Merge with the latest changes

BackendAst/DAstUtilFunctions.fs

@@ -8,6 +8,9 @@ open Asn1AcnAst
 open Asn1AcnAstUtilFunctions
 open DAst
 open Language
+open System.Xml.Serialization
+open System.IO
+//open Newtonsoft.Json
 
 let getAccessFromScopeNodeList (ReferenceToType nodes)  (childTypeIsString: bool) (lm:LanguageMacros) (pVal : CallerScope) =
     let handleNode zeroBasedSequenceOfLevel (pVal : CallerScope) (n:ScopeNode) (childTypeIsString: bool) =
@@ -1061,3 +1064,73 @@ let getBaseFuncName (lm:LanguageMacros) (typeDefinition:TypeDefinitionOrReferenc
             | true  -> typeDefinitionName0
             | false -> moduleName + "." + typeDefinitionName0
     baseTypeDefinitionName, baseTypeDefinitionName + methodSuffix + codec.suffix
+
+
+let serializeIcdTasToXml (icdTypeAss: IcdTypeAss) =
+    let serializer = XmlSerializer(typeof<IcdTypeAss>)
+    use stringWriter = new StringWriter()
+    serializer.Serialize(stringWriter, icdTypeAss)
+    stringWriter.ToString()
+
+//let serializeIcdTasToJson (icdTypeAss: IcdTypeAss) =
+//    JsonConvert.SerializeObject(icdTypeAss)
+
+(*
+and IcdTypeAss = {
+    linkId  : ReferenceToType
+    tasInfo : TypeAssignmentInfo option
+    asn1Link : string option
+    acnLink : string option
+    name : string
+    kind : string
+    comments : string list
+    rows : IcdRow list
+    compositeChildren : IcdTypeAss list
+    minLengthInBytes : BigInteger
+    maxLengthInBytes : BigInteger
+    hash            : string
+    canBeEmbedded  : bool
+    hasAcnDefinition : bool
+
+*)
+
+let md5 = System.Security.Cryptography.MD5.Create()
+let calcIcdTypeAssHash (t1:IcdTypeAss) =
+    let rec calcIcdTypeAssHash_aux (t1:IcdTypeAss) =
+        let rws =
+            t1.rows |>
+            Seq.map(fun r -> sprintf "%A%A%A%A%A%A%A%A%A%A" r.idxOffset r.fieldName r.comments r.sPresent r.sType r.sConstraint r.minLengthInBits r.maxLengthInBits r.sUnits r.rowType) |>
+            Seq.StrJoin ""
+        let aa = sprintf"%A%A%A%A%A%A%A%A%A" t1.acnLink t1.asn1Link  t1.name t1.kind t1.comments t1.minLengthInBytes t1.maxLengthInBytes (rws) ("")
+        let bytes = md5.ComputeHash(System.Text.Encoding.UTF8.GetBytes aa)
+        Convert.ToHexString bytes
+    calcIcdTypeAssHash_aux t1
+
+let serializeIcdTasToText (icdTypeAss: IcdTypeAss) =
+    let printRow (r:IcdRow) =
+        sprintf """
+            idxOffset = %A
+            fieldName = %A
+            comments = %A
+            sPresent = %A
+            sType = %A
+            sConstraint = %A
+            minLengthInBits = %A
+            maxLengthInBits = %A
+            sUnits = %A
+            rowType = %A
+            """ r.idxOffset r.fieldName r.comments r.sPresent r.sType r.sConstraint r.minLengthInBits r.maxLengthInBits r.sUnits r.rowType
+
+    //let aa = sprintf"%A%A%A%A%A%A%A%A%A" t1.acnLink t1.asn1Link  t1.name t1.kind t1.comments t1.minLengthInBytes t1.maxLengthInBytes (rws) ("")
+    let rws = icdTypeAss.rows |> Seq.map printRow |> Seq.StrJoin "\n"
+    sprintf """
+        acnLink = %A
+        asn1Link = %A
+        name = %A
+        kind = %A
+        comments = %A
+        minLengthInBytes = %A
+        maxLengthInBytes = %A
+        rows = 
+            %A
+        """ icdTypeAss.acnLink icdTypeAss.asn1Link  icdTypeAss.name icdTypeAss.kind icdTypeAss.comments icdTypeAss.minLengthInBytes icdTypeAss.maxLengthInBytes rws

BackendAst/GenerateAcnIcd.fs

@@ -625,11 +625,12 @@ let emitIcdRow stgFileName (r:AstRoot) _i (rw:IcdRow) =
     | _        -> icd_acn.EmitSeqOrChoiceRow stgFileName sClass (BigInteger i) rw.fieldName sComment  rw.sPresent  (emitTypeCol stgFileName r rw.sType) sConstraint (rw.minLengthInBits.ToString()) (rw.maxLengthInBits.ToString()) None rw.sUnits
 
 let emitTas2 stgFileName (r:AstRoot) myParams (icdTas:IcdTypeAss)  =
-    let sCommentLine = icdTas.hash::icdTas.comments |> Seq.StrJoin (icd_uper.NewLine stgFileName ())
+    let sCommentLine = icdTas.comments |> Seq.StrJoin (icd_uper.NewLine stgFileName ())
     let arRows =
         icdTas.rows |> List.mapi (fun i rw -> emitIcdRow stgFileName r (i+1) rw)
     let bHasAcnDef = icdTas.hasAcnDefinition
-    icd_acn.EmitSequenceOrChoice stgFileName false icdTas.name icdTas.hash bHasAcnDef (icdTas.kind) (icdTas.minLengthInBytes.ToString()) (icdTas.maxLengthInBytes.ToString()) "sMaxBitsExplained" sCommentLine arRows (myParams 4I) (sCommentLine.Split [|'\n'|])
+    let sMaxBitsExplained = ""
+    icd_acn.EmitSequenceOrChoice stgFileName false icdTas.name icdTas.hash bHasAcnDef (icdTas.kind) (icdTas.minLengthInBytes.ToString()) (icdTas.maxLengthInBytes.ToString()) sMaxBitsExplained sCommentLine arRows (myParams 4I) (sCommentLine.Split [|'\n'|])
 
 (*
 let rec PrintType2 stgFileName (r:AstRoot)  acnParams (icdTas:IcdTypeAss): string list =
@@ -717,17 +718,31 @@ let printTasses3 stgFileName (r:DAst.AstRoot) : (string list)*(string list) =
     (files, icdHashesToPrint)
 
 let PrintAsn1FileInColorizedHtml (stgFileName:string) (r:AstRoot) (icdHashesToPrint:string list) (f:Asn1File) =
+    let debug (tsName:string) =
+        r.icdHashes.Values |> 
+        Seq.collect id |> 
+        Seq.filter(fun ts -> ts.name = tsName) |>
+        Seq.iter(fun ts ->
+            let content = DAstUtilFunctions.serializeIcdTasToText ts
+            let fileName = sprintf "%s_%s.txt" tsName ts.hash
+            File.WriteAllText(fileName, content))
+    //debug("ALPHA-TC-SECONDARY-HEADER")
     //let tryCreateRefType = CreateAsn1AstFromAntlrTree.CreateRefTypeContent
     let icdHashesToPrintSet = icdHashesToPrint |> Set.ofList
     let fileModules = f.Modules |> List.map(fun m -> m.Name.Value) |> Set.ofList
     let fileTypeAssignments =
         r.icdHashes.Values |>
         Seq.collect id |>
         Seq.choose(fun z ->
-            match z.tasInfo with
-            | None -> None
-            | Some ts when icdHashesToPrintSet.Contains z.hash &&  fileModules.Contains ts.modName -> Some (ts.tasName, z.hash)
-            | Some _ -> None ) |> Seq.toList
+            //match z.tasInfo with
+            //| None -> None
+            //| Some ts when icdHashesToPrintSet.Contains z.hash &&  fileModules.Contains ts.modName -> Some (ts.tasName, z.hash)
+            //| Some _ -> None ) |> 
+            match icdHashesToPrintSet.Contains z.hash with
+            | true  -> Some (z.name, z.hash)
+            | false -> None ) |>
+        Seq.distinct |>
+        Seq.toList
 
 
     //let blueTasses = f.Modules |> Seq.collect(fun m -> getModuleBlueTasses m)
@@ -749,45 +764,57 @@ let PrintAsn1FileInColorizedHtml (stgFileName:string) (r:AstRoot) (icdHashesToPr
             let isAsn1Token = GenerateUperIcd.asn1Tokens.Contains t.Text
             //let isType = containedIn tasses
             let safeText = t.Text.Replace("<",lt).Replace(">",gt)
-            let checkWsCmt (tok: IToken) =
-                match tok.Type with
-                |asn1Lexer.WS
-                |asn1Lexer.COMMENT
-                |asn1Lexer.COMMENT2 -> false
-                |_ -> true
-            let findToken = Array.tryFind(fun tok -> checkWsCmt tok)
-            let findNextToken = f.Tokens.[idx+1..] |> findToken
-            let findPrevToken = Array.rev f.Tokens.[0..idx-1] |> findToken
-            let nextToken =
-                let size = Seq.length(f.Tokens) - 1
-                match findNextToken with
-                |Some(tok) -> tok
-                |None -> if idx = size then t else f.Tokens.[idx+1]
-            let prevToken =
-                match findPrevToken with
-                |Some(tok) -> tok
-                |None -> if idx = 0 then t else f.Tokens.[idx-1]
-            let uid =
-                //match fileTypeAssignments.TryFind t.Text with
-                match fileTypeAssignments |> List.filter(fun (tasName,_) -> tasName = t.Text) with
+            let uid () =
+                let checkWsCmt (tok: IToken) =
+                    match tok.Type with
+                    |asn1Lexer.WS
+                    |asn1Lexer.COMMENT
+                    |asn1Lexer.COMMENT2 -> false
+                    |_ -> true
+                let findToken = Array.tryFind(fun tok -> checkWsCmt tok)
+                let findNextToken = f.Tokens.[idx+1..] |> findToken
+                let findPrevToken = Array.rev f.Tokens.[0..idx-1] |> findToken
+                let nextToken =
+                    let size = Seq.length(f.Tokens) - 1
+                    match findNextToken with
+                    |Some(tok) -> tok
+                    |None -> if idx = size then t else f.Tokens.[idx+1]
+                let prevToken =
+                    match findPrevToken with
+                    |Some(tok) -> tok
+                    |None -> if idx = 0 then t else f.Tokens.[idx-1]
+                let tasfileTypeAssignments = fileTypeAssignments |> List.filter(fun (tasName,_) -> tasName = t.Text)
+                match tasfileTypeAssignments with
                 | [] -> safeText
-                //|Some tasHash ->
                 | (_,tasHash)::[] ->
                     if nextToken.Type = asn1Lexer.ASSIG_OP && prevToken.Type <> asn1Lexer.LID then
                         icd_uper.TasName stgFileName safeText tasHash
                     else
                         icd_uper.TasName2 stgFileName safeText tasHash
                 | _ ->
-                    //printfn "Warning: %s is not unique" t.Text
-                    //printfn "Warning: %A" (fileTypeAssignments |> List.filter(fun (tasName,_) -> tasName = t.Text))
+                    let debug () =
+                        printfn "Warning: %s is not unique. %d" t.Text tasfileTypeAssignments.Length
+
+                        printfn "Warning: %A" tasfileTypeAssignments
+                        //print to jso the type assignments that are not unique
+                        tasfileTypeAssignments |> 
+                        Seq.iter (fun (tasName, tasHash) -> 
+                            let icdTas = r.icdHashes.[tasHash] 
+                            icdTas |> 
+                            Seq.iter(fun icdTas ->
+                                let content = DAstUtilFunctions.serializeIcdTasToText icdTas
+                                let fileName = sprintf "%s_%s.txt" tasName icdTas.hash
+                                File.WriteAllText(fileName, content)))
+
+                    //debug ()
                     safeText
                 //|None -> safeText
             let colored =
                 match t.Type with
                 |asn1Lexer.StringLiteral
                 |asn1Lexer.OctectStringLiteral
                 |asn1Lexer.BitStringLiteral -> icd_uper.StringLiteral stgFileName safeText
-                |asn1Lexer.UID -> uid
+                |asn1Lexer.UID -> uid ()
                 |asn1Lexer.COMMENT
                 |asn1Lexer.COMMENT2 -> icd_uper.Comment stgFileName safeText
                 |_ -> safeText

CommonTypes/FsUtils.fs

@@ -393,8 +393,8 @@ module List =
         match xs with
         | [] -> None
         | x :: xs ->
-            match f(x) with
-            | Some(b) -> Some(b)
+            match f x with
+            | Some b -> Some b
             | None -> tryFindMap f xs
 
     let foldBackWith (f: 'a -> 's -> 's) (init: 'a -> 's) (xs: 'a list): 's =

FrontEndAst/AcnCreateFromAntlr.fs

@@ -983,6 +983,12 @@ let rec private mergeType  (asn1:Asn1Ast.AstRoot) (acn:AcnAst) (m:Asn1Ast.Asn1Mo
     let acnErrLoc = acnType |> Option.map(fun x -> x.loc)
     let combinedProperties = acnProps
     let allCons = t.Constraints@refTypeCons@withCons
+    let debug = ReferenceToType curPath
+    //if debug.AsString.EndsWith "ALPHA-DELETE-DIAGNOSTIC-PARAMETER-REPORT-STRUCTURES-GENERIC" then
+    //    printfn "%s" debug.AsString
+    //if debug.AsString = "RW90-DATAVIEW.UART-Config.timeout" then
+    //    printfn "%s" debug.AsString
+
     let tfdArg = {GetTypeDefinition_arg.asn1TypeKind = t.Kind; loc = t.Location; curPath = curPath; typeDefPath = typeDefPath; enmItemTypeDefPath = enmItemTypeDefPath; inheritInfo = inheritInfo; typeAssignmentInfo = typeAssignmentInfo; rtlFnc = None; blm=asn1.args.blm}
     let fixConstraint = fixConstraint asn1
 

FrontEndAst/DAst.fs

@@ -382,26 +382,8 @@ type Asn1IntegerEncodingType =
     | UnconstrainedMax of bigint
     | Unconstrained
 
-type TypeEncodingKind = // TODO: Alignment???
-    | Asn1IntegerEncodingType of Asn1IntegerEncodingType option // None if range min = max
-    | Asn1RealEncodingType of Asn1AcnAst.RealClass
-    | AcnIntegerEncodingType of AcnIntegerEncodingType
-    | AcnRealEncodingType of AcnRealEncodingType
-    | AcnBooleanEncodingType of AcnBooleanEncoding option
-    | AcnNullEncodingType of PATTERN_PROP_VALUE option
-    | AcnStringEncodingType of Asn1AcnAst.StringAcnEncodingClass
-    | AcnOctetStringEncodingType of Asn1AcnAst.SizeableAcnEncodingClass
-    | AcnBitStringEncodingType of Asn1AcnAst.SizeableAcnEncodingClass
-    | SequenceOfEncodingType of TypeEncodingKind * Asn1AcnAst.SizeableAcnEncodingClass
-    | SequenceEncodingType of TypeEncodingKind option list
-    | ChoiceEncodingType of TypeEncodingKind option list
-    | ReferenceEncodingType of string
-    | OptionEncodingType of TypeEncodingKind
-    | Placeholder
-
 /////////////////////////////////////////////////////////////////////
 
-
 type NestingScope = {
     acnOuterMaxSize: bigint
     uperOuterMaxSize: bigint
@@ -429,7 +411,6 @@ type UPERFuncBodyResult = {
     bValIsUnReferenced  : bool
     bBsIsUnReferenced   : bool
     resultExpr          : string option
-    typeEncodingKind    : TypeEncodingKind option
     auxiliaries         : string list
 }
 type UPerFunction = {
@@ -457,7 +438,6 @@ type AcnFuncBodyResult = {
     bValIsUnReferenced  : bool
     bBsIsUnReferenced   : bool
     resultExpr          : string option
-    typeEncodingKind    : TypeEncodingKind option
     auxiliaries         : string list
     icdResult           : IcdArgAux option
 }
@@ -843,7 +823,6 @@ and Asn1Child = {
     isEqualBodyStats            : CallerScope -> CallerScope -> (string*(LocalVariable list)) option
     Type                        : Asn1Type
     Optionality                 : Asn1AcnAst.Asn1Optionality option
-    // acnArgs                     : RelativePath list
     Comments                    : string array
 } with
     member this.toAsn1AcnAst: Asn1AcnAst.Asn1Child =
@@ -854,7 +833,6 @@ and Asn1Child = {
             _ada_name = this._ada_name
             Type = this.Type.toAsn1AcnAst
             Optionality = this.Optionality
-            // acnArgs = this.acnArgs
             asn1Comments = this.Comments |> Array.toList
             acnComments = []
         }

FrontEndAst/Language.fs

@@ -55,18 +55,6 @@ type UncheckedAccessKind =
     | FullAccess // unwrap all selection, including the last one
     | PartialAccess // unwrap all but the last selection
 
-// TODO: Remove?
-type TypeInfo = {
-    uperMaxSizeBits: bigint
-    acnMaxSizeBits: bigint
-    typeKind: TypeEncodingKind option
-} with
-    member this.maxSize (enc: Asn1Encoding): bigint =
-        match enc with
-        | ACN -> this.acnMaxSizeBits
-        | UPER -> this.uperMaxSizeBits
-        | _ -> raise (BugErrorException $"Unexpected encoding: {enc}")
-
 type SequenceChildProps = {
     info: Asn1AcnAst.SeqChildInfo
     sel: Selection
@@ -100,9 +88,6 @@ type SequenceProofGen = {
         | UPER -> this.uperSiblingMaxSize
         | _ -> raise (BugErrorException $"Unexpected encoding: {enc}")
 
-    // member this.maxSize (enc: Asn1Encoding): BigInteger =
-    //     this.children |> List.map (fun c -> c.typeInfo.maxSize enc) |> List.sum
-
     member this.outerMaxSize (enc: Asn1Encoding): bigint =
         match enc with
         | ACN -> this.acnOuterMaxSize
@@ -183,7 +168,6 @@ type SequenceOfLikeProofGen = {
     nestingIx: bigint
     acnMaxOffset: bigint
     uperMaxOffset: bigint
-    typeInfo: TypeInfo
     nestingScope: NestingScope
     cs: CallerScope
     encDec: string option

StgScala/acn_scala.stg

@@ -554,7 +554,6 @@ locally {
         assert(codec.base.bitStream.bitIndex \<= oldCodec.base.bitStream.bitIndex + <nSizeInBits>L)
         BitStream.validateOffsetBitsIneqLemma(oldCodec.base.bitStream, codec.base.bitStream, <nRemainingMinBits>, <nSizeInBits>L)
         check(codec.base.bitStream.bitIndex \<= codec_0_1.base.bitStream.bitIndex + <nAbsOffset>L + <nSizeInBits>L)
-        //check(codec.base.bitStream.bitIndex \<= codec_<nLevel>_<nIx>.base.bitStream.bitIndex + <nOffset>L + <nSizeInBits>L)
     }
 }
 <soCallAux>
@@ -575,7 +574,6 @@ val <p>_nCount = locally {
         assert(codec.base.bitStream.bitIndex \<= oldCodec.base.bitStream.bitIndex + <nSizeInBits>L)
         BitStream.validateOffsetBitsIneqLemma(oldCodec.base.bitStream, codec.base.bitStream, <nRemainingMinBits>, <nSizeInBits>L)
         check(codec.base.bitStream.bitIndex \<= codec_0_1.base.bitStream.bitIndex + <nAbsOffset>L + <nSizeInBits>L)
-        //check(codec.base.bitStream.bitIndex \<= codec_<nLevel>_<nIx>.base.bitStream.bitIndex + <nOffset>L + <nSizeInBits>L)
     }
     <p>_nCount
 }

StgVarious/icdtemplate_acn.stg

@@ -42,7 +42,7 @@ RelativeOid()       ::= "RELATIVE-OID"
 
 EmitRowWith3Dots() ::= <<
 <tr class="CommentRow">
-<td class="threeDots" colspan="8"> <p>. . .</p> </td>
+<td class="threeDots" colspan="9"> <p>. . .</p> </td>
 </tr>
 >>
 

asn1scc/Program.fs

@@ -121,7 +121,7 @@ let printVersion () =
     //let fvi = System.Diagnostics.FileVersionInfo.GetVersionInfo(assembly.Location);
     //let version = fvi.FileVersion;
 
-    let version = "4.5.2.1"
+    let version = "4.5.2.2"
     printfn "asn1scc version %s\n" version
     ()