 1 To 4)
'Populate the rest
I = 0
For Each V In colF
I = I + 1
With V
vRes(I, 1) = .Style
vRes(I, 2) = .Fabric
vRes(I, 3) = .Colour
vRes(I, 4) = .Size
End With
Next V
'Write the results
Set rRes = rRes.Resize(UBound(vRes, 1), UBound(vRes, 2))
rRes.Value = vRes
End Sub
Credits for the above goes to #Ron Rosenfeld for the project!
One way to tell if the entry has been previously split is as follows
If the regex.test fails, then
If the results line passes, then the item has been previously split
if not, then it is a blank, or a malformed entry
Note that a lot of this could be avoided if you were not overwriting your original data. I would recommend against overwriting your data both for audit and debugging purposes, but the below should help in case you cannot change that.
You just need to make some small changes in the logic where we checked for the malformed entry originally. As well as reading in the "possible" results array into vSrc so that we have the potentially split data to compare:
Option Explicit
Sub Fabrics()
'assume data is in column A
Dim wsSrc As Worksheet, wsRes As Worksheet
Dim vSrc As Variant, vRes As Variant, rRes As Range
Dim RE As Object, MC As Object
Const sPat As String = "^(.{6})\s*(.{5})\s*(.{4})(?:.*1/(\S+))?"
'Group 1 = style
'Group 2 = fabric
'Group 3 = colour
'Group 4 = size
Dim colF As Collection, cF As cFabric
Dim I As Long
Dim S As String
Dim V As Variant
'Set source and results worksheets and ranges
Set wsSrc = ActiveSheet
Set wsRes = ActiveSheet
Set rRes = Selection
'Read source data into array
vSrc = Selection.Resize(columnsize:=4)
'Initialize the Collection object
Set colF = New Collection
'Initialize the Regex Object
Set RE = CreateObject("vbscript.regexp")
With RE
.Global = False
.MultiLine = True
.Pattern = sPat
'iterate through the list
'Test for single cell
If Not IsArray(vSrc) Then
V = vSrc
ReDim vSrc(1 To 1, 1 To 1)
vSrc(1, 1) = V
End If
For I = 1 To UBound(vSrc, 1)
S = vSrc(I, 1)
Set cF = New cFabric
If .test(S) = True Then
Set MC = .Execute(S)
With MC(0)
cF.Style = .submatches(0)
cF.Fabric = .submatches(1)
cF.Colour = .submatches(2)
cF.Size = .submatches(3)
End With
ElseIf .test(vSrc(I, 1) & vSrc(I, 2) & vSrc(I, 3)) = False Then
cF.Style = S
Else
cF.Style = vSrc(I, 1)
cF.Fabric = vSrc(I, 2)
cF.Colour = vSrc(I, 3)
cF.Size = vSrc(I, 4)
End If
colF.Add cF
Next I
End With
'create results array
'Exit if not results
If colF.Count = 0 Then Exit Sub
ReDim vRes(1 To colF.Count, 1 To 4)
'Populate
I = 0
For Each V In colF
I = I + 1
With V
vRes(I, 1) = .Style
vRes(I, 2) = .Fabric
vRes(I, 3) = .Colour
vRes(I, 4) = .Size
End With
Next V
'Write the results
Set rRes = rRes.Resize(UBound(vRes, 1), UBound(vRes, 2))
With rRes
.Clear
.NumberFormat = "#"
.Value = vRes
.EntireColumn.AutoFit
End With
End Sub
Disregarding the previous regex/class method,
Option Explicit
Sub Fabrics_part_Deux()
Dim a As Long, b As Long
With Worksheets("Sheet1")
If .AutoFilterMode Then .AutoFilterMode = False
With .Range(.Cells(1, "A"), .Cells(.Rows.Count, "B").End(xlUp).Offset(0, 3))
With .Columns("B")
.Offset(1, 0).Replace what:=Chr(32), replacement:=vbNullString, lookat:=xlPart
End With
.AutoFilter field:=2, Criteria1:="<>"
.AutoFilter field:=3, Criteria1:=""
With .Resize(.Rows.Count - 1, 1).Offset(1, 1)
If CBool(Application.Subtotal(103, .Cells)) Then
With .SpecialCells(xlCellTypeVisible)
For a = 1 To .Areas.Count
With .Areas(a).Cells
.TextToColumns Destination:=.Cells(1), DataType:=xlFixedWidth, _
FieldInfo:=Array(Array(0, 1), Array(6, 1), Array(11, 1), Array(15, 2))
For b = 1 To .Rows.Count
.Cells(b, 2) = UCase$(.Cells(b, 2).Value2)
If CBool(InStr(1, .Cells(b, 4).Value2, Chr(47), vbBinaryCompare)) Then
.Cells(b, 4) = Trim(Split(.Cells(b, 4), Chr(47))(1))
End If
Next b
End With
Next a
End With
End If
End With
End With
If .AutoFilterMode Then .AutoFilterMode = False
End With
End Sub
In your code to output to the spreadsheet, you need to check for empty strings
I = 0
For Each V In colF
I = I + 1
With V
vRes(I, 1) = .Style
If len(.Fabric) > 0 then
vRes(I, 2) = .Fabric
vRes(I, 3) = .Colour
vRes(I, 4) = .Size
End If
End With
Next V
Trying to create a script that will send a 'sh run | b interface' to a Cisco switch. Write the output to an array. Split that array with a vbcr so each line of the config is in a sep elemant of the array.
I have tried to skin the cat many ways and still I am struggling.
Logic in English:
Send command to Cisco device
Capture the output to an array
define expected lines 'This are lines that are required under each 'interface' of the switch
Match the 'interface' name and corresponding number and write it to a file.
Check under that interface for the specific lines in the expected
If it finds it, write the line & ", YES"
If it does not find it, write the line & ", NO"
Keep doing this until you do not find any more '^interface\s[FG][a-z].+'
Output should look like this:
Interface GigabitEthernet 0/2
spanning-tree portfast, YES
This is the sample code that is failing:
'These are the expected line (not being compared in the script below but is my intention to have it compare the matched elements)
Dim vExpectedINT(4)
vExpectedINT(0) = "spanning-tree portfast"
vExpectedINT(1) = "switchport access vlan 17"
vExpectedINT(2) = "switchport mode access"
vExpectedINT(3) = "ip mtu 1400"
'objStream.Write "######################################################### " & vbcrlf
'objStream.Write "# I N T E R F A C E # " & vbcrlf
'objStream.Write "######################################################### " & vbcrlf
nCount = 0
vConfigLines = Split(strResultsINT, vbcr)
Set re = new RegExp
re.Global = False
re.IgnoreCase = True
re.Multiline = False
re.Pattern = "^interface [FG]"
' Regex Ex Definition
Set re2 = new RegExp
re2.Global = False
re2.IgnoreCase = True
re2.Multiline = False
re2.Pattern = "\sspanning-tree\sportfast"
' Regex Ex Definition
Set re3 = new RegExp
re3.Global = False
re3.IgnoreCase = True
re3.Multiline = False
re3.Pattern = "ip\smtu\s1400"
Set re4 = new RegExp
re4.Global = False
re4.IgnoreCase = True
re4.Multiline = False
re4.Pattern = "!"
' Compares the information
x = 1
Do While x <= Ubound(vConfigLines) - 1 do
MsgBox chr(34) & strLine & chr(34)
If re.Test(vConfigLines(x)) Then
' Write data to not expected section
x=x+1
do
If ! re4.Test(vConfigLines(x)) Then
MsgBox vConfigLines(x)
'objStream.Write vConfigLines(x) & vbcr
elseif re2.Test(vConfigLines(x)) Then
MsgBox vConfigLines(x)
elseif re3.Test(vConfigLines(x)) Then
MsgBox vConfigLines(x)
else
exit do
end if
x=x+1
loop
end IF
End If
Loop
This is a sample of the vConfigLines output:
There could be 48+ port per switch.
interface FastEthernet1/0/1
switchport access vlan 127
switchport mode access
switchport voice vlan 210
srr-queue bandwidth share 10 10 60 20
srr-queue bandwidth shape 0 3 0 0
priority-queue out
mls qos trust cos
auto qos voip trust
spanning-tree portfast
!
interface FastEthernet1/0/2
switchport access vlan 127
switchport mode access
switchport voice vlan 210
srr-queue bandwidth share 10 10 60 20
srr-queue bandwidth shape 0 3 0 0
priority-queue out
mls qos trust cos
auto qos voip trust
spanning-tree portfast
!
interface FastEthernet1/0/3
switchport access vlan 127
switchport mode access
switchport voice vlan 210
srr-queue bandwidth share 10 10 60 20
srr-queue bandwidth shape 0 3 0 0
priority-queue out
mls qos trust cos
auto qos voip trust
spanning-tree portfast
When facing a difficult and complex task, just follow these rules:
Divide the task in independently solvable subproblems
getting the info from Cisco
processing the resulting file
gather interesting info
output
Concentrate on the difficult subtask(s)
processing the resulting file
Solve a simplified but generalized version of (each) subtask using handmade data
for easy testing
You have items and are interested in whether they (don't) have given properties
Data to play with:
Item 0 (both props)
prop_a
prop_b
!
Item 1 (just b)
prop_b
!
Item 2 (a only)
prop_a
!
Item 3 (none)
!
Item 4 (irrelevant prop)
prop_c
!
Item 5 (Richy)
prop_c
prop_b
prop_a
!
Item 6 (Junky)
junk
prop_b
whatever
!
#Item 7 (Nasty)
# prop_a_like_but_not_prop_a
# prop_b
#!
Keep it simple
don't do more than absolutely necessary
don't use variables/components you can do without
So let's start:
You have to deal with a text file (lines). So don't do more than
Dim tsIn : Set tsIn = goFS.OpenTextFile("..\data\TheProblem.txt")
Dim sLine
Do Until tsIn.AtEndOfStream
sLine = Trim(tsIn.ReadLine())
If "" <> sLine Then
End If
Loop
tsIn.Close
90 % of the code using Split on .ReadAll is just fat. Yes, it's Do Until tsIn.AtEndOfStream and not Do While tsIn.AtEndOfStream = False. No Set tsIn = Nothing,
please.
The data is organized in blocks (Item n ... !), so make sure you
recognize the parts and know what to do when finding them:
Dim tsIn : Set tsIn = goFS.OpenTextFile("..\data\TheProblem.txt")
Dim sItem : sItem = "Item"
Dim sEnd : sEnd = "!"
Dim sLine
Do Until tsIn.AtEndOfStream
sLine = Trim(tsIn.ReadLine())
If "" <> sLine Then
Select Case True
Case 1 = Instr(sLine, sItem)
WScript.Echo "Begin, note item (name)"
Case 1 = Instr(sLine, sEnd)
WScript.Echo "End, output info"
WScript.Echo "----------"
Case Else
WScript.Echo "Middle, gather info"
End Select
End If
Loop
tsIn.Close
output:
Begin, note item (name)
Middle, gather info
Middle, gather info
End, output info
----------
Begin, note item (name)
Middle, gather info
End, output info
----------
...
For each item the output should be:
name, property, yes|no
The easiest way to do that is
WScript.Echo Join(aData, ", ")
Joining beats concatenation, especially if you want to set/manipulate the
parts independently and/or to pre-set some of them in the beginning.
Dim aData : aData = Array( _
Array( "Item?", "prop_a", "NO") _
, Array( "Item?", "prop_b", "NO") _
)
Dim sLine, aTmp, nIdx
Do Until tsIn.AtEndOfStream
sLine = Trim(tsIn.ReadLine())
If "" <> sLine Then
Select Case True
Case 1 = Instr(sLine, sItem)
aTmp = aData
For nIdx = 0 To UBound(aTmp)
aTmp(nIdx)(0) = sLine
Next
Case 1 = Instr(sLine, sEnd)
For nIdx = 0 To UBound(aTmp)
WScript.Echo Join(aTmp(nIdx), ", ")
Next
WScript.Echo "----------"
Case Else
WScript.Echo "Middle, gather info"
End Select
End If
Loop
tsIn.Close
The output
...
Item 3 (none), prop_a, NO
Item 3 (none), prop_b, NO
...
shows that by setting sensible defaults (NO), this version of the script
deals correctly with items having none of the interesting properties.
So lets tackle the middle/Case Else part:
Case Else
For nIdx = 0 To UBound(aTmp)
If 1 = Instr(sLine, aTmp(nIdx)(1)) Then
aTmp(nIdx)(2) = "YES"
Exit For
End If
Next
output now:
Item 0 (both props), prop_a, YES
Item 0 (both props), prop_b, YES
----------
Item 1 (just b), prop_a, NO
Item 1 (just b), prop_b, YES
----------
Item 2 (a only), prop_a, YES
Item 2 (a only), prop_b, NO
----------
Item 3 (none), prop_a, NO
Item 3 (none), prop_b, NO
----------
Item 4 (irrelevant prop), prop_a, NO
Item 4 (irrelevant prop), prop_b, NO
----------
Item 5 (Richy), prop_a, YES
Item 5 (Richy), prop_b, YES
----------
Item 6 (Junky), prop_a, NO
Item 6 (Junky), prop_b, YES
----------
But what about Nasty:
#Item 7 (Nasty)
# prop_a_like_but_not_prop_a
# prop_b
#!
The simple Instr() will fail, if one property name is a prefix of
another. To prove that starting simple and add complexity later
is good strategy:
Dim sFSpec : sFSpec = "..\data\TheProblem.txt"
WScript.Echo goFS.OpenTextFile(sFSpec).ReadAll
Dim tsIn : Set tsIn = goFS.OpenTextFile(sFSpec)
Dim sItem : sItem = "Item"
Dim sEnd : sEnd = "!"
Dim aData : aData = Array( _
Array( "Item?", "prop_a", "NO") _
, Array( "Item?", "prop_b", "NO") _
)
Dim aRe : aRe = Array(New RegExp, New RegExp)
Dim nIdx
For nIdx = 0 To UBound(aRe)
aRe(nIdx).Pattern = "^" & aData(nIdx)(1) & "$"
Next
Dim sLine, aTmp
Do Until tsIn.AtEndOfStream
sLine = Trim(tsIn.ReadLine())
If "" <> sLine Then
Select Case True
Case 1 = Instr(sLine, sItem)
aTmp = aData
For nIdx = 0 To UBound(aTmp)
aTmp(nIdx)(0) = sLine
Next
Case 1 = Instr(sLine, sEnd)
For nIdx = 0 To UBound(aTmp)
WScript.Echo Join(aTmp(nIdx), ", ")
Next
WScript.Echo "----------"
Case Else
For nIdx = 0 To UBound(aTmp)
If aRe(nIdx).Test(sLine) Then
aTmp(nIdx)(2) = "YES"
Exit For
End If
Next
End Select
End If
Loop
tsIn.Close
output:
Item 0 (both props)
prop_a
prop_b
!
Item 1 (just b)
prop_b
!
Item 2 (a only)
prop_a
!
Item 3 (none)
!
Item 4 (irrelevant prop)
prop_c
!
Item 5 (Richy)
prop_c
prop_b
prop_a
!
Item 6 (Junky)
junk
prop_b
whatever
!
Item 7 (Nasty)
prop_a_like_but_not_prop_a
prop_b
!
Item 0 (both props), prop_a, YES
Item 0 (both props), prop_b, YES
----------
Item 1 (just b), prop_a, NO
Item 1 (just b), prop_b, YES
----------
Item 2 (a only), prop_a, YES
Item 2 (a only), prop_b, NO
----------
Item 3 (none), prop_a, NO
Item 3 (none), prop_b, NO
----------
Item 4 (irrelevant prop), prop_a, NO
Item 4 (irrelevant prop), prop_b, NO
----------
Item 5 (Richy), prop_a, YES
Item 5 (Richy), prop_b, YES
----------
Item 6 (Junky), prop_a, NO
Item 6 (Junky), prop_b, YES
----------
Item 7 (Nasty), prop_a, NO
Item 7 (Nasty), prop_b, YES
----------
I'm dealing with a script and I won't be able to create it without your help.
This is what I need: I have two .txt files, one contains variables (between two #) like these:
#PickupFolder#=E:/SonicDataFiles/AR_INT/GPP_VE/IN
#Db1Url#=jdbc:sonic:sqlserver://CARASETMS:1433;databaseName=CRM
The other .txt have variables that need to be completed from the previous file
#Db1Url#=
#Db1Pwd#=
I need to get every variable in the first file (I guess I have to use regular expression) and replace its value in the second file if the variable exits.
I would really appreciate if anyone has a similar script to get an idea. I'm trying to do it with VBS.
Thanks a lot.
Gerardo.
Buenos Aires, Argentina.
This was my original script:
'ReplaceScript "c:\Variables_INT.txt" "C:\AR_INT.tailoring.properties"
'DEFINE CONSTANTS
Const ForReading = 1
Const ForWriting = 2
Const ForAppending = 8
'DEFINE VARIABLES
strTxtFile = Wscript.Arguments(0)
strTailoringFile = Wscript.Arguments(1)
Set objFSO = CreateObject("Scripting.FileSystemObject")
Set WshShl = WScript.CreateObject("WScript.Shell")
Set objFileVariablesTXT = objFSO.OpenTextFile (strTxtFile, ForReading) 'Variables_INT.txt
Set objFileTailoring = objFSO.OpenTextFile (strTailoringFile, ForReading) 'AR_INT.tailoring.properties
Dim strQuartz, strPickupfFolder, strUrl, strDbPwd, strDbUser, strDbDestTable
strSearchString = objFileVariablesTXT.ReadAll
'SEARCH THE FILE FOR THE NEEDED DATA
vQuartz = InStr(strSearchString, "#QuartzJars#=")
vPickupFolder = InStr(strSearchString, "#PickupFolder#=")
vDbUrl = InStr(strSearchString, "#Db1Url#=")
vDbPwd = InStr(strSearchString, "#Db1Pwd#=")
vDbUser = InStr(strSearchString, "#Db1User#=")
vDbDestTable = InStr(strSearchString, "#DestinationTable#=")
'PARSE OUT THE NEEDED INFO
If vQuartz <> 0 Then
'vQuartz = vQuartz + 13
strQuartz = Mid(strSearchString, vQuartz, 304)
' WScript.Echo strQuartz
End If
If vPickupFolder <> 0 Then
'vPickupFolder = vPickupFolder + 15
strPickupfFolder = Mid(strSearchString, vPickupFolder, 50)
' WScript.Echo strPickupfFolder
End If
If vDbUrl <> 0 Then
'vDbUrl = vDbUrl + 9
strUrl = Mid(strSearchString, vDbUrl, 65)
' WScript.Echo strUrl
End If
If vDbPwd <> 0 Then
'vDbPwd = vDbPwd + 9
strDbPwd = Mid(strSearchString, vDbPwd, 17)
'WScript.Echo strDbPwd
End If
If vDbUser <> 0 Then
'vDbUser = vDbUser + 10
strDbUser = Mid(strSearchString, vDbUser, 25)
'WScript.Echo strDbUser
End If
If vDbDestTable <> 0 Then
'vDbDestTable = vDbDestTable + 19
strDbDestTable = Mid(strSearchString, vDbDestTable, 29)
'WScript.Echo strDbDestTable
End If
objFileVariablesTXT.Close
strReplaceString = objFileTailoring.ReadAll
arrReplacements = Array("#QuartzJars#=Ç" & strQuartz , "#PickupFolder#=Ç" & strPickupfFolder, "#Db1Url#=Ç" & strUrl, "#Db1Pwd#=Ç" & strDbPwd, "#Db1User#=Ç" &strDbUser, "#DestinationTable#=Ç" & strDbDestTable)
objFileTailoring.Close
Set objFileTailoring = Nothing
For Each strReplacement In arrReplacements
strReplaceWhat = Split(strReplacement, "Ç")(0)
'WScript.Echo strReplaceWhat
strReplaceWith = Split(strReplacement, "Ç")(1)
'WScript.Echo strReplaceWith
strReplaceString = Replace(strReplaceString, strReplaceWhat, strReplaceWith)
Next
'wScript.Echo strReplaceString
Set objFileTailoring = objFSO.OpenTextFile(strTailoringFile, 2, true)
objFileTailoring.Write strReplaceString
objFileTailoring.Close
Quick and Dirty:
Dim sFSpec1 : sFSpec1 = "..\data\frs.txt"
Dim sFSpec2 : sFSpec2 = "..\data\sec.txt"
Dim dicRpl : Set dicRpl = CreateObject( "Scripting.Dictionary" )
Dim reCut : Set reCut = New RegExp
reCut.Global = True
reCut.Pattern = "(#[^#]+#)\s*=\s*(.*?)\s*$"
Dim sAll : sAll = goFS.OpenTextFile( sFSpec1 ).ReadAll
WScript.Echo sAll
WScript.Echo "---------------"
Dim oMTS : Set oMTS = reCut.Execute( sAll )
Dim oMT
For Each oMT In oMTS
dicRpl( oMT.SubMatches( 0 ) ) = oMT.SubMatches( 1 )
Next
sAll = goFS.OpenTextFile( sFSpec2 ).ReadAll
WScript.Echo sAll
WScript.Echo "---------------"
Dim sKey
For Each sKey In dicRpl.Keys
sAll = Replace( sAll, sKey, dicRpl( sKey ) )
Next
WScript.Echo sAll
output:
#PickupFolder#=E:/SonicDataFiles/AR_INT/GPP_VE/IN
#Db1Url#=jdbc:sonic:sqlserver://CARASETMS:1433;databaseName=CRM
---------------
#Db1Url#=
#Db1Pwd#=
---------------
jdbc:sonic:sqlserver://CARASETMS:1433;databaseName=CRM=
#Db1Pwd#=
If that solves your problem in principle, we can nail down details.
ADDED:
As Jean-François Corbett surely is right, use the pattern
reCut.Pattern = "(#[^#]+#=)(.*?)\s*$"
and the final replacement
sAll = Replace( sAll, sKey, sKey & dicRpl( sKey ) )
This version assumes a strict #x#=[y] format in both files.
Tested this brute force approach, it works for me...
Dim FSO, txs, all, sourceLines, i, targetLines, j, delimiterPosition
Set FSO = CreateObject("Scripting.FileSystemObject")
set txs = FSO.OpenTextFile(".\source.txt", 1)
all=txs.ReadAll
txs.Close
sourceLines=Split(all,vbCrLf)
set txs = FSO.OpenTextFile(".\target.txt", 1)
all=txs.ReadAll
txs.Close
targetLines=Split(all,vbCrLf)
for i = 0 to ubound(sourceLines)
If sourceLines(i)<>"" Then
delimiterPosition = InStr(2, sourceLines(i), "#")
sourceVarName = Mid(sourceLines(i), 2, delimiterPosition - 2)
sourceVarValue = Mid(sourceLines(i), delimiterPosition + 2)
for j = 0 to ubound(targetLines)
If targetLines(j)<>"" Then
delimiterPosition = InStr(2, targetLines(j), "#")
targetVarName = Mid(targetLines(j), 2, delimiterPosition - 2)
If targetVarName = sourceVarName Then
targetLines(j) = targetLines(j) & sourceVarValue
End If
End If
next
End If
next
set txs = FSO.OpenTextFile(".\target.txt", 2)
for j = 0 to ubound(targetLines)
txs.WriteLine targetLines(j)
next
txs.Close
Target file is now:
#Db1Url#=jdbc:sonic:sqlserver://CARASETMS:1433;databaseName=CRM
#Db1Pwd#=