2004-05-18
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| Page Date 2004-05-18 DD-Software |
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MyWbtHelp current version |
| REGEXP.WBT v1.06 20030917
The following WinBatch 'User Defined Functions' make use of the Visual Basic Scripting Edition OLE object 'VBScript.RegExp' to support Regular Expressions in WinBatch scripts. |
;===============================================================================================================================================
; udflib.RegExp.wbt v1.06 20030917 (c)20020708.Detlev Dalitz
;===============================================================================================================================================
; A regular expression is a pattern of text that consists of ordinary characters
; (for example, letters a through z) and special characters, known as metacharacters.
; The pattern describes one or more strings to match when searching a body of text.
; The regular expression serves as a template for matching a character pattern to the string being searched.
;===============================================================================================================================================
;
; This WinBatch library file contains two sections of 'user defined functions'
; to provide regular expression search facilities in WinBatch.
; - 'high level' routines,
; - 'low level' routines.
;
; The 'high level' routines hide the VB RegExp object.
; The properties of the RegExp object must be set by udf parameter list.
; These functions are the worker functions and will fit for RegExp tasks in general.
;
; The 'low level' routines allow handling of the RegExp object at object interface level.
; The 'low level' udfs are mostly simple wrappers (with some overhead in relation to 'pure' object use).
; The 'low level' functions were build mainly for generalizing the RegExp udf interface.
;
;===============================================================================================================================================
;===============================================================================================================================================
; 'High Level' Routines (VB Regular Expression object encapsulated)
;===============================================================================================================================================
; udfRegExpTest (sSearchString, sRegExpPattern, bIgnoreCase)
; udfRegExpMatch (sSearchString, sRegExpPattern, bIgnoreCase, bGlobalSearch, bMultiLine, sMatchPropSep, sMatchItemSep)
; udfRegExpReplace (sSearchString, sRegExpPattern, sReplaceString, bIgnoreCase, bGlobalSearch)
;-----------------------------------------------------------------------------------------------------------------------------------------------
; udfRegExpGetMatchCount (sMatchList, sMatchItemSep)
; udfRegExpGetMatch (iMatch, sMatchList, sMatchItemSep)
;
; udfRegExpGetMatchValue (sMatchItem, sMatchPropSep)
; udfRegExpGetMatchIndex (sMatchItem, sMatchPropSep)
; udfRegExpGetMatchLength (sMatchItem, sMatchPropSep)
;
; udfRegExpGetSubMatchCount (sMatchItem, sMatchPropSep)
; udfRegExpGetSubMatchValue (iSub, sMatchItem, sMatchPropSep)
;
; udfRegExpCheckPattern (sRegExpPattern)
;===============================================================================================================================================
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpCheckPattern (sRegExpPattern)
sRegExpPattern = StrReplace(sRegExpPattern,"\(","")
sRegExpPattern = StrReplace(sRegExpPattern,"\)","")
sRegExpPattern = StrClean(sRegExpPattern,"()","",@TRUE,2)
iCount = StrLen(sRegExpPattern)
If (iCount mod 2) Then Return (-1) ; Error on matching brackets.
Return (iCount/2)
;...............................................................................................................................................
; If opening and closing round brackets do not match (odd count),
; then this udf returns -1 to indicate that there is an error
; on the SubMatching structure in the RegExpPattern.
; Otherwise this udf returns the number of SubMatching parenthesis pairs "()".
;...............................................................................................................................................
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpGetSubMatchCount (sMatchItem,sMatchPropSep)
Return (ItemCount(sMatchItem,sMatchPropSep)-3)
;...............................................................................................................................................
; This udf returns the number of SubMatch items per given MatchItem.
;...............................................................................................................................................
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpGetSubMatchValue (iSub, sMatchItem, sMatchPropSep)
If (sMatchPropSep == "") Then sMatchPropSep = "|"
Return (ItemExtract(3 + iSub,sMatchItem,sMatchPropSep))
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpGetMatchCount (sMatchList, sMatchItemSep)
If (sMatchItemSep == "") Then sMatchItemSep = @TAB
Return (ItemCount(sMatchList,sMatchItemSep))
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpGetMatch (iMatch, sMatchList, sMatchItemSep)
If (sMatchItemSep == "") Then sMatchItemSep = @TAB
Return (ItemExtract(iMatch,sMatchList,sMatchItemSep))
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpGetMatchValue (sMatchItem, sMatchPropSep)
If (sMatchPropSep == "") Then sMatchPropSep = "|"
Return (ItemExtract(1,sMatchItem,sMatchPropSep))
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpGetMatchIndex (sMatchItem, sMatchPropSep)
If (sMatchPropSep == "") Then sMatchPropSep = "|"
Return (ItemExtract(2,sMatchItem,sMatchPropSep))
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpGetMatchLength (sMatchItem, sMatchPropSep)
If (sMatchPropSep == "") Then sMatchPropSep = "|"
Return (ItemExtract(3,sMatchItem,sMatchPropSep))
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpTest (sSearchString, sRegExpPattern, bIgnoreCase)
bResult = @FALSE
iLastErrorMode = ErrorMode(@OFF)
LastError()
objRegExp = ObjectOpen("VBScript.RegExp") ; Creates a regular expression object for use by WinBatch.
iResult = LastError()
ErrorMode(iLastErrorMode)
If iResult Then Goto LABELRETURN ; Object is not loadable.
objRegExp.Pattern = sRegExpPattern ; Set pattern.
objRegExp.IgnoreCase = bIgnoreCase ; Set case insensitivity. Default is @FALSE.
iLastErrorMode = ErrorMode(@OFF)
LastError()
bResult = !!objRegExp.Test(sSearchString) ; vbTrue -1 True ; vbFalse 0 False
iResult = LastError()
ErrorMode(iLastErrorMode)
If iResult Then Goto LABELOBJECTCLOSE ; Maybe a pattern definition error.
If !bResult Then Goto LABELOBJECTCLOSE ; There is no match.
:LABELOBJECTCLOSE
ObjectClose(objRegExp)
Drop(objRegExp)
:LABELRETURN
Return (bResult)
;...............................................................................................................................................
; This udf returns a boolean value depending on the check
; If the SearchString does have at least one match by RegExpPattern.
;...............................................................................................................................................
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpReplace (sSearchString, sRegExpPattern, sReplaceString, bIgnoreCase, bGlobalSearch)
sString = ""
iLastErrorMode = ErrorMode(@OFF)
LastError()
objRegExp = ObjectOpen("VBScript.RegExp") ; Creates a regular expression object for use by WinBatch.
iResult = LastError()
ErrorMode(iLastErrorMode)
If iResult Then Goto LABELRETURN ; Object is not loadable.
objRegExp.Pattern = sRegExpPattern ; Set pattern.
objRegExp.IgnoreCase = bIgnoreCase ; Set case insensitivity. Default is @FALSE.
objRegExp.Global = bGlobalSearch ; Set global applicability. Default is @FALSE.
iLastErrorMode = ErrorMode(@OFF)
LastError()
bResult = !!objRegExp.Test(sSearchString) ; vbTrue -1 True ; vbFalse 0 False
iResult = LastError()
ErrorMode(iLastErrorMode)
If iResult Then Goto LABELOBJECTCLOSE ; Maybe a pattern definition error.
If !bResult Then Goto LABELOBJECTCLOSE ; There is no one match.
sString = objRegExp.Replace(sSearchString,sReplaceString) ; Make the replacement.
:LABELOBJECTCLOSE
ObjectClose(objRegExp)
Drop(objRegExp)
:LABELRETURN
Return (sString)
;...............................................................................................................................................
; Returns an empty string if there was an error on loading the VB Regular Expression OLE object.
; Returns an empty string if there was an error on the sRegExpPattern Test.
; If RegExpPattern does match, then this udf returns a copy of SearchString
; with the text of RegExpPattern replaced with ReplaceString.
; If no match is found, a copy of SearchString is returned unchanged.
;...............................................................................................................................................
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpMatch (sSearchString, sRegExpPattern, bIgnoreCase, bGlobalSearch, bMultiLine, sMatchPropSep, sMatchItemSep)
sMatchList = ""
iLastErrorMode = ErrorMode(@OFF)
LastError()
objRegExp = ObjectOpen("VBScript.RegExp") ; Creates a regular expression object for use by WinBatch.
iResult = LastError()
ErrorMode(iLastErrorMode)
If iResult Then Goto LABELRETURN ; Object is not loadable.
objRegExp.Pattern = sRegExpPattern ; Set pattern.
objRegExp.IgnoreCase = bIgnoreCase ; Set case insensitivity. Default is @FALSE.
objRegExp.Global = bGlobalSearch ; Set global applicability. Default is @FALSE.
objRegExp.MultiLine = bMultiLine ; Set MultiLine facility. Default is @FALSE.
iLastErrorMode = ErrorMode(@OFF)
LastError()
bResult = !!objRegExp.Test(sSearchString) ; vbTrue -1 True ; vbFalse 0 False
iResult = LastError()
ErrorMode(iLastErrorMode)
If iResult Then Goto LABELOBJECTCLOSE ; Maybe a pattern definition error.
If !bResult Then Goto LABELOBJECTCLOSE ; There is no one match.
iSubMatchCount = udfRegExpCheckPattern (sRegExpPattern)
If (iSubMatchCount < 0) Then Goto LABELOBJECTCLOSE ; Maybe a SubMatch definition error.
If (sMatchPropSep == "") Then sMatchPropSep = "|" ; Set separator between MatchItem properties
If (sMatchItemSep == "") Then sMatchItemSep = @TAB ; Set separator between MatchItems
objMatches = objRegExp.Execute(sSearchString) ; Executes the search. Returns a handle to a Matches collection.
sMatchList = ""
hEnum = ObjectCollectionOpen(objMatches) ; Returns an enumeration handle.
While @TRUE
sMatchItem = ""
objMatch = ObjectCollectionNext(hEnum) ; Returns a handle to one object which contains a match.
If !objMatch Then Break
; Collect properties and build the MatchItem.
sMatchItem = ItemInsert(objMatch.Value ,-1,sMatchItem,sMatchPropSep)
sMatchItem = ItemInsert(objMatch.FirstIndex + 1 ,-1,sMatchItem,sMatchPropSep) ; Force one based index.
sMatchItem = ItemInsert(objMatch.Length ,-1,sMatchItem,sMatchPropSep)
; Collect the SubMatches.
objSubMatches = objMatch.SubMatches
iSubMatchCountMax = objSubMatches.count - 1
For iSubMatch=0 To iSubMatchCountMax
sMatchItem = ItemInsert(objSubMatches.Item(iSubMatch),-1,sMatchItem,sMatchPropSep)
Next
ObjectClose(objSubMatches)
; Build the MatchList from MatchItems.
sMatchList = ItemInsert(sMatchItem,-1,sMatchList,sMatchItemSep)
ObjectClose(objMatch)
EndWhile
ObjectCollectionClose(hEnum)
Drop(objMatch,objSubMatches,hEnum)
ObjectClose(objMatches)
Drop(objMatches)
:LABELOBJECTCLOSE
ObjectClose(objRegExp)
Drop(objRegExp)
:LABELRETURN
Return (sMatchList)
;...............................................................................................................................................
; Returns an empty string if there was an error on loading the VB Regular Expression OLE object.
; Returns an empty string if there was no match on the search with Regular Expression pattern.
; If RegExpPattern does match, then this udf returns a tab delimited "MatchList" of one or more "MatchItems".
;...............................................................................................................................................
; A MatchItem is a structure of at least three properties: MatchValue, MatchIndex, MatchLength.
; Additionally there are appended SubMatchItems, when captured by the regular expression.
; A MatchItem for itself is a delimited list too, with pipe symbol "|" as default separator.
;
; Example:
; sSearchString = "myabCthis is the second myabcthing"
; sRegExpPattern = "(a.*?c)"
; bIgnoreCase = @true
; bGlobalSearch = @true
; sMatchList = udfRegExp (sSearchString, sRegExpPattern, bIgnoreCase, bGlobalSearch, "", "")
;
; Resulting MatchList contains two MatchItems, each with one SubMatch:
; sMatchList = "abC|3|3|abC@TABabc|27|3|abc"
;
; If bGlobalSearch is @FALSE Then the resulting MatchList contains only the first MatchItem.
;...............................................................................................................................................
; Note:
; Collection Enumeration is zero based indexed.
; WIL String variables are indexed at 1.
;...............................................................................................................................................
; This udf is based on an article in WinBatch forum by Author "Jim Stiles 20020628 jwstiles@winbatch.com".
; Detlev Dalitz.20020703
;...............................................................................................................................................
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;===============================================================================================================================================
;===============================================================================================================================================
; 'Low Level' Routines (VB Regular Expression object must be opened and closed manually.)
;===============================================================================================================================================
; udfRegExpOpen () ; Returns handle to RegExp object.
; udfRegExpClose (hRegExp)
;
; udfRegExpGetPattern (hRegExp) ; Returns pattern string.
; udfRegExpGetIgnoreCase (hRegExp) ; Returns boolean value.
; udfRegExpGetGlobal (hRegExp) ; Returns boolean value.
; udfRegExpGetMultiLine (hRegExp) ; Returns boolean value.
;
; udfRegExpSetPattern (hRegExp, sPattern)
; udfRegExpSetIgnoreCase (hRegExp, bIgnoreCase)
; udfRegExpSetGlobal (hRegExp, bGlobalSearch)
; udfRegExpSetMultiLine (hRegExp, bMultiLine)
;
; udfRegExpTestString (hRegExp, sSearchString) ; Returns boolean value.
; udfRegExpMatchString (hRegExp, sSearchString, sMatchPropSep, sMatchItemSep) ; Returns MatchList like udfRegExpMatch.
; udfRegExpReplaceString (hRegExp, sSearchString, sReplaceString) ; Returns replaced string.
;===============================================================================================================================================
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpOpen ()
iLastErrorMode = ErrorMode(@OFF)
LastError()
objRegExp = ObjectOpen("VBScript.RegExp") ; Creates a regular expression object for use by WinBatch.
iResult = LastError()
ErrorMode(iLastErrorMode)
Return (objRegExp)
;...............................................................................................................................................
; This udf returns a handle to a RegExp object.
; On error it returns 0.
;...............................................................................................................................................
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpClose (hRegExp)
Return (ObjectClose(hRegExp))
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpGetPattern (hRegExp)
Return (hRegExp.Pattern)
; This udf returns the current pattern setting on a given object handle.
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpGetIgnoreCase (hRegExp)
Return (!!hRegExp.IgnoreCase) ; vbTrue = -1 ; vbFalse = 0
; This udf returns the current bIgnoreCase setting on a given object handle.
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpGetGlobal (hRegExp)
Return (!!hRegExp.Global) ; vbTrue = -1 ; vbFalse = 0
; This udf returns the current Global setting on a given object handle.
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpGetMultiline (hRegExp)
Return (!!hRegExp.MultiLine) ; vbTrue = -1 ; vbFalse = 0
; This udf returns the current bMultiLine setting on a given object handle.
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpSetPattern (hRegExp, sPattern)
hRegExp.Pattern = sPattern
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpSetIgnoreCase (hRegExp, bValue)
hRegExp.IgnoreCase = bValue
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpSetGlobal (hRegExp, bValue)
hRegExp.Global = bValue
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpSetMultiline (hRegExp, bValue)
hRegExp.MultiLine = bValue
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpTestString (hRegExp, sSearchString)
iLastErrorMode = ErrorMode(@OFF)
LastError()
bResult = !!hRegExp.Test(sSearchString) ; vbTrue -1 True ; vbFalse 0 False
iResult = LastError()
ErrorMode(iLastErrorMode)
If iResult Then Return (@FALSE) ; Maybe a pattern definition error.
If !bResult Then Return (@FALSE) ; There is no match.
Return (bResult)
;...............................................................................................................................................
; This udf returns a boolean value depending on the check
; if the sSearchString does have at least one match by previously defined sRegExpPattern.
;...............................................................................................................................................
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpReplaceString (hRegExp, sSearchString, sReplaceString)
Return (hRegExp.Replace(sSearchString,sReplaceString))
;...............................................................................................................................................
; If previously defined RegExpPattern does match, then this udf returns a copy of SearchString
; with the text of RegExpPattern replaced with ReplaceString.
; If no match is found, a copy of sSearchString is returned unchanged.
;...............................................................................................................................................
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;-----------------------------------------------------------------------------------------------------------------------------------------------
#DefineFunction udfRegExpMatchString (hRegExp, sSearchString, sMatchPropSep, sMatchItemSep)
sMatchList = ""
iSubMatchCount = udfRegExpCheckPattern (sRegExpPattern)
If (iSubMatchCount < 0) Then Return ("") ; Maybe a SubMatch definition error.
If (sMatchPropSep == "") Then sMatchPropSep = "|" ; Set separator between MatchItem properties.
If (sMatchItemSep == "") Then sMatchItemSep = @TAB ; Set separator between MatchItems.
objMatches = hRegExp.Execute(sSearchString) ; Executes the search. Returns a handle to a Matches collection.
sMatchList = ""
hEnum = ObjectCollectionOpen(objMatches) ; Returns an enumeration handle.
While @TRUE
sMatchItem = ""
objMatch = ObjectCollectionNext(hEnum) ; Returns a handle to one object which contains a match.
If !objMatch Then Break
; Collect properties and build the MatchItem.
sMatchItem = ItemInsert(objMatch.Value ,-1,sMatchItem,sMatchPropSep)
sMatchItem = ItemInsert(objMatch.FirstIndex + 1 ,-1,sMatchItem,sMatchPropSep) ; Force one based index.
sMatchItem = ItemInsert(objMatch.Length ,-1,sMatchItem,sMatchPropSep)
; Collect the SubMatches.
objSubMatches = objMatch.SubMatches
iSubMatchCountMax = objSubMatches.count - 1
For iSubMatch=0 To iSubMatchCountMax
sMatchItem = ItemInsert(objSubMatches.Item(iSubMatch),-1,sMatchItem,sMatchPropSep)
Next
ObjectClose(objSubMatches)
; Build the MatchList from MatchItems.
sMatchList = ItemInsert(sMatchItem,-1,sMatchList,sMatchItemSep)
ObjectClose(objMatch)
EndWhile
ObjectCollectionClose(hEnum)
Drop(objMatch,objSubMatches,hEnum)
ObjectClose(objMatches)
Drop(objMatches)
Return (sMatchList)
#EndFunction
;-----------------------------------------------------------------------------------------------------------------------------------------------
;===============================================================================================================================================
; --- test ---
;-----------------------------------------------------------------------------------------------------------------------------------------------
:test1
;-----------------------------------------------------------------------------------------------------------------------------------------------
; Check if e-mail address format is ok or not.
sSearchString = "dd@dalitz-im-netz.de"
sRegExpPattern = "([\w\-]+)@([\w\-]+)\.([\w\-]+)"
bIgnoreCase = @TRUE ; Default is @FALSE.
iMatched = udfRegExpTest (sSearchString, sRegExpPattern, bIgnoreCase)
sNoYes = ItemExtract(1+iMatched,"no,yes",",")
sMsgText = StrCat("SearchString matches RegExpPattern =" ,@TAB,sNoYes,@LF)
sMsgText = StrCat("IgnoreCase =" ,@TAB,bIgnoreCase ,@LF,sMsgText,@LF)
sMsgText = StrCat("RegExpPattern =",@TAB,sRegExpPattern,@LF,sMsgText,@LF)
sMsgText = StrCat("SearchString =" ,@TAB,sSearchString ,@LF,sMsgText,@LF)
sMsgTitle = "Demo udfRegExpTest (sSearchString, sRegExpPattern, bIgnoreCase)"
IntControl (63,150,200,850,700)
AskItemlist(sMsgTitle,sMsgText,@LF,@UNSORTED,@SINGLE)
;-----------------------------------------------------------------------------------------------------------------------------------------------
:test2
;-----------------------------------------------------------------------------------------------------------------------------------------------
; This script uses a regular expression pattern
; to find all the matches for a given pattern
; and returns the matches in a WIL list variable.
; It is an example that shows how the Visual Basic Regular Expression
; capability can be used from WinBatch.
; Original script by Author: "Jim Stiles 20020628".
; String with several possible matches for the expression pattern.
; sSearchString = "myabCthis is the second myabcthing"
; Match from the first a to and including the next c.
; To exclude the c, try [^c]* in place of .*? .
; To select the string from the first a to the first c, use the ?.
; Without the ?, the expression would select a string from the first a to the final, and third, c.
sSearchString = "myabCthis is the second myabcthing"
sRegExpPattern = "(a.*?c)"
bIgnoreCase = @TRUE ; Default is @FALSE.
bGlobalSearch = @TRUE ; Default is @FALSE.
bMultiLine = @FALSE ; Default is @FALSE.
sMatchPropSep = "|"
sMatchListSep = @TAB
sMatchList = udfRegExpMatch (sSearchString, sRegExpPattern, bIgnoreCase, bGlobalSearch, bMultiLine, sMatchPropSep, sMatchListSep)
iCount = udfRegExpGetMatchCount (sMatchList, sMatchListSep)
sMsgText = ""
For i=1 To iCount
sMatch = udfRegExpGetMatch (i, sMatchList, sMatchListSep)
sValue = udfRegExpGetMatchValue (sMatch, sMatchPropSep)
iIndex = udfRegExpGetMatchIndex (sMatch, sMatchPropSep)
iLength = udfRegExpGetMatchLength (sMatch, sMatchPropSep)
sMsgText = StrCat(sMsgText,"Value =" ,@TAB,sValue ,@TAB)
sMsgText = StrCat(sMsgText,"Index =" ,@TAB,iIndex ,@TAB)
sMsgText = StrCat(sMsgText,"Length =",@TAB,iLength,@TAB)
sMsgText = StrCat(sMsgText,@LF)
Next
sMsgText = StrCat("GlobalSearch =" ,@TAB,bGlobalSearch ,@LF,@LF,sMsgText,@LF)
sMsgText = StrCat("IgnoreCase =" ,@TAB,bIgnoreCase ,@LF,sMsgText,@LF)
sMsgText = StrCat("MultiLine =" ,@TAB,bMultiLine ,@LF,sMsgText,@LF)
sMsgText = StrCat("RegExpPattern =",@TAB,sRegExpPattern,@LF,sMsgText,@LF)
sMsgText = StrCat("SearchString =" ,@TAB,sSearchString ,@LF,sMsgText,@LF)
sMsgTitle = "Demo udfRegExpFind (sSearchString, sRegExpPattern, bIgnoreCase, bGlobalSearch, sMatchPropSep, sMatchItemSep)"
IntControl (63,150,200,850,700)
AskItemlist(sMsgTitle,sMsgText,@LF,@UNSORTED,@SINGLE)
;-----------------------------------------------------------------------------------------------------------------------------------------------
:test3
;-----------------------------------------------------------------------------------------------------------------------------------------------
; Check e-mail address and separate it into three parts.
sSearchString = "Please send mail to drag_on@x-yz-zy.com. Thanks!"
sRegExpPattern = "([\w\-]+)@([\w\-]+)\.([\w\-]+)"
;sRegExpPattern = "([\w])+" ; Test it!
;bIgnoreCase = @FALSE
;bGlobalSearch = @FALSE
;bMultiLine = @FALSE
bIgnoreCase = @TRUE
bGlobalSearch = @TRUE
bMultiLine = @FALSE
sMatchPropSep = "|"
sMatchListSep = @TAB
sMatchList = udfRegExpMatch (sSearchString, sRegExpPattern, bIgnoreCase, bGlobalSearch, bMultiLine, sMatchPropSep, sMatchListSep)
iMatchCount = udfRegExpGetMatchCount (sMatchList, sMatchListSep)
sMsgText = ""
For iMatch=1 To iMatchCount
sMatch = udfRegExpGetMatch (iMatch, sMatchList, sMatchListSep)
sValue = udfRegExpGetMatchValue (sMatch, sMatchPropSep)
iIndex = udfRegExpGetMatchIndex (sMatch, sMatchPropSep)
iLength = udfRegExpGetMatchLength (sMatch, sMatchPropSep)
sMsgText = StrCat(sMsgText,'Value' ,@TAB,' = ','"',sValue ,'"',@TAB)
sMsgText = StrCat(sMsgText,'Index' ,@TAB,' = ','"',iIndex ,'"',@TAB)
sMsgText = StrCat(sMsgText,'Length' ,@TAB,' = ','"',iLength,'"',@TAB)
sMsgText = StrCat(sMsgText,@LF)
iSubCount = udfRegExpGetSubMatchCount (sMatch, sMatchPropSep)
For iSub=1 To iSubCount
sSubMatch = udfRegExpGetSubMatchValue (iSub, sMatch, sMatchPropSep)
sMsgText = StrCat(sMsgText,'SubMatch',iSub,@TAB,' = ','"',sSubMatch,'"',@LF)
Next
Next
sMsgText = StrCat('GlobalSearch' ,@TAB,' = ','"',bGlobalSearch ,'"',@LF,@LF,sMsgText,@LF)
sMsgText = StrCat('IgnoreCase' ,@TAB,' = ','"',bIgnoreCase ,'"',@LF,sMsgText,@LF)
sMsgText = StrCat('RegExpPattern',@TAB,' = ','"',sRegExpPattern,'"',@LF,sMsgText,@LF)
sMsgText = StrCat('SearchString' ,@TAB,' = ','"',sSearchString ,'"',@LF,sMsgText,@LF)
sMsgTitle = "Demo udfRegExp (sSearchString, sRegExpPattern, bIgnoreCase, bGlobalSearch, sMatchPropSep, sMatchItemSep)"
IntControl (63,150,200,850,700)
AskItemlist(sMsgTitle,sMsgText,@LF,@UNSORTED,@SINGLE)
;-----------------------------------------------------------------------------------------------------------------------------------------------
:test4
;-----------------------------------------------------------------------------------------------------------------------------------------------
; Replace one word with another word.
sSearchString = "The quick brown fox jumped over the lazy dog."
sRegExpPattern = "fox"
sReplaceString = "cat"
bIgnoreCase = @TRUE
bGlobalSearch = @FALSE
sReplacedString = udfRegExpReplace (sSearchString, sRegExpPattern, sReplaceString, bIgnoreCase, bGlobalSearch)
sMsgTitle = "Demo udfRegExpReplace (sSearchString, sRegExpPattern, bIgnoreCase, bGlobalSearch)"
sMsgText = ""
sMsgText = StrCat(sMsgText,'SearchString' ,@TAB,' = ','"',sSearchString ,'"',@LF)
sMsgText = StrCat(sMsgText,'RegExpPattern' ,@TAB,' = ','"',sRegExpPattern ,'"',@LF)
sMsgText = StrCat(sMsgText,'ReplaceString' ,@TAB,' = ','"',sReplaceString ,'"',@LF)
sMsgText = StrCat(sMsgText,'IgnoreCase' ,@TAB,' = ','"',bIgnoreCase ,'"',@LF)
sMsgText = StrCat(sMsgText,'GlobalSearch' ,@TAB,' = ','"',bGlobalSearch ,'"',@LF)
sMsgText = StrCat(sMsgText,'ReplacedString',@TAB,' = ','"',sReplacedString,'"',@LF)
IntControl (63,150,200,850,700)
AskItemlist(sMsgTitle,sMsgText,@LF,@UNSORTED,@SINGLE)
;-----------------------------------------------------------------------------------------------------------------------------------------------
:test5
;-----------------------------------------------------------------------------------------------------------------------------------------------
; In addition, the Replace method can replace subexpressions in the pattern.
; The following script swaps each pair of words in the original string
sSearchString = "The quick brown fox jumped over the lazy dog."
sRegExpPattern = "(\S+)(\s+)(\S+)" ; Swap pairs of words.
sReplaceString = "$3$2$1"
bIgnoreCase = @TRUE
bGlobalSearch = @TRUE
sReplacedString = udfRegExpReplace (sSearchString, sRegExpPattern, sReplaceString, bIgnoreCase, bGlobalSearch)
sMsgTitle = "Demo udfRegExpReplace (sSearchString, sRegExpPattern, bIgnoreCase, bGlobalSearch)"
sMsgText = ""
sMsgText = StrCat(sMsgText,'SearchString' ,@TAB,' = ','"',sSearchString ,'"',@LF)
sMsgText = StrCat(sMsgText,'RegExpPattern' ,@TAB,' = ','"',sRegExpPattern ,'"',@LF)
sMsgText = StrCat(sMsgText,'ReplaceString' ,@TAB,' = ','"',sReplaceString ,'"',@LF)
sMsgText = StrCat(sMsgText,'IgnoreCase' ,@TAB,' = ','"',bIgnoreCase ,'"',@LF)
sMsgText = StrCat(sMsgText,'GlobalSearch' ,@TAB,' = ','"',bGlobalSearch ,'"',@LF)
sMsgText = StrCat(sMsgText,'ReplacedString',@TAB,' = ','"',sReplacedString,'"',@LF)
IntControl (63,150,200,850,700)
AskItemlist(sMsgTitle,sMsgText,@LF,@UNSORTED,@SINGLE)
;-----------------------------------------------------------------------------------------------------------------------------------------------
:test6
;-----------------------------------------------------------------------------------------------------------------------------------------------
; Set and query RegExp properties.
objRegExp = udfRegExpOpen ()
If (objRegExp <> 0)
udfRegExpSetPattern(objRegExp,"( *)next( *)")
udfRegExpSetIgnoreCase(objRegExp, @TRUE)
udfRegExpSetGlobal(objRegExp, @FALSE)
udfRegExpSetMultiline(objRegExp, @TRUE)
sMsgTitle = "Demo udfRegExpGetPattern ()"
sMsgText = ""
sMsgText = StrCat(sMsgText,'RegExpPattern' ,@TAB,' = ','"',udfRegExpGetPattern(objRegExp) ,'"',@LF)
sMsgText = StrCat(sMsgText,'IgnoreCase' ,@TAB,' = ','"',udfRegExpGetIgnoreCase(objRegExp),'"',@LF)
sMsgText = StrCat(sMsgText,'GlobalSearch' ,@TAB,' = ','"',udfRegExpGetGlobal(objRegExp) ,'"',@LF)
sMsgText = StrCat(sMsgText,'MultiLine' ,@TAB,' = ','"',udfRegExpGetMultiline(objRegExp) ,'"',@LF)
IntControl (63,150,200,850,700)
AskItemlist(sMsgTitle,sMsgText,@LF,@UNSORTED,@SINGLE)
udfRegExpClose (objRegExp)
EndIf
;-----------------------------------------------------------------------------------------------------------------------------------------------
:test7
;-----------------------------------------------------------------------------------------------------------------------------------------------
; Replace control character.
sSearchString = StrCat("Control",@CR,"characters",@LF,"can also be indicated",@CR,@LF,"by RegExp pattern.",@CRLF)
sRegExpPattern = "(\cM\cJ)|(\cJ)|(\cM)" ; @cr@lf or @lf or @cr
sReplaceString = "<BR>"
bIgnoreCase = @TRUE
bGlobalSearch = @TRUE
sReplacedString = udfRegExpReplace (sSearchString, sRegExpPattern, sReplaceString, bIgnoreCase, bGlobalSearch)
sMsgTitle = "Demo udfRegExpReplace (sSearchString, sRegExpPattern, bIgnoreCase, bGlobalSearch)"
sMsgText = ""
sMsgText = StrCat(sMsgText,'SearchString' ,@TAB,' = ','"',sSearchString ,'"',@LF)
sMsgText = StrCat(sMsgText,'RegExpPattern' ,@TAB,' = ','"',sRegExpPattern ,'"',@LF)
sMsgText = StrCat(sMsgText,'ReplaceString' ,@TAB,' = ','"',sReplaceString ,'"',@LF)
sMsgText = StrCat(sMsgText,'IgnoreCase' ,@TAB,' = ','"',bIgnoreCase ,'"',@LF)
sMsgText = StrCat(sMsgText,'GlobalSearch' ,@TAB,' = ','"',bGlobalSearch ,'"',@LF)
sMsgText = StrCat(sMsgText,'ReplacedString',@TAB,' = ','"',sReplacedString,'"',@LF)
IntControl (63,150,200,850,700)
AskItemlist(sMsgTitle,sMsgText,@LF,@UNSORTED,@SINGLE)
;-----------------------------------------------------------------------------------------------------------------------------------------------
:CANCEL
Exit
;===============================================================================================================================================
;===============================================================================================================================================
; Requirements
;===============================================================================================================================================
; This WIL User Defined Function library is based on the OLE object "VBScript.RegExp".
; It requires "Microsoft Visual Basic Scripting Edition Version 5.0/5.5"
; implemented by Host Application "Microsoft Internet Explorer 5.0/5.5".
; The SubMatch collection requires "Microsoft Visual Basic Scripting Edition Version 5.5"
; The MultiLine property requires "Microsoft Visual Basic Scripting Edition Version 5.5"
; Some Replace Properties require "Microsoft Internet Explorer 5.5" or "Microsoft Windows Millennium Edition"
;-----------------------------------------------------------------------------------------------------------------------------------------------
; Original documentation adapted from the Microsoft Platform SDK, May 2002 Edition.
;===============================================================================================================================================
;===============================================================================================================================================
; Here are some examples of regular expression you might encounter
;===============================================================================================================================================
; Match a blank line.
; "^\s*$"
;-----------------------------------------------------------------------------------------------------------------------------------------------
; Validate an ID number consisting of 2 digits, a hyphen, and another 5 digits.
; "\d{2}-\d{5}"
;-----------------------------------------------------------------------------------------------------------------------------------------------
; Validate an email address in the format "name@host.org".
; "([\w\-]+)@([\w\-]+)\.([\w\-]+)"
;-----------------------------------------------------------------------------------------------------------------------------------------------
; Match "industry" or "industries" (non-capturing match).
; "industr(?:y|ies)"
;-----------------------------------------------------------------------------------------------------------------------------------------------
; Match "Windows" in "Windows 2000" but not "Windows" in "Windows 3.1"
; (non-capturing match, positive lookahead).
; "Windows (?=95|98|NT|2000)"
;-----------------------------------------------------------------------------------------------------------------------------------------------
; Match "Windows" in "Windows 3.1" but does not match "Windows" in "Windows 2000"
; (non-capturing match, negative lookahead).
; "Windows (?!95|98|NT|2000)"
;-----------------------------------------------------------------------------------------------------------------------------------------------
; Match the copyright symbol (©).
; "\u00A9"
;===============================================================================================================================================
;===============================================================================================================================================
; Additional notes from the MS SDK, Visual Basic Scripting Edition
;===============================================================================================================================================
; ObjectRegExp.Pattern [= "searchstring"]
; The "Pattern Property" sets or returns the regular expression pattern being searched for.
; Optional searchstring is a regular string expression being searched for.
; May include any of the regular expression characters defined in the table in the "Settings" section.
;
; ObjectRegExp.IgnoreCase [= True | False ]
; The "IgnoreCase Property" sets or returns a Boolean value that indicates
; if a pattern search is case-sensitive or not.
; The value of the IgnoreCase property is False if the search is case-sensitive,
; True if it is not. Default is False.
;
; ObjectRegExp.Global [= True | False ]
; The "Global Property" sets or returns a Boolean value that indicates
; if a pattern should match all occurrences in an entire search string or just the first one.
; The object argument is always a RegExp object.
; The value of the Global property is True if the search applies to the entire string,
; False if it does not. Default is False.
;
; ObjectRegExp.MultiLine [= True | False ]
; ???
; If MultiLine is false,
; "^" matches the position at the beginning of a string, and
; "$" matches the position at the end of a string.
; If multline is true,
; "^" matches the position at the beginning of a string as well as the position following a "\n" or "\r",
; and "$" matches the position at the end of a string and the position preceding "\n" or "\r".
; Default is False.
;
; ObjectRegExp.Execute (string)
; ???
;
; ObjectRegExp.Test (string)
; The "Test Method" executes a regular expression search against a specified string
; and returns a Boolean value that indicates if a pattern match was found.
; The actual pattern for the regular expression search is set using the Pattern property of the RegExp object.
; The RegExp.Global property has no effect on the Test method.
; The Test method returns True if a pattern match is found; False if no match is found.
;
; ObjectRegExp.Replace (string1, string2)
; The Replace Method replaces text found in a regular expression search.
; String1 is the text string in which the text replacement is to occur.
; String2 is the replacement text string.
; The actual pattern for the text being replaced is set using the Pattern property of the RegExp object.
; The Replace method returns a copy of string1 with the text of RegExp.Pattern replaced with string2.
; If no match is found, a copy of string1 is returned unchanged.
;
; In addition, the Replace method can replace subexpressions in the pattern.
; e.g. ObjectRegExp.Replace("(\S+)(\s+)(\S+)", "$3$2$1")) swaps pairs of words.
; For further details see "Replace Properties" section.
;
;===============================================================================================================================================
;===============================================================================================================================================
; Settings
;-----------------------------------------------------------------------------------------------------------------------------------------------
; Special characters and sequences are used in writing patterns for regular expressions.
; The following table describes and gives an example of the characters and sequences that can be used.
;
; Character Description
;
; \ Marks the next character as a special character, a literal, a backreference, or an octal escape.
; For example, "n" matches the character "n".
; "\n" matches a newline character.
; The sequence "\\" matches "\" and "\(" matches "(".
;
; ^ Matches the position at the beginning of the input string.
; If the RegExp object's MultiLine property is set,
; ^ also matches the position following "\n" or "\r".
;
; $ Matches the position at the end of the input string.
; If the RegExp object's MultiLine property is set,
; $ also matches the position preceding "\n" or "\r".
;
; * Matches the preceding character zero or more times.
; For example, "zo*" matches either "z" or "zoo".
; * is equivalent to "{0,}".
;
; + Matches the preceding character one or more times.
; For example, "zo+" matches "zoo" but not "z".
; + is equivalent to "{1,}".
;
; ? Matches the preceding character zero or one time.
; For example, "a?ve?" matches the "ve" in "never".
; For example, "do(es)?" matches the "do" in "do" or "does".
; ? is equivalent to "{0,1}"
; When this character immediately follows any of the other quantifiers
; (*, +, ?, {n}, {n,}, {n,m}), the matching pattern is non-greedy.
; A non-greedy pattern matches as little of the searched string as possible,
; whereas the default greedy pattern matches as much of the searched string as possible.
; For example, in the string "oooo", 'o+?' matches a single "o", while 'o+' matches all 'o's.
;
; . Matches any single character except a newline character "\n".
; To match any character including the "\n", use a pattern such as "[\s\S]".
;
; (pattern) Matches pattern and remembers the match.
; The matched substring can be retrieved from the resulting Matches collection, using Item [0]...[n].
; To match parentheses characters ( ), use "\(" or "\)".
;
; (?:pattern) Matches pattern but does not capture the match,
; that is, it is a non-capturing match that is not stored for possible later use.
; This is useful for combining parts of a pattern with the "or" character (|).
; For example, 'industr(?:y|ies) is a more economical expression than 'industry|industries'.
;
; (?=pattern) Positive lookahead matches the search string at any point where a string matching pattern begins.
; This is a non-capturing match, that is, the match is not captured for possible later use.
; For example 'Windows (?=95|98|NT|2000)' matches "Windows" in "Windows 2000"
; but not "Windows" in "Windows 3.1".
; Lookaheads do not consume characters, that is, after a match occurs,
; the search for the next match begins immediately following the last match,
; not after the characters that comprised the lookahead.
;
; (?!pattern) Negative lookahead matches the search string at any point where a string not matching pattern begins.
; This is a non-capturing match, that is, the match is not captured for possible later use.
; For example 'Windows (?!95|98|NT|2000)' matches "Windows" in "Windows 3.1"
; but does not match "Windows" in "Windows 2000".
; Lookaheads do not consume characters, that is, after a match occurs,
; the search for the next match begins immediately following the last match,
; not after the characters that comprised the lookahead.
;
; x|y Matches either x or y. For example, 'z|food' matches "z" or "food". '(z|f)ood' matches "zood" or "food".
;
; {n} n is a nonnegative integer.
; Matches exactly n times.
; For example, "o{2}" does not match the "o" in "Bob," but matches the first two o's in "foooood".
;
; {n,} n is a nonnegative integer.
; Matches at least n times.
; For example, "o{2,}" does not match the "o" in "Bob" and matches all the o's in "foooood."
; "o{1,}" is equivalent to "o+".
; "o{0,}" is equivalent to "o*".
;
; {n,m} m and n are nonnegative integers, where n <= m.
; Matches at least n and at most m times.
; For example, "o{1,3}" matches the first three o's in "fooooood".
; "o{0,1}" is equivalent to "o?".
; Note that you cannot put a space between the comma and the numbers.
;
; [xyz] A character set. Matches any one of the enclosed characters.
; For example, "[abc]" matches the "a" in "plain".
;
; [^xyz] A negative character set. Matches any character not enclosed.
; For example, "[^abc]" matches the "p" in "plain".
;
; [a-z] A range of characters. Matches any character in the specified range.
; For example, "[a-z]" matches any lowercase alphabetic character in the range "a" through "z".
;
; [^m-z] A negative range characters. Matches any character not in the specified range.
; For example, "[m-z]" matches any character not in the range "m" through "z".
;
; \b Matches a word boundary, that is, the position between a word and a space.
; For example, "er\b" matches the "er" in "never" but not the "er" in "verb".
;
; \B Matches a non-word boundary. "ea*r\B" matches the "ear" in "never early".
;
; \d Matches a digit character. Equivalent to "[0-9]".
;
; \D Matches a non-digit character. Equivalent to "[^0-9]".
;
; \f Matches a form-feed character. Equivalent to "\x0c" and "\cL".
;
; \n Matches a newline character. Equivalent to "\x0a" and "\cJ".
;
; \r Matches a carriage return character. Equivalent to "\x0d" and "\cM".
;
; \s Matches any white space including space, tab, form-feed, etc. Equivalent to "[ \f\n\r\t\v]".
;
; \S Matches any nonwhite space character. Equivalent to "[^ \f\n\r\t\v]".
;
; \t Matches a tab character. Equivalent to "\x09" and "\cI".
;
; \v Matches a vertical tab character. Equivalent to "\x0b" and "\cK".
;
; \w Matches any word character including underscore. Equivalent to "[A-Za-z0-9_]".
;
; \W Matches any non-word character. Equivalent to "[^A-Za-z0-9_]".
;
; \num Matches num, where num is a positive integer. A reference back to remembered matches.
; For example, "(.)\1" matches two consecutive identical characters.
; If \num is preceded by at least num captured subexpressions, num is a backreference.
; Otherwise, num is an octal escape value if num is an octal digit (0-7).
;
; \n Matches n, where n is an octal escape value. Octal escape values must be 1, 2, or 3 digits long.
; For example, "\11" and "\011" both match a tab character.
; "\0011" is the equivalent of "\001" & "1". Octal escape values must not exceed 256.
; If they do, only the first two digits comprise the expression.
; Allows ASCII codes to be used in regular expressions.
;
; \nm Identifies either an octal escape value or a backreference.
; If \nm is preceded by at least nm captured subexpressions, nm is a backreference.
; If \nm is preceded by at least n captures, n is a backreference followed by literal m.
; If neither of the preceding conditions exist,
; \nm matches octal escape value nm when n and m are octal digits (0-7).
;
; \nml Matches octal escape value nml when n is an octal digit (0-3) and m and l are octal digits (0-7).
;
; \xn Matches n, where n is a hexadecimal escape value.
; Hexadecimal escape values must be exactly two digits long.
; For example, "\x41" matches "A". "\x041" is equivalent to "\x04" & "1".
; Allows ASCII codes to be used in regular expressions.
;
; \cx Matches the control character indicated by x.
; For example, \cM matches a Control-M or carriage return character.
; The value of x must be in the range of A-Z or a-z.
; If not, c is assumed to be a literal 'c' character.
;
; \un Matches n, where n is a Unicode character expressed as four hexadecimal digits.
; For example, \u00A9 matches the copyright symbol (©).
;
;===============================================================================================================================================
;===============================================================================================================================================
; Replace Properties
;-----------------------------------------------------------------------------------------------------------------------------------------------
; $1...$9 $1...$9 properties
; Returns the nine most-recently memorized portions found during pattern matching. Read-only.
; The value of the $1...$9 properties is modified whenever a successful parenthesized match is made.
; Any number of parenthesized substrings may be specified in a regular expression pattern,
; but only the nine most recent can be stored.
;
; $_ input Property
; Returns the string against which a regular expression search was performed. Read-only.
; The value of input property is modified any time the searched string is changed.
;
; $& lastMatch Property
; Returns the last matched characters from any regular expression search. Read-only.
; The initial value of the lastMatch property is an empty string.
; The value of the lastMatch property changes whenever a successful match is made.
;
; $+ lastParen Property
; Returns the last parenthesized submatch from any regular expression search, if any. Read-only.
; The initial value of the lastParen property is an empty string.
; The value of the lastParen property changes whenever a successful match is made.
;
; $` leftContext Property
; Returns the characters from the beginning of a searched string
; up to the position before the beginning of the last match. Read-only.
; The initial value of the leftContext property is an empty string.
; The value of the leftContext property changes whenever a successful match is made.
;
; $' rightContext Property
; Returns the characters from the position following the last match to the end of the searched string. Read-only.
; The initial value of the rightContext property is an empty string.
; The value of the rightContext property changes whenever a successful match is made.
;
;===============================================================================================================================================
;===============================================================================================================================================
; Control Characters Table
;===============================================================================================================================================
; Decimal Binary Hex Ascii Key
;
; 0 00000000 00 NUL
; 1 00000001 01 SOH ^A
; 2 00000010 02 STX ^B
; 3 00000011 03 ETX ^C
; 4 00000100 04 EOT ^D
; 5 00000101 05 ENQ ^E
; 6 00000110 06 ACK ^F
; 7 00000111 07 BEL ^G
; 8 00001000 08 BS ^H
; 9 00001001 09 HT ^I
; 10 00001010 0A LF ^J
; 11 00001011 0B VT ^K
; 12 00001100 0C FF ^L
; 13 00001101 0D CR ^M
; 14 00001110 0E SO ^N
; 15 00001111 0F SI ^O
; 16 00010000 10 DLE ^P
; 17 00010001 11 DC1 ^Q
; 18 00010010 12 DC2 ^R
; 19 00010011 13 DC3 ^S
; 20 00010100 14 DC4 ^T
; 21 00010101 15 NAK ^U
; 22 00010110 16 SYN ^V
; 23 00010111 17 ETB ^W
; 24 00011000 18 CAN ^X
; 25 00011001 19 EM ^Y
; 26 00011010 1A SUB ^Z
; 27 00011011 1B ESC ^[
; 28 00011100 1C FS ^\
; 29 00011101 1D GS ^]
; 30 00011110 1E RS ^^
; 31 00011111 1F US ^_
;===============================================================================================================================================
*EOF*
| Page Date 2004-05-18 DD-Software |
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