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Title EasyASP Template Engine.
Author TjoekBezoer
Author Email pokelijntje [at]
Description The ultimate class if you want to seperate your ASP code from your HTML/XML/other data.

Seperation of code will result in extremely neat and well-readable code. Once you get to know ASPTemplate you can't do without anymore! I garantuee, just take some time to learn
and understand the way this template class works, and you will discover that you are able to
use it for EVERY ASP programming challenge you face.
Category ASP » HTML Formatting
Hits 379814
Code Select and Copy the Code
<% Response.Buffer=false Server.ScriptTimeOut=5 '------------------------------------------------------------------------- ' ASPTemplate Class ' Written by Tjoekbezoer, copyright (c) 2003 ' Quickmanual written at 21-03-2003, extensive manual at ' This class can be freely used, in non-commercial as well as in commercial sites. As long as this copyright ' information remains intact. Logfile and quickmanual can be erased ofcourse. ' ' Separate your ASP code from your HTML code. This way you will easily keep track of your sourcecode. ' Very useful if several people are working on the same scripts, and all have different skills. ' This is a rather advanced class. You have many possibilities, and its always possible to Add more functio- ' nality to it (and of course delete to speed things up). Below is a very short survey of how to write a ' template, and how to use the funtions of this class. ' To get to know how the main functions work, visit ' ' ' IMPORTANT: the #s used here are to indicate what is a value!!!! so when you create a variable, for example Header, ' you must type {Header} in your template, and not {#Header#}!!! ' ' ---[ WRITING A TEMPLATE ]--- ' {#NAME#} ' Plain variable. #NAME# will be replaced by its value if the block is parsed. If no value is assigned ' {#NAME#} will be replaced by "" (nothing). ' {{#NAME#}} ' Dynamic variable assignment. lets say the value of #NAME#="test". Upon parsing the block {#NAME#} ' will be replaced by "test", so you get {test}. Since parsing variables is recursive, the engine will recognize ' the variable {test}, and will look for a value. If you assigned a value for "test" somewhere, {test} will then ' be replaced by its value. Since its recursive {{{#NAME}}}, {{{{#NAME}}}} etc is also possible. ' {#NAME#} to escape. It will print {#NAME#} in the clients browser then, and not the value ' of {#NAME}. Recursive is also possible. {{#NAME}}, where the value of #NAME# ' is "test" again, will be parsed like "{test}" in the browser. ' Following characters can be used in variablename: [a-zA-Z0-9._] ' If you use other characters, the variable will not be parsed, whether you have assigned it or not ' {FILE: #NAME#} ' The FILE: command is use to include another template right at that place. So the contents of template file ' #NAME# will be inserted at the very spot where you typed this command. ' Following characters can be used in TemplateName: [a-zA-Z0-9/ _.-] (includes space) ' {FILE: {#NAME#}} ' Include templates dynamically! ' But be cautious! when you use a variable here you must assign a value to this variable BEFORE YOU LOAD ' THE MAIN TEMPLATE! Otherwise errors will occur. ' [% BEGIN: BlockName %] ' Begin a new (sub)block ' [% END: BlockName %] ' End a (sub)block ' Blocks can be nested in eachother. See the example for more explanation about blocks. ' ' ---[ USING THE CLASS ]--- ' Load(Template) ' Load the contents of the template you want to use. Server.MapPath is included in the function, you ' dont need to use it yourself when defining location of the template. The real Function For getting the ' template is private function GetFile(). If you want do delete the standard Server.MapPath, do it in ' te GetFile() function. ' Assign(Variable, Value) ' Assign Value to Variable. ' Example: Assign "test", "hello" ' This wil give {test} value "hello". ' Unassigned variables in the template will not be displayed (so no stupid {variablename} in browser ' when you forgot to assign a variable, or did not assign it on purpose) ' ListVars() ' Returns a two-dimensional array with all the variables assigned at that moment. ' Find(Input) ' Searches for Input in the unparsed template, and returns an array with the block(s) it is found in. ' Parse(BlockName) ' Parses BlockName (meaning assigning values of the variables to that block, and add it to the ' temporary ParsedBlocks dictionary, ready to be written out) ' Out(BlockName) ' Writes the parsed contents of BlockName to the client's browser. ' Give(BlockName) ' Returns the parsed content of BlockName. ' Exec(BlockName) ' If the block only contains ASP after parsing, you can execute is as though it was a piece of ASP code. ' Be careful though, this can be dangerous for your scripts. ' If used right it can be pretty handy. Even though the block can only contain ASP, you can still use variables ' in it, define other blocks in it, and include other templates in it. As long as the parsed Block only contains ASP ' NOTICE: Be sure that there are no '< %' and '% >' in the block(s) that will be executed!! ' ' ' You can add and delete as many public functions as you want, but be sure to leave the private functions ' alone. Much of them are used several times in different public functions. Deleting one might cause the ' entire class to crash :) Additional public functions will soon be available at ' You can also request special additions. ' ' This was just a very short manual. For extra help visit ' Here you can find the latest updates/additions to this class, and you are able to request features. ' And of course more classes, functions and applications are available as free downloads. ' If you want me to make more classes/functions/apps, please stimulate me by sending me your ' comments, ideas and requests to Thanks a lot! ' ' ' LOG ' 3 nov 2003 ' In PARSEVARS added a new functionality so that the syntax of variables is a little extended: ' Syntax: {variable[=value][;status]} ' variable = variable name ' value = standard value of this variable ' status = for now only hidden is possible. if ;status is set to hidden, the variable will not be shown in the ' final result. The value will be assigned, but its value will not be. ' ' Fixed a check in ASSIGN: it checks if the value assigned is not empty, but "" was also empty for him ' Fixed that by checking with IsEmpty() ' 4 nov 2003 ' in PARSEVARS, in the [=value] param value can now also be empty. ' ' also in PARSEVARS, coded in an option that allows supervar values to be overwritten by ASSIGN ' ' fixed ASSIGN: the IsObject check to assign dictionary items to variables prevented the usage of other ' objects to assign values to variables. ' ' Added a Get property that can get the value of a variable. returns False if empty ' 6 nov 2003 ' Changed PARSEVARS again: the regexp now doesnt allow variable names to start and end with spaces ' s to start and end with is now disallowed. ' ' 1 dec 2003 ' Added a new check in CONSTRUCTTEMPLATE: ' a new property IGNOREINCLUDES will get, and let u define if ASPTemplate should ignore template ' includes in the main template. This way you can analyze blocks without parsing or including ' 4 dec 2003 ' Finally fixed the regexp problem for analyzing a template's blocks!! :D So no filthy replaces anymore, ' just clean regexp code. Also centralized all regexps in CLASS_INITIALIZE so that they can be easily ' editted. ' 21 dec 2003 ' Made some changes in the regular expression for the block- and varname. Now its possible to ' use all the characters for a block/var name, except characters that cause a line break or a tab. ' 23 dec 2003 ' Again changes in the regexp for vars this time. vars with "module_" prefixed are not recognized as ' vars anymore, this is especially for CIMS. ' Also, the B and  were not needed in var regexp (to "unvar" vars that were prefixed ur suffixed with ' spaces), so i removed them. ' 25 dec 2003 ' Added an extra function to PARSEVARS: especially for CIMS it now also parses {module_###} vars ' with their module content. Those vars are normally omitted when parsing vars (see regexp). '------------------------------------------------------------------------- Class ASPTemplate Dim DefaultTemplate, BlockStart, BlockEnd, BlockClose, Reg, BlocksRAW, BlocksParsed, Vars, i Dim regSearchBlockMarkers Dim regSearchEscapedVars Dim regSearchModules Dim regSearchStaticIncludes Dim regSearchVariableIncludes Dim regSearchVariables Dim regAnalyzeBlocks '------------------------------------------------------------------------- ' Contructor '------------------------------------------------------------------------- Private Sub Class_Initialize // This RegExp class is used in entire class. Patterns defined below Set Reg=new RegExp With Reg .MultiLine=True .Global=True .IgnoreCase=True End With // Create the Vars Dictionary Set Vars = Server.CreateObject("Scripting.Dictionary") Set BlocksRAW = Server.CreateObject("Scripting.Dictionary") Set BlocksParsed = Server.CreateObject("Scripting.Dictionary") // Set the regular expressions regAnalyzeBlocks = "(BEGIN:|END:)s*([^f v]+?)s*%]([sS]*?)[%" regSearchBlockMarkers = "([% _BLOCK_([^f v]+?) %])" regSearchEscapedVars = "({\([^ ][^f v{}]+?[^ ])(=([^{}f v;]*))?(;?(hidden) ?)})" regSearchModules = "({((module_)([^f v{}]+))})" regSearchStaticIncludes = "({s*FILE:s*([a-zA-Z0-9 /_.-]+)s*})" regSearchVariableIncludes = "(({s*FILE:s*){([^f v{}]+?)}(s*}))" regSearchVariables = "({(?!module_|\| )([^f v{}]+?[^ ])(=([^{}f v;]*))?; ?(hidden)?})" End Sub '------------------------------------------------------------------------- ' Destructor '------------------------------------------------------------------------- Private Sub Class_Terminate EmptyDictionaries() Set Vars=Nothing Set BlocksRAW=Nothing Set BlocksParsed=Nothing End Sub '------[ PUBLIC FUNCTIONS ]--------------------------------------------------------------- '------------------------------------------------------------------------- ' To start working with a template, you have 3 ways to load the template, with LOAD, ANALYZEBLOCKS ' and with ANALYZEVARS. Load is the simplest and fastest way. But if you need an array of blocks or ' vars after loading the template you can use one of the other two. Using two or more load functions ' makes no sense, and might result in an error or unexplainable behaviour of the class. '------------------------------------------------------------------------- '------------------------------------------------------------------------- ' LOAD ' ' Load template and process blocks if template is found '------------------------------------------------------------------------- Public Function Load(Template) EmptyDictionaries() // Make the tree after all includes are put together in one template MakeTree(ConstructTemplate(Template)) // Assign the server variables to the according template variables //AssignServerVariables() End Function '------------------------------------------------------------------------- ' ANALYZEBLOCKS ' ' Load template and analyze its blocks. They will be stored in an array '------------------------------------------------------------------------- Public Function AnalyzeBlocks(Template) EmptyDictionaries() // Get the contents of the template... which also takes care of the file includes MakeTree(ConstructTemplate(Template)) ReDim Blocks(0) For Each Block in BlocksRAW Blocks(UBound(Blocks)) = Block // We want the name of the block ReDim Preserve Blocks(Ubound(Blocks)+1) Next Redim Preserve Blocks(UBound(Blocks)-1) AnalyzeBlocks=Blocks End Function '------------------------------------------------------------------------- ' ANALYZEVARS ' ' Load template and analyze its vars. The difference with LISTVARS is that this function gives only ' names, and from all vars in this tpl. LISTVARS only gives the vars already assigned, and their values ' Output is an array of all variables occuring in this template, which is enough for now. ' Function does NOT list '------------------------------------------------------------------------- Public Function AnalyzeVars(Template) EmptyDictionaries() // Get the contents of the template... which also takes care of the file includes // MAKETREE takes care of interpreting the tpl so that it can be used for parsing etc // It's done after TemplateContent var assigning cos MakeTree doesnt give the desired output for this function TemplateContent = ConstructTemplate(Template) MakeTree(TemplateContent) Redim Vars(0) Reg.Pattern = regSearchVariables Set Matches = Reg.Execute(TemplateContent) For Each Match in Matches Vars(UBound(Vars)) = Match.SubMatches(1) Redim Preserve Vars(Ubound(Vars)+1) Next Redim Preserve Vars(UBound(Vars)-1) AnalyzeVars = Vars End Function '------------------------------------------------------------------------- ' ANALYZEBLOCKVARS ' ' Return an array of all the vars in this Block ' You need to run LOAD, ANALYZEBLOCKS or ANALYZEVARS first to load and interpret the template. ' The difference with ANALYZEBLOCKS is that this function returns an array of vars of a specific block. '------------------------------------------------------------------------- Public Function AnalyzeBlockVars(BlockName) BlockContent = BlocksRAW.Item(BlockName) Dim Vars Redim Vars(0) Reg.Pattern = regSearchVariables Set Matches = Reg.Execute(BlockContent) For Each Match in Matches Vars(UBound(Vars)) = Match.SubMatches(1) Redim Preserve Vars(Ubound(Vars)+1) Next Redim Preserve Vars(UBound(Vars)-1) AnalyzeBlockVars = Vars End Function '------------------------------------------------------------------------- ' ASSIGN ' ' Assign values to the variables in the template. For vars and single dimension arrays '------------------------------------------------------------------------- Public Function Assign(strVariable, strValue) // When object is a dictionary, assign all // dictionary items to a variable, where variablename is itemname If LCase(TypeName(strValue))="dictionary" Then For Each Var in strValue If NOT IsEmpty(Var) Then Vars.Item(Var) = strValue.Item(Var) End If Next Else //If NOT IsEmpty(strValue) Then Vars.Item(strVariable)=strValue //Else // Response.Write "<p>---ERROR: variable <b>[" & strVariable & "]</b> was assigned a NULL value!---</p>" // Response.End //End If End If End Function '------------------------------------------------------------------------- ' LISTVARS ' ' Returns an array with all the variables (and their values) currently assigned ' Difference with ANALYZEVARS is that tha function returns ALL variables in the template without values. ' This function only returns the variables which are assigned a value. It also returns the value, so it returns ' a two-dimensional array. '------------------------------------------------------------------------- Public Function ListVars() ReDim Result(2, 0) If IsObject(Vars) Then For Each Var in Vars ResultSize=UBound(Result, 2) ReDim Preserve Result(2, (ResultSize+1)) Result(1, ResultSize)=Var Result(2, ResultSize)=Vars.Item(Var) Next ReDim Preserve Result(2, (UBound(Result, 2)-1)) // Last element is empty, so erase it ListVars=Result End If End Function '------------------------------------------------------------------------- ' FIND ' ' Returns an array with the blockname(s) in which the input is found. ' Function searches in unparsed blocks, and can take long with big templates! '------------------------------------------------------------------------- Public Function Find(Input) ReDim Result(0) If IsObject(BlocksRAW) Then For Each Block in BlocksRAW If InStr(BlocksRAW.Item(Block), Input)<>0 Then // Variable found. ResultSize=UBound(Result) ReDim Preserve Result(ResultSize+1) Result(ResultSize)=Block End If Next ReDim Preserve Result(UBound(Result)-1) // Last element is empty Find=Result End If End Function '------------------------------------------------------------------------- ' ISASSIGNED ' ' Check if a variable is already assigned. If it is, return value. If its not, Return false '------------------------------------------------------------------------- Public Function IsAssigned(Variable) If IsObject(Vars) Then If Vars.Exists(Variable) Then IsAssigned=Vars.Item(Variable) Else IsAssigned=False End If Else IsAssigned=False // Vars is no object, so variable is not assigned anyway End If End Function '------------------------------------------------------------------------- ' PARSE ' ' Parse a block ' Replaces the variables with their values. Variables that have not been assigned a value are not displayed '------------------------------------------------------------------------- Public Function Parse(BlockName) ParsedBlockContent="" NewBlockContent=BlocksRAW.Item(BlockName) // Call function to recursively parse variables NewBlockContent=ParseVars(NewBlockContent) // Replace the escaped variables so that they will be displayed as RAW variablenames Reg.Pattern=regSearchEscapedVars NewBlockContent=Reg.Replace(NewBlockContent, "{$2$3$5}") // The replace the _BLOCK_ instances with the matching parsed block(s) from the BlocksParsed Dictionary Reg.Pattern=regSearchBlockMarkers Set Matches=Reg.Execute(NewBlockContent) For Each Match in Matches NewBlockContent=Replace(NewBlockContent, Match.SubMatches(0), BlocksParsed.Item(Match.SubMatches(1)), 1, -1, 1) BlocksParsed.Remove(Match.SubMatches(1)) Next If BlocksParsed.Exists(BlockName) Then BlocksParsed.Item(BlockName)=BlocksParsed.Item(BlockName)&NewBlockContent Else BlocksParsed.Add BlockName, NewBlockContent End If End Function '------------------------------------------------------------------------- ' OUT ' ' Write out a block to the browser. When writing out a block it will write out its parsed children blocks too. ' So lets say you have a block Main, and a block Main.Test ' You first assign a value to the variables in block Test, and then you parse it. After that you assign a value ' to the vars in block Main, and you parse that one too. Then you OUT block Main. Since Main.Test is a child ' of of block Main, it also gets printed out. If Main.Test would also have a child Main.Test.Row, and you would ' have parsed it, it would also be printed out, because indirectly its family of Main. ' ' So summarized you can say that, when you OUT a block, all the parsed FAMILY of that block is printed out ' too! '------------------------------------------------------------------------- Public Function Out(BlockName) If BlocksParsed.Exists(BlockName) Then Response.Write BlocksParsed.Item(BlockName) BlocksParsed.Remove(BlockName) End If End Function '------------------------------------------------------------------------- ' GIVE ' ' Assign contents of a parsed block to a variable ' Instead of printing a block and its parsed family, you return it, so it can be used for further editting '------------------------------------------------------------------------- Public Function Give(BlockName) If BlocksParsed.Exists(BlockName) Then Give=BlocksParsed.Item(BlockName) BlocksParsed.Remove(BlockName) End If End Function '------------------------------------------------------------------------- ' EXEC ' ' Execute a block (!) ' When you execute a block it can only contain ASP code, NOTHING else! ' Block can be dynamic tho (so you can use ASP-only blocks inside them, include ASP-only templates in it ' and assign variables in it. Be sure no '< %' and '% >' instances are located in executed blocks! '------------------------------------------------------------------------- Public Function Exec(strBlockName) If IsObject(BlocksParsed) AND BlocksParsed.Exists(strBlockName) Then strBlockContent = BlocksParsed.Item(strBlockName) // Filter out the ASP tags strBlockContent = Replace(strBlockContent, Chr(60)&Chr(37), "") strBlockContent = Replace(strBlockContent, Chr(37)&Chr(62), "") // Filter out comment tags cos they return errors Reg.Pattern = "^[ ]*(//|')[sS]*?$" strBlockContent = Reg.Replace(strBlockContent, "") //arrBlockContent = Split(strBlockContent, Chr(10)) On Error Resume Next //For i=0 TO UBound(arrBlockContent) Execute strBlockContent If Err.Number>0 Then Response.Write "---FATAL ERROR: while trying to execute <b>" & strBlockName & "</b>---<br>" Response.Write "---Error description: " & Err.Description & "<br>" Response.Write "---Error Source: " & Err.Source & "<hr>" // Response.Write "---Error Line: " & i & "<hr>" // Response.Write "<b>Script Source</b><br><font face=""courier"">" // If i>1 Then Response.Write "<span style=""width:50px;"">" & i+1-2 & "</span>" & Replace(Server.HTMLEncode(arrBlockContent(i-2)), Chr(9), "     ") & "<br>" // If i>0 Then Response.Write "<span style=""width:50px;"">" & i+1-1 & "</span>" & Replace(Server.HTMLEncode(arrBlockContent(i-1)), Chr(9), "     ") & "<br>" // Response.Write "<div style=""background-color=#FFFFC0""><span style=""width:50px;"">" & i+1 & "</span>" & Replace(Server.HTMLEncode(arrBlockContent(i)), Chr(9), "     ") & "</div>" // If UBound(arrBlockContent)>=i+1 Then Response.Write "<span style=""width:50px;"">" & i+2 & "</span>" & Replace(Server.HTMLEncode(arrBlockContent(i+1)), Chr(9), "     ") & "<br>" // If UBound(arrBlockContent)>=i+2 Then Response.Write "<span style=""width:50px;"">" & i+3 & "</span>" & Replace(Server.HTMLEncode(arrBlockContent(i+2)), Chr(9), "     ") & "<br>" // Response.Write "</font>" Response.End End If // Next BlocksParsed.Remove(strBlockName) On Error GoTo 0 End If End Function '------[ PUBLIC PROPERTIES ]-------------------------------------------------------------- '------------------------------------------------------------------------- ' GETVAR ' ' Get the value from a var '------------------------------------------------------------------------- Public Property Get GetVar(Name) If Vars.Exists(Name) Then GetVar = Vars.Item(Name) Else GetVar = False End If End Property '------------------------------------------------------------------------- ' IGNOREINCLUDES ' ' Whether or not to ignore template includes in the main template. '------------------------------------------------------------------------- Dim blIgnoreInc Public Property Let IgnoreIncludes(blStatus) If blStatus<>True and blStatus<>False Then blStatus = False blIgnoreInc = blStatus End Property Public Property Get IgnoreIncludes() If blIgnoreInc="" Then blIgnoreInc = False IgnoreIncludes = blIgnoreInc End Property '------------------------------------------------------------------------- ' IGNOREERRORS ' ' Whether or not to ignore errors '------------------------------------------------------------------------- Dim blIgnoreErrors Public Property Let IgnoreErrors(blStatus) If blStatus<>True and blStatus<>False Then blStatus = False blIgnoreErrors = blStatus End Property Public Property Get IgnoreErrors() If blIgnoreErrors="" Then blIgnoreErrors = False IgnoreErrors = blIgnoreErrors End Property '------------------------------------------------------------------------- ' DEFAULTINCLUDEPATH ' ' To set the default include path, so it doesnt have to be typed every time. '------------------------------------------------------------------------- Dim strDefaultIncPath Public Property Let DefaultIncludePath(strPath) strDefaultIncPath = strPath End Property Public Property Get DefaultIncludePath() If strDefaultIncPath<>"" Then DefaultIncludePath = strDefaultIncPath Else DefaultIncludePath = False End If End Property '------[ PRIVATE FUNCTIONS ]--------------------------------------------------------------- '------------------------------------------------------------------------- ' MAKETREE ' ' Analyze template blocks and make them ready for processing. This function is for internal use, and should ' not be changed unless you know what you are doing. '------------------------------------------------------------------------- Private Function MakeTree(Template) // Input parameter Template comes from TemplateContent in LoadTpl() Dim Matches, Match, level Dim BlockName, Position, Content, TempContent // Set up regular expression for analyzing template Reg.Pattern = regAnalyzeBlocks Set Matches=Reg.Execute(Template) level=0 CurrentBlockName="" ParentBlockName="" For Each Match in Matches BlockName=Match.SubMatches(1) Position=Match.SubMatches(0) // BEGIN: or END: Content=Match.SubMatches(2) If InStr(Position, "BEGIN:")>0 Then If CurrentBlockName="" Then CurrentBlockName=BlockName Else CurrentBlockName=CurrentBlockName&"."&BlockName // Content replace to catch up a fucked up regexp in GETFILE BlocksRAW.Item(CurrentBlockName)=Content level=level+1 Else level=level-1 // To prevent error when trying to add code after main block has ended If level>0 Then ParentBlockName=Left(CurrentBlockName, InStrRev(CurrentBlockName, ".")-1) TempContent=BlocksRAW.Item(ParentBlockName) BlocksRAW.Remove(ParentBlockName) // Again a replace for content to catch up the fucked up regexp in GETFILE BlocksRAW.Add ParentBlockName, TempContent & "[% _BLOCK_" & CurrentBlockName & " %]" & Replace(Content, "[", "[") CurrentBlockName=ParentBlockName End If End If Next Set Matches=Nothing End Function '------------------------------------------------------------------------- ' PARSEVARS ' ' Recursively parse the variables in a block. Input is the content of that block '------------------------------------------------------------------------- Private Function ParseVars(NewBlockContent) Reg.Pattern = regSearchVariables Set Matches = Reg.Execute(NewBlockContent) For Each Match in Matches If Match.Submatches(2) <> "" Then // Variable has a default value, because an = sign is found Variable = Match.Submatches(1) Value = Match.Submatches(3) // Assign the value to the variable, but only if none was assigned yet. // This value is used as default value, it can be overruled at any time. If NOT Vars.Exists(Variable) Then Vars.Item(Variable) = Value End If // Now check if the parameter hidden was given. If it was, delete the var from the tpl. // If it wasnt, replace the value assigning part from the var, and just give a plain var // so {var=value} will become {var}... Later on it will be parsed as value. If Match.Submatches(4) = "hidden" Then // var is hidden NewBlockContent=Replace(NewBlockContent, Match.Submatches(0), "", 1, -1, 1) Else // var is not hidden, replace the entire varstring with a normal var NewBlockContent=Replace(NewBlockContent, Match.Submatches(0), "{" & Variable & "}", 1, -1, 1) End If Else // Normal variable. Parse it as a normal one NewBlockContent=Replace(NewBlockContent, Match.Submatches(0), Vars.item(Match.SubMatches(1)), 1, -1, 1) End If NewBlockContent=ParseVars(NewBlockContent) Next // CIMS Special: // Parse the modules. Reg.Pattern = regSearchModules Set Matches = Reg.Execute(NewBlockContent) For Each Match In Matches If Vars.Exists(Match.SubMatches(1)) Then NewBlockContent=Replace(NewBlockContent, Match.Submatches(0), Vars.item(Match.SubMatches(1)), 1, -1, 1) End If Next ParseVars=NewBlockContent End Function '------------------------------------------------------------------------- ' GETFILE ' ' Get template file '------------------------------------------------------------------------- Private Function GetFile(Template) Set FSO = Server.CreateObject("Scripting.FileSystemObject") If Trim(Template)<>"" Then If FSO.FileExists(Server.MapPath(Template)) Then Set File = FSO.OpenTextFile(Server.MapPath(Template)) GetFile=File.ReadAll Else If NOT blIgnoreErrors Then Response.Write "<p>---WARNING: Template file <b>[" & template & "]</b> could not be found!---</p>" End If Else If NOT blIgnoreErrors Then Response.Write "<p>---WARNING: Tried to load template but no name was specified---</p>" End If End Function '------------------------------------------------------------------------- ' CONSTRUCTTEMPLATE ' ' Recursively get include files from those template files '------------------------------------------------------------------------- Private Function ConstructTemplate(Template) TemplateContent=GetFile(Template) // If this prop is set to true, ignore included templates If IgnoreIncludes=False Then // Replace variable filenames with their values (for dynamic including) Reg.Pattern = regSearchVariableIncludes Set Matches=Reg.Execute(TemplateContent) For Each Match in Matches TemplateContent=Replace(TemplateContent, Match.SubMatches(0), Match.SubMatches(1)&Vars.Item(Match.SubMatches(2))&Match.SubMatches(3), 1, -1, 1) Next // Recursively rerieve the contents of the included templates, and add it to the main template. // strDefaultIncPath comes from the DEFAULTINCLUDEPATH property Reg.Pattern = regSearchStaticIncludes Set Matches=Reg.Execute(TemplateContent) For Each Match in Matches // Handle the combination of the path and the default include path If strDefaultIncPath<>"" Then If Right(strDefaultIncPath, 1)="/" and Left(Match.SubMatches(1), 1)="/" Then // Both contain a slash, delete one strTemplateFile = strDefaultIncPath & Mid(Match.SubMatches(1), 1, Len(Match.SubMatches(1))) ElseIf Right(strDefaultIncPath, 1)<>"/" and Left(Match.SubMatches(1), 1)<>"/" Then // None contains a slash, add one strTemplateFile = strDefaultIncPath & "/" & Match.SubMatches(1) Else // One contains a slash, it's ok strTemplateFile = strDefaultIncPath & Match.SubMatches(1) End If Else strTemplateFile = Match.SubMatches(1) End If TemplateContent=Replace(TemplateContent, Match.SubMatches(0), ConstructTemplate(strTemplateFile), 1, -1, 1) Next End If ConstructTemplate=TemplateContent End Function '------------------------------------------------------------------------- ' EMPTYDICTIONARIES ' ' Empties all dictionaries so they can be re-used '------------------------------------------------------------------------- Private Sub EmptyDictionaries() // If IsObject(Vars) Then Vars.RemoveAll If IsObject(BlocksRAW) Then BlocksRAW.RemoveAll If IsObject(BlocksParsed) Then BlocksParsed.RemoveAll End Sub '------------------------------------------------------------------------- ' COUNTDIMS ' ' Count the dimensions of an array. Its sloppy, but its the only way, and I dont want to use JScript :) ' NOTE: Currently not used anymore, included it though for possible future use. '------------------------------------------------------------------------- Private Function CountDims(ArrayName) If IsArray(ArrayName) Then On Error Resume Next i=0 Do While Err.Number=0 i=i+1 UBound ArrayName, i // will generate error some time Loop On Error GoTo 0 // just being nice CountDims=i-1 End If End Function End Class %>

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