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ConvertFuncs.ahk
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#Requires AutoHotKey v2.0
#SingleInstance Force
; to do: strsplit (old command)
; requires should change the version :D
global dbg := 0
#Include lib/ClassOrderedMap.ahk
#Include lib/dbg.ahk
#Include Convert/1Commands.ahk
#Include Convert/2Functions.ahk
#Include Convert/3Methods.ahk
#Include Convert/4ArrayMethods.ahk
#Include Convert/5Keywords.ahk
#Include Convert/MaskCode.ahk ; 2024-06-26 ADDED AMB (masking support)
;################################################################################
Convert(ScriptString) ; MAIN ENTRY POINT for conversion process
;################################################################################
{
; PLEASE DO NOT PLACE ANY OF YOUR CODE IN THIS FUNCTION
; Please place any code that must be performed BEFORE _convertLines()...
; ... into the following function
Before_LineConverts(&ScriptString)
; DO NOT PLACE YOUR CODE HERE
; perform conversion of main/global portion of script only
convertedCode := _convertLines(ScriptString,finalize:=0)
; Please place any code that must be performed AFTER _convertLines()...
; ... into the following function
After_LineConverts(&convertedCode)
return convertedCode
}
;################################################################################
Before_LineConverts(&code)
{
;#### Please place CALLS TO YOUR FUNCTIONS here - not boilerplate code #####
; initialize all global vars here so ALL code has access to them
setGlobals()
; 2024-07-09 AMB, UPDATED - for label renaming support
; these must also be declared global here because they are being updated here
global gAllFuncNames := getFuncNames(code) ; comma-delim stringList of all function names
global gAllV1LabelNames := getV1LabelNames(&code) ; comma-delim stringList of all orig v1 label names
; captures all v1 labels from script...
; ... converts v1 names to v2 compatible...
; ... and places them in gmAllLabelsV1toV2 map for easy access
global gmAllLabelsV1toV2 := map()
getScriptLabels(code)
; 2024-07-02 AMB, for support of MenuBar detection
global gMenuBarName := getMenuBarName(code) ; name of GUI main menubar
; turn masking on/off at top of SetGlobals()
if (gUseMasking)
{
; 2024-07-01 ADDED, AMB - For fix of #74
; multiline string blocks (are returned converted)
maskMLStrings(&code) ; mask multiline string blocks
; convert and mask classes and functions
maskBlocks(&code) ; see MaskCode.ahk
}
return ; code by reference
}
;################################################################################
After_LineConverts(&code)
{
;#### Please place CALLS TO YOUR FUNCTIONS here - not boilerplate code #####
; turn masking on/off at top of SetGlobals()
if (gUseMasking)
{
; remove masking from classes, functions, multiline string
; classes, funcs, ml-strings are returned as v2 converted
restoreBlocks(&code) ; see MaskCode.ahk
restoreMLStrings(&code) ; 2024-07-01 - converts prior to restore
}
; inspect to see whether your code is best placed here or in FinalizeConvert()
; operations that must be performed last
FinalizeConvert(&code) ; perform all final operations
return ; code by reference
}
;################################################################################
setGlobals()
{
; 2024-07-11 AMB, ADDED dedicated function for global declarations
; ... so that they can be initialized prior to any other code...
; ... this is being done to fix a bug between global masking and onMessage handling
; ... and so all code within script has access to these globals prior to _convertLines() call
global gUseMasking := 1 ; 2024-06-26 - set to 0 to test without masking applied
global gMenuBarName := "" ; 2024-07-02 - holds the name of the main gui menubar
global gAllFuncNames := "" ; 2024-07-07 - comma-deliminated string holding the names of all functions
global gmAllLabelsV1toV2 := map() ; 2024-07-07 - map holding v1 labelNames (key) and their new v2 labelName (value)
global gAllV1LabelNames := "" ; 2024-07-09 - comma-deliminated string holding the names of all v1 labels
global gaScriptStrsUsed := Array() ; Keeps an array of interesting strings used in the script
global gaList_PseudoArr := Array() ; list of strings that should be converted from pseudoArray to Array
global gaList_MatchObj := Array() ; list of strings that should be converted from Match Object V1 to Match Object V2
global gaList_LblsToFuncO := Array() ; array of objects with the properties [label] and [parameters] that should be converted from label to Function
global gaList_LblsToFuncC := Array() ; List of labels that were converted to funcs
global gOrig_Line := ""
global gOrig_Line_NoComment := ""
global gOScriptStr := "" ; array of all the lines
global gO_Index := 0 ; current index of the lines
global gIndentation := ""
global gSingleIndent := ""
global gGuiNameDefault := "myGui"
global gGuiList := "|"
global gmGuiVList := Map() ; Used to list all variable names defined in a Gui
global gGuiActiveFont := ""
global gGuiControlCount := 0
global gMenuList := "|"
global gmMenuCBChecks := map() ; 2024-06-26 AMB, for fix #131
global gmGuiCtrlType := map() ; Create a map to return the type of control
global gmGuiCtrlObj := map() ; Create a map to return the object of a control
global gUseLastName := False ; Keep track of if we use the last set name in gGuiList
global gmOnMessageMap := map() ; Create a map of OnMessage listeners
global gmVarSetCapacityMap := map() ; A list of VarSetCapacity variables, with definition type
global gNL_Func := "" ; _Funcs can use this to add New Previous Line
global gEOLComment_Func := "" ; _Funcs can use this to add comments at EOL
global gfrePostFuncMatch := False ; ... to know their regex matched
global gfNoSideEffect := False ; ... to not change global variables
global gLVNameDefault := "LV"
global gTVNameDefault := "TV"
global gSBNameDefault := "SB"
global gFuncParams := ""
global gAhkCmdsToRemove, gmAhkCmdsToConvert, gmAhkFuncsToConvert, gmAhkMethsToConvert
, gmAhkArrMethsToConvert, gmAhkKeywdsToRename, gmAhkLoopRegKeywds
}
;################################################################################
; MAIN CONVERSION LOOP - handles each line separately
_convertLines(ScriptString, finalize:=!gUseMasking) ; 2024-06-26 RENAMED to accommodate masking
;################################################################################
{
; 2024-07-11 AMB, Globals are now declared/initialize in SetGlobals()...
; ... so that all functions can have access to them prior to this function being called
; ... moving them fixes masking issue with OnMessage
global gmAltLabel := GetAltLabelsMap(ScriptString) ; Create a map of labels who are identical
global gOrig_ScriptStr := ScriptString
global gOrig_Line_NoComment := ""
global gOScriptStr := StrSplit(ScriptString, "`n", "`r") ; array for all the lines
global gO_Index := 0 ; current index of the lines
global gIndentation := ""
global gSingleIndent := (RegExMatch(ScriptString, "(^|[\r\n])( +|\t)", &ws)) ? ws[2] : " " ; First spaces or single tab found
global gNL_Func := "" ; _Funcs can use this to add New Previous Line
global gEOLComment_Func := "" ; _Funcs can use this to add comments at EOL
global gaScriptStrsUsed
ScriptOutput := ""
lastLine := ""
InCommentBlock := false
InCont := 0
Cont_String := 0
gaScriptStrsUsed.ErrorLevel := InStr(ScriptString, "ErrorLevel")
; parse each line of the input script
Loop
{
gO_Index++
; ToolTip("Converting line: " gO_Index)
if (gOScriptStr.Length < gO_Index) {
; This allows the user to add or remove lines if necessary
; Do not forget to change the gO_Index if you want to remove or add the line above or lines below
break
}
O_Loopfield := gOScriptStr[gO_Index]
Skip := false
Line := O_Loopfield
gOrig_Line := Line
RegExMatch(Line, "^(\h*)", &gIndentation)
gIndentation := gIndentation[1]
;msgbox, % "Line:`n" Line "`n`nIndentation=[" gIndentation "]`nStrLen(gIndentation)=" StrLen(gIndentation)
FirstChar := SubStr(Trim(Line), 1, 1)
FirstTwo := SubStr(LTrim(Line), 1, 2)
;msgbox, FirstChar=%FirstChar%`nFirstTwo=%FirstTwo%
; Save directive values needed in later conversions
if (RegExMatch(Line, "i)^\h*#(CommentFlag|EscapeChar|DerefChar|Delimiter)\h+.", &match) && InCont = false) {
if (match[1] = "CommentFlag") {
if (RegExMatch(Line, "i)#CommentFlag\h+(.{1,15})\h*$", &dMatch))
gaScriptStrsUsed.CommentFlag := dMatch[1]
} else if (match[1] = "EscapeChar") {
if (RegExMatch(Line, "i)#EscapeChar\h+(.)\h*$", &dMatch) && dMatch != "``")
gaScriptStrsUsed.EscapeChar := dMatch[1]
} else if (match[1] = "DerefChar") {
if (RegExMatch(Line, "i)#DerefChar\h+(.)\h*$", &dMatch))
gaScriptStrsUsed.DerefChar := dMatch[1]
} else if (match[1] = "Delimiter") {
if (RegExMatch(Line, "i)#Delimiter\h+(.)\h*$", &dMatch))
gaScriptStrsUsed.Delimiter := dMatch[1]
}
}
if (!RegExMatch(Line, "i)^\h*#(CommentFlag|EscapeChar|DerefChar|Delimiter)\h+.") && !InCont)
&& HasProp(gaScriptStrsUsed, "CommentFlag") {
char := HasProp(gaScriptStrsUsed, "EscapeChar") ? gaScriptStrsUsed.EscapeChar : "``"
Line := RegExReplace(Line, "(?<!\Q" char "\E)\Q" gaScriptStrsUsed.CommentFlag "\E", ";")
}
if (RegExMatch(Line, "(\h+`;.*)$", &EOLComment))
{
EOLComment := EOLComment[1]
Line := RegExReplace(Line, "(\h+`;.*)$", "")
;msgbox, % "Line:`n" Line "`n`nEOLComment:`n" EOLComment
} else if (FirstChar == ";")
{
EOLComment := Line
Line := ""
} else
EOLComment := ""
CommandMatch := -1
; get PreLine of line with hotkey and hotstring definition, String will be temporary removed form the line
; Prelines is code that does not need to changes anymore, but coud prevent correct command conversion
PreLine := ""
; Code that gets appended to end of current line
; Useful for code that requires something on the second line
; !USE gIndentation!
PostLine := ""
if (RegExMatch(Line, "^\s*([^,\s]*|[$~!^#+]*,)::.*$") && (FirstTwo != "::")) {
LineNoHotkey := RegExReplace(Line, "(^\s*).+::(.*$)", "$2")
if (LineNoHotkey != "") {
PreLine .= RegExReplace(Line, "^(\s*.+::).*$", "$1")
Line := LineNoHotkey
}
}
if (RegExMatch(Line, "^\s*({\s*).*$")) {
LineNoHotkey := RegExReplace(Line, "(^\s*)({\s*)(.*$)", "$3")
if (LineNoHotkey != "") {
PreLine .= RegExReplace(Line, "(^\s*)({\s*)(.*$)", "$1$2")
Line := LineNoHotkey
}
}
if (RegExMatch(Line, "i)^\s*(}?\s*(Try|Else)\s*[\s{]\s*).*$")) {
LineNoHotkey := RegExReplace(Line, "i)(^\s*)(}?\s*(Try|Else)\s*[\s{]\s*)(.*$)", "$4")
if (LineNoHotkey != "") {
PreLine .= RegExReplace(Line, "i)(^\s*)(}?\s*(Try|Else)\s*[\s{]\s*)(.*$)", "$1$2")
Line := LineNoHotkey
}
}
gOrig_Line := Line
if (!RegExMatch(Line, "i)^\h*#(CommentFlag|EscapeChar|DerefChar|Delimiter)\h+.") && !InCont) {
if (HasProp(gaScriptStrsUsed, "EscapeChar")) {
Line := StrReplace(Line, gaScriptStrsUsed.EscapeChar, "``")
}
if (HasProp(gaScriptStrsUsed, "DerefChar")) {
Line := RegExReplace(Line, "(?<!``)\Q" gaScriptStrsUsed.DerefChar "\E", "%")
}
if (HasProp(gaScriptStrsUsed, "Delimiter")) {
Line := RegExReplace(Line, "(?<!``)\Q" gaScriptStrsUsed.Delimiter "\E", ",")
}
}
; Fix lines with preceeding }
LinePrefix := ""
if (RegExMatch(Line, "i)^\s*}(?!\s*else|\s*\n)\s*", &Equation)) {
Line := StrReplace(Line, Equation[],,,, 1)
LinePrefix := Equation[]
}
; Remove comma after flow commands
if (RegExMatch(Line, "i)^(\s*)(else|for|if|loop|return|while)(\s*,\s*|\s+)(.*)$", &Equation)) {
Line := Equation[1] Equation[2] " " Equation[4]
}
; Handle return % var -> return var
if (RegExMatch(Line, "i)^(.*)(return)(\s+%\s*\s+)(.*)$", &Equation)) {
Line := Equation[1] Equation[2] " " Equation[4]
}
; -------------------------------------------------------------------------------
; skip comment blocks with one statement
;
else if (FirstTwo == "/*") {
line .= EOLComment ; done here because of the upcoming "continue"
EOLComment := ""
loop {
gO_Index++
if (gOScriptStr.Length < gO_Index) {
break
}
LineContSect := gOScriptStr[gO_Index]
Line .= "`r`n" . LineContSect
FirstTwo := SubStr(LTrim(LineContSect), 1, 2)
if (FirstTwo == "*/") {
; End Comment block
break
}
}
ScriptOutput .= Line . "`r`n"
; Output and NewInput should become arrays, NewInput is a copy of the Input, but with empty lines added for easier comparison.
LastLine := Line
continue ; continue with the next line
}
; Check for , continuation sections add them to the line
; https://www.autohotkey.com/docs/Scripts.htm#continuation
loop
{
if (gOScriptStr.Length < gO_Index + 1) {
break
}
FirstNextLine := SubStr(LTrim(gOScriptStr[gO_Index + 1]), 1, 1)
; 2024-06-30, AMB - FIXED - these are incorrect, they both capture first character only
FirstTwoNextLine := SubStr(LTrim(gOScriptStr[gO_Index + 1]), 1, 2) ; now captures 2 chars
ThreeNextLine := SubStr(LTrim(gOScriptStr[gO_Index + 1]), 1, 3) ; now captures 3 chars
if (FirstNextLine ~= "[,\.]" || FirstTwoNextLine ~= "\?\h" ; tenary (?)
|| FirstTwoNextLine = "||"
|| FirstTwoNextLine = "&&"
|| FirstTwoNextLine = "or"
|| ThreeNextLine = "and"
|| ThreeNextLine ~= ":\h(?!:)") ; tenary (:) - fix hotkey mistaken for tenary colon
{
gO_Index++
; 2024-06-30, AMB Fix missing linefeed and comments - Issue #72
Line .= "`r`n" . RegExReplace(gOScriptStr[gO_Index], "(\h+`;.*)$", "")
} else {
break
}
}
; Loop the functions
gfNoSideEffect := False
subLoopFunctions(ScriptString, Line, &LineFuncV2, &gotFunc:=False)
if (gotFunc) {
Line := LineFuncV2
}
; Add warning for Array.MinIndex()
if (Line ~= "([^(\s]*\.)ϨMinIndex\(placeholder\)Ϩ")
EOLComment .= ' `; V1toV2: Not perfect fix, fails on cases like [ , "Should return 2"]'
; Remove case from switch to ensure conversion works
CaseValue := ""
if (RegExMatch(Line, "i)^\s*(?:case .*?|default):(?!=)", &Equation)) {
CaseValue := Equation[]
Line := StrReplace(Line, CaseValue,,,, 1)
}
gOrig_Line_NoComment := Line
; -------------------------------------------------------------------------------
; check if this starts a continuation section
;
; no idea what that RegEx does, but it works to prevent detection of ternaries
; got that RegEx from Coco here: https://github.com/cocobelgica/AutoHotkey-Util/blob/master/EnumIncludes.ahk#L65
; and modified it slightly
;
if (FirstChar == "(")
&& RegExMatch(Line, "i)^\s*\((?:\s*(?(?<=\s)(?!;)|(?<=\())(\bJoin\S*|[^\s)]+))*(?<!:)(?:\s+;.*)?$")
{
InCont := 1
;if (RegExMatch(Line, "i)join(.+?)(LTrim|RTrim|Comment|`%|,|``)?", &Join))
;JoinBy := Join[1]
;else
;JoinBy := "``n"
;MsgBox, Start of continuation section`nLine:`n%Line%`n`nLastLine:`n%LastLine%`n`nScriptOutput:`n[`n%ScriptOutput%`n]
if (InStr(LastLine, ':= ""'))
{
; if LastLine was something like: var := ""
; that means that the line before conversion was: var =
; and this new line is an opening ( for continuation section
; so remove the last quote and the newline `r`n chars so we get: var := "
; and then re-add the newlines
ScriptOutput := SubStr(ScriptOutput, 1, -3) . "`r`n"
;MsgBox, Output after removing one quote mark:`n[`n%ScriptOutput%`n]
Cont_String := 1
;;;Output.Seek(-4, 1) ; Remove the newline characters and double quotes
} else
{
;;;Output.Seek(-2, 1)
;;;Output.Write(" `% ")
}
;continue ; Don't add to the output file
} else if (FirstChar == ")")
{
;MsgBox "End Cont. Section`n`nLine:`n" Line "`n`nLastLine:`n" LastLine "`n`nScriptOutput:`n[`n" ScriptOutput "`n]"
InCont := 0
if (Cont_String = 1)
{
if (FirstTwo != ")`"") { ; added as an exception for quoted continuation sections
Line := RegExReplace(Line, "\)", ")`"", , 1)
}
ScriptOutput .= Line . "`r`n"
LastLine := Line
continue
}
} else if (InCont)
{
;Line := ToExp(Line . JoinBy)
;if (InCont > 1)
;Line := ". " . Line
;InCont++
Line := RegexReplace(Line, "%(.*?)%", "`" $1 `"")
;MsgBox "Inside Cont. Section`n`nLine:`n" Line "`n`nLastLine:`n" LastLine "`n`nScriptOutput:`n[`n" ScriptOutput "`n]"
ScriptOutput .= Line . "`r`n"
LastLine := Line
continue
}
; -------------------------------------------------------------------------------
; Replace = with := expression equivilents in "var = value" assignment lines
;
; var = 3 will be replaced with var := "3"
; lexikos says var=value should always be a string, even numbers
; https://autohotkey.com/boards/viewtopic.php?p=118181#p118181
;
else if (RegExMatch(Line, "(?i)^(\h*[a-z_][a-z_0-9]*\h*)=([^;\v]*)", &Equation))
{
; msgbox("assignment regex`norigLine: " Line "`norig_left=" Equation[1] "`norig_right=" Equation[2] "`nconv_right=" ToStringExpr(Equation[2]))
Line := RTrim(Equation[1]) . " := " . ToStringExpr(Equation[2]) ; regex above keeps the gIndentation already
}
Else if (RegExMatch(Line, "(?i)^(\h*[a-z_][a-z_0-9]*\h*):=(\h*)$", &Equation)) ; var := should become var := ""
{
Line := RTrim(Equation[1]) . ' := ""' . Equation[2]
}
else if (RegexMatch(Line, "(?i)^(\h*[a-z_][a-z_0-9]*\h*[:*\.]=\h*)(.*)", &Equation) && InStr(Line, '""')) ; Line is var assignment, and has ""
{
; 2024-08-02 AMB, Fix 272
maskStrings(&line), Line := Equation[1], val := Equation[2]
if (!RegexMatch(Line, "\h*\w+(\((?>[^)(]+|(?-1))*\))")) ; not a func
{
ConvertDblQuotes2(&Line, val)
}
else if (InStr(RegExReplace(Line, "\w*(\((?>[^)(]+|(?-1))*\))"), '""'))
{
funcArray := []
while (pos := RegexMatch(val, "\w+(\((?>[^)(]+|(?-1))*\))", &match))
{
funcArray.push(match[])
val := StrReplace(val, match[], Chr(1000) "FUNC_" funcArray.Length Chr(1000),,, 1)
}
ConvertDblQuotes2(&Line, val)
for i, v in funcArray {
Line := StrReplace(Line, Chr(1000) "FUNC_" i Chr(1000), v)
}
}
restoreStrings(&line)
}
; -------------------------------------------------------------------------------
; Traditional-if to Expression-if
;
else if (RegExMatch(Line, "i)^\s*(else\s+)?if\s+(not\s+)?([a-z_][a-z_0-9]*[\s]*)(!=|=|<>|>=|<=|<|>)([^{;]*)(\s*{?\s*)(.*)", &Equation))
{
;msgbox if regex`nLine: %Line%`n1: %Equation[1]%`n2: %Equation[2]%`n3: %Equation[3]%`n4: %Equation[4]%`n5: %Equation[5]%`n6: %Equation[6]%
; Line := gIndentation . format_v("{else}if {not}({variable} {op} {value}){otb}"
; , { else: Equation[1]
; , not: Equation[2]
; , variable: RTrim(Equation[3])
; , op: Equation[4]
; , value: ToExp(Equation[5])
; , otb: Equation[6] } )
op := (Equation[4] = "<>") ? "!=" : Equation[4]
; not used,
; Line := gIndentation . format("{1}if {2}({3} {4} {5}){6}"
; , Equation[1] ;else
; , Equation[2] ;not
; , RTrim(Equation[3]) ;variable
; , op ;op
; , ToExp(Equation[5]) ;value
; , Equation[6] ) ;otb
; Preline hack for furter commands
PreLine := gIndentation PreLine . format("{1}if {2}({3} {4} {5}){6}"
, Equation[1] ;else
, Equation[2] ;not
, RTrim(Equation[3]) ;variable
, op ;op
, ToExp(Equation[5]) ;value
, Equation[6]) ;otb
Line := Equation[7]
}
; -------------------------------------------------------------------------------
; if var between
;
else if (RegExMatch(Line, "i)^\s*(else\s+)?if\s+([a-z_][a-z_0-9]*) (\s*not\s+)?between ([^{;]*) and ([^{;]*)(\s*{?\s*)(.*)", &Equation))
{
;msgbox if regex`nLine: %Line%`n1: %Equation[1]%`n2: %Equation[2]%`n3: %Equation[3]%`n4: %Equation[4]%`n5: %Equation[5]%
; Line := gIndentation . format_v("{else}if {not}({var} >= {val1} && {var} <= {val2}){otb}"
; , { else: Equation[1]
; , var: Equation[2]
; , not: (Equation[3]) ? "!" : ""
; , val1: ToExp(Equation[4])
; , val2: ToExp(Equation[5])
; , otb: Equation[6] } )
val1 := ToExp(Equation[4])
val2 := ToExp(Equation[5])
if (isNumber(val1) && isNumber(val2)) || InStr(Equation[4], "%") || InStr(Equation[5], "%")
{
PreLine .= gIndentation . format("{1}if {3}({2} >= {4} && {2} <= {5}){6}"
, Equation[1] ;else
, Equation[2] ;var
, (Equation[3]) ? "!" : "" ;not
, val1 ;val1
, val2 ;val2
, Equation[6]) ;otb
} else ; if not numbers or variables, then compare alphabetically with StrCompare()
{
;if ((StrCompare(var, "blue") >= 0) && (StrCompare(var, "red") <= 0))
PreLine .= gIndentation . format("{1}if {3}((StrCompare({2}, {4}) >= 0) && (StrCompare({2}, {5}) <= 0)){6}"
, Equation[1] ;else
, Equation[2] ;var
, (Equation[3]) ? "!" : "" ;not
, val1 ;val1
, val2 ;val2
, Equation[6]) ;otb
}
Line := Equation[7]
}
; -------------------------------------------------------------------------------
; if var in
;
else if (RegExMatch(Line, "i)^\s*(else\s+)?if\s+([a-z_][a-z_0-9]*) (\s*not\s+)?in ([^{;]*)(\s*{?\s*)(.*)", &Equation))
{
;msgbox if regex`nLine: %Line%`n1: %Equation[1]%`n2: %Equation[2]%`n3: %Equation[3]%`n4: %Equation[4]%`n5: %Equation[5]%
; Line := gIndentation . format_v("{else}if {not}({var} in {val1}){otb}"
; , { else: Equation[1]
; , var: Equation[2]
; , not: (Equation[3]) ? "!" : ""
; , val1: ToExp(Equation[4])
; , otb: Equation[6] } )
if (RegExMatch(Equation[4], "^%")) {
val1 := "`"^(?i:`" RegExReplace(RegExReplace(" ToExp(Equation[4]) ",`"[\\\.\*\?\+\[\{\|\(\)\^\$]`",`"\$0`"),`"\s*,\s*`",`"|`") `")$`""
} else if (RegExMatch(Equation[4], "^[^\\\.\*\?\+\[\{\|\(\)\^\$]*$")) {
val1 := "`"^(?i:" RegExReplace(Equation[4], "\s*,\s*", "|") ")$`""
} else {
val1 := "`"^(?i:" RegExReplace(RegExReplace(Equation[4], "[\\\.\*\?\+\[\{\|\(\)\^\$]", "\$0"), "\s*,\s*", "|") ")$`""
}
PreLine .= gIndentation . format("{1}if {3}({2} ~= {4}){5}"
, Equation[1] ;else
, Equation[2] ;var
, (Equation[3]) ? "!" : "" ;not
, val1 ;val1
, Equation[5]) ;otb
Line := Equation[6]
}
; -------------------------------------------------------------------------------
; if var contains
;
else if (RegExMatch(Line, "i)^\s*(else\s+)?if\s+([a-z_][a-z_0-9]*) (\s*not\s+)?contains ([^{;]*)(\s*{?\s*)(.*)", &Equation))
{
;msgbox if regex`nLine: %Line%`n1: %Equation[1]%`n2: %Equation[2]%`n3: %Equation[3]%`n4: %Equation[4]%`n5: %Equation[5]%
; Line := gIndentation . format_v("{else}if {not}({var} contains {val1}){otb}"
; , { else: Equation[1]
; , var: Equation[2]
; , not: (Equation[3]) ? "!" : ""
; , val1: ToExp(Equation[4])
; , otb: Equation[6] } )
if (RegExMatch(Equation[4], "^%")) {
val1 := "`"i)(`" RegExReplace(RegExReplace(" ToExp(Equation[4]) ",`"[\\\.\*\?\+\[\{\|\(\)\^\$]`",`"\$0`"),`"\s*,\s*`",`"|`") `")`""
} else if (RegExMatch(Equation[4], "^[^\\\.\*\?\+\[\{\|\(\)\^\$]*$")) {
val1 := "`"i)(" RegExReplace(Equation[4], "\s*,\s*", "|") ")`""
} else {
val1 := "`"i)(" RegExReplace(RegExReplace(Equation[4], "[\\\.\*\?\+\[\{\|\(\)\^\$]", "\$0"), "\s*,\s*", "|") ")`""
}
PreLine .= gIndentation . format("{1}if {3}({2} ~= {4}){5}"
, Equation[1] ;else
, Equation[2] ;var
, (Equation[3]) ? "!" : "" ;not
, val1 ;val1
, Equation[5]) ;otb
Line := Equation[6]
}
; -------------------------------------------------------------------------------
; if var is type
;
else if (RegExMatch(Line, "i)^\s*(else\s+)?if\s+([a-z_][a-z_0-9]*) is (not\s+)?([^{;]*)(\s*{?\s*)(.*)", &Equation))
{
;msgbox if regex`nLine: %Line%`n1: %Equation[1]%`n2: %Equation[2]%`n3: %Equation[3]%`n4: %Equation[4]%`n5: %Equation[5]%
; Line := gIndentation . format_v("{else}if {not}({variable} is {type}){otb}"
; , { else: Equation[1]
; , not: (Equation[3]) ? "!" : ""
; , variable: Equation[2]
; , type: ToStringExpr(Equation[4])
; , otb: Equation[5] } )
PreLine .= gIndentation . format("{1}if {3}is{4}({2}){5}"
, Equation[1] ;else
, Equation[2] ;var
, (Equation[3]) ? "!" : "" ;not
, StrTitle(Equation[4]) ;type
, Equation[5]) ;otb
Line := Equation[6]
}
; -------------------------------------------------------------------------------
; Replace all switch variations with Switch SwitchValue
;
else if (RegExMatch(Line, "i)^\s*switch,?\s*\(?(.*)\)?\s*\{?", &Equation))
{
Line := "Switch " Equation[1]
}
; -------------------------------------------------------------------------------
; Replace = with := in function default params
;
else if (RegExMatch(Line, "i)^\s*(\w+)\((.+)\)", &MatchFunc))
&& !(MatchFunc[1] ~= "i)\b(if|while)\b") ; skip if(expr) and while(expr) when no space before paren
; this regex matches anything inside the parentheses () for both func definitions, and func calls :(
{
; Changing the ByRef parameters to & signs.
Line := RegExReplace(Line, "i)(\bByRef\s+)", "&")
AllParams := MatchFunc[2]
;msgbox, % "function line`n`nLine:`n" Line "`n`nAllParams:`n" AllParams
; first replace all commas and question marks inside quoted strings with placeholders
; - commas: because we will use comma as delimeter to parse each individual param
; - question mark: because we will use that to determine if there is a ternary
pos := 1, quoted_string_match := ""
while (pos := RegExMatch(AllParams, '".*?"', &MatchObj, pos + StrLen(quoted_string_match))) ; for each quoted string
{
quoted_string_match := MatchObj[0]
;msgbox, % "quoted_string_match=" quoted_string_match "`nlen=" StrLen(quoted_string_match) "`npos=" pos
string_with_placeholders := StrReplace(quoted_string_match, ",", "MY_COMMª_PLA¢E_HOLDER")
string_with_placeholders := StrReplace(string_with_placeholders, "?", "MY_¿¿¿_PLA¢E_HOLDER")
string_with_placeholders := StrReplace(string_with_placeholders, "=", "MY_ÈQÜAL§_PLA¢E_HOLDER")
;msgbox, %string_with_placeholders%
Line := StrReplace(Line, quoted_string_match, string_with_placeholders, "Off", &Cnt, 1)
}
;msgbox, % "Line:`n" Line
; get all the params again, this time from our line with the placeholders
if (RegExMatch(Line, "i)^\s*\w+\((.+)\)", &MatchFunc2))
{
AllParams2 := MatchFunc2[1]
pos := 1, match := ""
Loop Parse, AllParams2, "," ; for each individual param (separate by comma)
{
thisprm := A_LoopField
;msgbox, % "Line:`n" Line "`n`nthisparam:`n" thisprm
if (RegExMatch(A_LoopField, "i)([\s]*[a-z_][a-z_0-9]*[\s]*)=([^,\)]*)", &ParamWithEquals))
{
;msgbox, % "Line:`n" Line "`n`nParamWithEquals:`n" ParamWithEquals[0] "`n" ParamWithEquals[1] "`n" ParamWithEquals[2]
; replace the = with :=
; question marks were already replaced above if they were within quotes
; so if a questionmark still exists then it must be for ternary during a func call
; which we will exclude. for example: MyFunc((var=5) ? 5 : 0)
if (!InStr(A_LoopField, "?"))
{
TempParam := ParamWithEquals[1] . ":=" . ParamWithEquals[2]
;msgbox, % "Line:`n" Line "`n`nParamWithEquals:`n" ParamWithEquals[0] "`n" TempParam
Line := StrReplace(Line, ParamWithEquals[0], TempParam, "Off", &Cnt, 1)
;msgbox, % "Line after replacing = with :=`n" Line
}
}
}
}
; deref the placeholders
Line := StrReplace(Line, "MY_COMMª_PLA¢E_HOLDER", ",")
Line := StrReplace(Line, "MY_¿¿¿_PLA¢E_HOLDER", "?")
Line := StrReplace(Line, "MY_ÈQÜAL§_PLA¢E_HOLDER", "=")
}
; -------------------------------------------------------------------------------
; Fix return %var% -> return var
;
; we use the same parsing method as the next else clause below
;
else if (Trim(SubStr(Line, 1, FirstDelim := RegExMatch(Line, "\w[,\s]"))) = "return")
{
Params := SubStr(Line, FirstDelim + 2)
if (RegExMatch(Params, "^%\w+%$")) ; if the var is wrapped in %%, then remove them
{
Params := SubStr(Params, 2, -1)
Line := gIndentation . "return " . Params . EOLComment ; 'return' is the only command that we won't use a comma before the 1st param
}
}
; Moving the if/else/While statement to the preline
;
else if (RegExMatch(Line, "i)(^\s*[\}]?\s*(else|while|if)[\s\(][^\{]*{\s*)(.*$)", &Equation)) {
PreLine .= Equation[1]
Line := Equation[3]
}
If IsSet(linesInIf) && linesInIf != "" {
linesInIf++
;MsgBox "Line: [" Line "]`nlinesInIf: [" linesInIf "]`nPreLine [" PreLine "]"
If (Trim(Line) ~= "i)else\s+if" || Trim(PreLine) ~= "i)else\s+if")
; else if - reset search
linesInIf := 0
Else If (Trim(Line) = "")
; line is comment or blank - reset search
linesInIf--
Else If (Trim(Line) ~= "i)else(?!\s+if)")
|| (SubStr(Trim(Line), 1, 1) = "{") ; Fails if { is on line further than next
|| (linesInIf >= 2)
; just else - cancel search
; { on next line - "
; search is too long - "
linesInIf := ""
Else If (PreLine ~= "i)\s*try" && !InStr(PreLine, "{")) {
PreLine := StrReplace(PreLine, "try", gIndentation "{`ntry")
PostLine .= "`n" gIndentation "}"
}
}
If (SubStr(Trim(Line), 1, 2) = "if" && !InStr(Line, "{"))
|| (SubStr(Trim(PreLine), 1, 2) = "if")
linesInIf := 0
if (RegExMatch(Line, "i)(^\s*)([a-z_][a-z_0-9]*)\s*\+=\s*(.*?)\s*,\s*([SMHD]\w*)(.*$)", &Equation)) {
Line := Equation[1] Equation[2] " := DateAdd(" Equation[2] ", " ParameterFormat("ValueCBE2E", Equation[3]) ", '" Equation[4] "')" Equation[5]
} else if (RegExMatch(Line, "i)(^\s*)([a-z_][a-z_0-9]*)\s*\-=\s*(.*?)\s*,\s*([SMHD]\w*)(.*$)", &Equation)) {
Line := Equation[1] Equation[2] " := DateDiff(" Equation[2] ", " ParameterFormat("ValueCBE2E", Equation[3]) ", '" Equation[4] "')" Equation[5]
}
; Convert Assiociated Arrays to Map Maybe not always wanted...
if (RegExMatch(Line, "i)^(\s*)((global|local|static)\s+)?([a-z_0-9]+)(\s*:=\s*)(\{[^;]*)", &Equation)) {
; Only convert to a map if for in statement is used for it
if (RegExMatch(ScriptString, "is).*for\s[\s,a-z0-9_]*\sin\s" Equation[4] "[^\.].*")) {
Line := AssArr2Map(Line)
}
}
; Fixing ternary operations [var ? : "1"] => [var ? "" : "1"]
if (RegExMatch(Line, "i)^(.*)(\s\?\s*\:\s*)(.*)$", &Equation)) {
Line := RegExReplace(Line, "i)^(.*\s*)\?\s*\:(\s*)(.*)$", '$1? "" :$3')
}
; Fixing ternary operations [var ? "1" : ] => [var ? "1" : ""]
if (RegExMatch(Line, "i)^(.*\s\?.*\:\s*)(\)|$)", &Equation)) {
Line := RegExReplace(Line, "i)^(.*\s\?.*\:\s*)(\)|$)", '$1 ""$2')
}
LabelRedoCommandReplacing:
; -------------------------------------------------------------------------------
; Command replacing
;if (!InCont)
; To add commands to be checked for, modify the list at the top of this file
{
CommandMatch := 0
FirstDelim := RegExMatch(Line, "\w([ \t]*[, \t])", &Match) ; doesn't use \s to not consume line jumps
if (FirstDelim > 0)
{
Command := Trim(SubStr(Line, 1, FirstDelim))
Params := SubStr(Line, FirstDelim + StrLen(Match[1])+1)
} else
{
Command := Trim(SubStr(Line, 1))
Params := ""
}
; msgbox("Line=" Line "`nFirstDelim=" FirstDelim "`nCommand=" Command "`nParams=" Params)
; Now we format the parameters into their v2 equivilents
if (Command~="i)^#?[a-z]+$" && FindCommandDefinitions(Command, &v1, &v2))
{
SkipLine := ""
if (Params ~= "^[^`"]=")
SkipLine := Line
ListDelim := RegExMatch(v1, "[,\s]|$")
ListCommand := Trim(SubStr(v1, 1, ListDelim - 1))
if (ListCommand = Command)
{
CommandMatch := 1
same_line_action := false
ListParams := RTrim(SubStr(v1, ListDelim + 1))
ListParam := Array()
Param := Array() ; Parameters in expression form
Param.Extra := {} ; To attach helpful info that can be read by custom functions
Loop Parse, ListParams, ","
ListParam.Push(A_LoopField)
oParam := V1ParSplit(Params)
Loop oParam.Length
Param.Push(oParam[A_index])
; Checks for continuation section
;################################################################################
; 2024-08-06 AMB - UPDATED to fix #277
nContSect := 'i)^\s*\((?:\s*(?(?<=\s)(?!;)|(?<=\())(\bJoin\S*|[^\s)]+))*(?<!:)(?:\s+;.*)?$'
if (gOScriptStr.Length > gO_Index
; && (SubStr(Trim(gOScriptStr[gO_Index + 1]), 1, 1) = "("
&& (Trim(gOScriptStr[gO_Index + 1]) = "("
|| RegExMatch(Trim(gOScriptStr[gO_Index + 1]), nContSect))) {
ContSect := oParam[oParam.Length] "`r`n"
loop {
gO_Index++
if (gOScriptStr.Length < gO_Index) {
break
}
LineContSect := gOScriptStr[gO_Index]
FirstChar := SubStr(Trim(LineContSect), 1, 1)
if ((A_index = 1)
&& (FirstChar != "("
|| !RegExMatch(LineContSect, nContSect))) {
; no continuation section found
gO_Index--
}
;################################################################################
if (FirstChar == ")") {
; to simplify, we just add the comments to the back
if (RegExMatch(LineContSect, "(\s+`;.*)$", &EOLComment2))
{
EOLComment := EOLComment " " EOLComment2[1]
LineContSect := RegExReplace(LineContSect, "(\s+`;.*)$", "")
} else
EOLComment2 := ""
Params .= "`r`n" LineContSect
oParam2 := V1ParSplit(LineContSect)
Param[Param.Length] := ContSect oParam2[1]
Loop oParam2.Length - 1
Param.Push(oParam2[A_index + 1])
break
}
ContSect .= LineContSect "`r`n"
Params .= "`r`n" LineContSect
}
}
; save a copy of some data before formating
Param.Extra.OrigArr := Param.Clone()
Param.Extra.OrigStr := Params
; Params := StrReplace(Params, "``,", "ESCAPED_COMMª_PLA¢E_HOLDER") ; ugly hack
; Loop Parse, Params, ","
; {
; populate array with the params
; only trim preceeding spaces off each param if the param index is within the
; command's number of allowable params. otherwise, dont trim the spaces
; for ex: `IfEqual, x, h, e, l, l, o` should be `if (x = "h, e, l, l, o")`
; see ~10 lines below
; if (A_Index <= ListParam.Length)
; Param.Push(LTrim(A_LoopField)) ; trim leading spaces off each param
; else
; Param.Push(A_LoopField)
; }
; msgbox("Line:`n`n" Line "`n`nParam.Length=" Param.Length "`nListParam.Length=" ListParam.Length)
; if we detect TOO MANY PARAMS, could be for 2 reasons
if ((param_num_diff := Param.Length - ListParam.Length) > 0)
{
; msgbox("too many params")
extra_params := ""
Loop param_num_diff
extra_params .= "," . Param[ListParam.Length + A_Index]
extra_params := SubStr(extra_params, 2)
extra_params := StrReplace(extra_params, "ESCAPED_COMMª_PLA¢E_HOLDER", "``,")
; 1. could be because of IfCommand with a same line action
; such as `IfEqual, x, 1, Sleep, 1`
; in which case we need to append these extra params later
same_line_action := false
if_cmds_allowing_sameline_action := "IfEqual|IfNotEqual|IfGreater|IfGreaterOrEqual|"
. "IfLess|IfLessOrEqual|IfInString|IfNotInString|IfMsgBox"
if (RegExMatch(Command, "i)^(?:" if_cmds_allowing_sameline_action ")$"))
{
if (RegExMatch(extra_params, "^\s*(\w+)([\s,]|$)", &next_word))
{
next_word := next_word[1]
if (next_word ~= "i)^(break|continue|return|throw)$")
same_line_action := true
else
same_line_action := FindCommandDefinitions(next_word)
}
if (same_line_action)
extra_params := LTrim(extra_params)
}
; 2. could be this:
; "Commas that appear within the last parameter of a command do not need
; to be escaped because the program knows to treat them literally."
; from: https://autohotkey.com/docs/commands/_EscapeChar.htm
if (!same_line_action && ListParam.Length != 0)
{
Param[ListParam.Length] .= "," extra_params
}
}
; if we detect TOO FEW PARAMS, fill with empty strings (see Issue #5)
if ((param_num_diff := ListParam.Length - Param.Length) > 0)
{
;msgbox, % "Line:`n`n" Line "`n`nParam.Length=" Param.Length "`nListParam.Length=" ListParam.Length "`ndiff=" param_num_diff
Loop param_num_diff
Param.Push("")
}
; convert the params to expression or not
Loop Param.Length
{
this_param := Param[A_Index]
this_param := StrReplace(this_param, "ESCAPED_COMMª_PLA¢E_HOLDER", "``,")
if (A_Index > ListParam.Length)
{
Param[A_Index] := this_param
continue
}
if (A_Index > 1 && InStr(ListParam[A_Index - 1], "*")) {
ListParam.InsertAt(A_Index, ListParam[A_Index - 1])
}
; uses a function to format the parameters
; trimming is also being handled here
Param[A_Index] := ParameterFormat(ListParam[A_Index], Param[A_Index])
}
v2 := Trim(v2)
if (SubStr(v2, 1, 1) == "*") ; if using a special function
{
FuncName := SubStr(v2, 2)
;msgbox("FuncName=" FuncName)
FuncObj := %FuncName% ;// https://www.autohotkey.com/boards/viewtopic.php?p=382662#p382662
if (FuncObj is Func)
Line := gIndentation . FuncObj(Param)
} else ; else just using the replacement defined at the top
{
Line := gIndentation . format(v2, Param*)
; msgbox("Line after format:`n`n" Line)
; if empty trailing optional params caused the line to end with extra commas, remove them
if (SubStr(LTrim(Line), 1, 1) = "#")
Line := RegExReplace(Line, "[\s\,]*$", "")
else
Line := RegExReplace(Line, "[\s\,]*\)$", ")")
}
if (same_line_action) {
PreLine .= Line "`r`n"
gIndentation .= gSingleIndent
Line := gIndentation . extra_params
Goto LabelRedoCommandReplacing
}
}
if (SkipLine != "")
Line := SkipLine
}
}
if (RegexMatch(Line, "i)A_Caret(X|Y)", &Equation)) {
if (RegexMatch(Line, "i)A_CaretX") && RegexMatch(Line, "i)A_CaretY")) {
Param := "&A_CaretX, &A_CaretY"
} else {
Equation[1] = "X" ? Param := "&" Equation[] : Param := ", &" Equation[]
}
RegExMatch(Line, "^(\s*)(.*)", &Equation)
Line := Equation[1] "CaretGetPos(" Param "), " Equation[2]
}
; Add back Case if exists
if (CaseValue != "") {
Line := CaseValue " " Line
}
; Remove lines we can't use
if (CommandMatch = 0 && !InCommentBlock)
{
Loop Parse, gAhkCmdsToRemove, "`n", "`r"
{
if (InStr(gOrig_Line, A_LoopField))
{
;msgbox, skip removed line`nOrig_Line=%gOrig_Line%`nA_LoopField=%A_LoopField%
Skip := true
}
}
if (Line ~= "^\s*(local)\s*$") ; only force-local
Skip := true
}
; Put the directives after the first non-comment line