Update SizeDependency_oct_str_containing signature

Modified the function `SizeDependency_oct_str_containing` to include a new parameter, `sLocalVarType`, for specifying the local variable type. Adjusted the function's definition and its usage throughout the codebase. Updated the assignment of variable `<v>` to utilize `sLocalVarType`, enhancing type specificity. Context surrounding function calls has also been updated to align with the new signature.

Author: usr3-1415

BackendAst/DAstACN.fs

@@ -1463,8 +1463,8 @@ let rec handleSingleUpdateDependency (r:Asn1AcnAst.AstRoot) (deps:Asn1AcnAst.Acn
                     | None -> ""
                     | Some a -> a.funcBody
                 | None -> ""
-
-            let updateStatement = sizeDep_oct_str_containing (lm.lg.getParamValue o.resolvedType pSizeable.arg Encode) baseFncName sReqBytesForUperEncoding v (match o.encodingOptions with Some eo -> eo.octOrBitStr = ContainedInOctString | None -> false) sInner
+            let sLocalVarType = child.typeDefinitionBodyWithinSeq
+            let updateStatement = sizeDep_oct_str_containing (lm.lg.getParamValue o.resolvedType pSizeable.arg Encode) baseFncName sReqBytesForUperEncoding v (match o.encodingOptions with Some eo -> eo.octOrBitStr = ContainedInOctString | None -> false) sInner sLocalVarType
             match checkPath with
             | []    -> updateStatement
             | _     -> checkAccessPath checkPath updateStatement v (initExpr r lm m child.Type)

CommonTypes/AbstractMacros.fs

@@ -467,7 +467,7 @@ Generated by the C stg macros with the following command
         abstract member MultiAcnUpdate_checkEqual_str : sV0:string -> sVi:string -> sChPath:string -> bIsAlwaysInit:bool -> string;
         abstract member MultiAcnUpdate : v:string -> sV0:string -> sErrCode:string -> arrsLocalDeclarations:seq<string> -> arrsLocalUpdateStatements:seq<string> -> arrsGetFirstIntValue:seq<string> -> bIsFirstIntValueSingle:bool -> arrsLocalCheckEquality:seq<string> -> sDefaultExpr:string -> string;
         abstract member checkAccessPath : arrsCheckPaths:seq<string> -> sUpdateStatement:string -> v:string -> sInitExpr:string -> string;
-        abstract member SizeDependency_oct_str_containing : p:string -> sFuncName:string -> sReqBytesForUperEncoding:string -> v:string -> bIsOctet:bool -> sInner:string -> string;
+        abstract member SizeDependency_oct_str_containing : p:string -> sFuncName:string -> sReqBytesForUperEncoding:string -> v:string -> bIsOctet:bool -> sInner:string -> sLocalVarType:string -> string;
         abstract member octet_string_containing_ext_field_func : p:string -> sFuncName:string -> sReqBytesForUperEncoding:string -> sExtField:string -> sErrCode:string -> soInner:string option -> codec:Codec -> string;
         abstract member bit_string_containing_ext_field_func : p:string -> sFuncName:string -> sReqBytesForUperEncoding:string -> sReqBitsForUperEncoding:string -> sExtField:string -> sErrCode:string -> codec:Codec -> string;
         abstract member rtlModuleName : unit -> string;

StgAda/acn_a.stg

@@ -1292,7 +1292,7 @@ end if;
 
 
 
-SizeDependency_oct_str_containing(p, sFuncName, sReqBytesForUperEncoding, v, bIsOctet, sInner) ::= <<
+SizeDependency_oct_str_containing(p, sFuncName, sReqBytesForUperEncoding, v, bIsOctet, sInner, sLocalVarType) ::= <<
 --first encode containing type to a temporary bitstream. That's the only way to learn in advance the size of the encoding octet string
 declare
     bs : adaasn1rtl.encoding.Bitstream := tmpBs;
@@ -1301,7 +1301,7 @@ begin
     tmpBs := bs;
 end;
 if result.success then
-	<v> := <rtlModuleName()>.Asn1UInt(<if(bIsOctet)>adaasn1rtl.encoding.BitStream_current_length_in_bytes(tmpBs)<else>tmpBs.Current_Bit_Pos<endif>);
+	<v> := <sLocalVarType>(<if(bIsOctet)>adaasn1rtl.encoding.BitStream_current_length_in_bytes(tmpBs)<else>tmpBs.Current_Bit_Pos<endif>);
 	<v>_is_initialized := True;
 end if;
 >>

StgC/acn_c.stg

@@ -1126,7 +1126,7 @@ if (<arrsCheckPaths; separator=" && ">) {
 >>
 
 
-SizeDependency_oct_str_containing(p, sFuncName, sReqBytesForUperEncoding, v, bIsOctet, sInner) ::= <<
+SizeDependency_oct_str_containing(p, sFuncName, sReqBytesForUperEncoding, v, bIsOctet, sInner, sLocalVarType) ::= <<
 {
     /*first encode containing type to a temporary bitstream. That's the only way to learn in advance the size of the encoding octet string*/
     BitStream_Init(&bitStrm, arr, sizeof(arr));

StgScala/acn_scala.stg

@@ -1039,7 +1039,7 @@ val <v> =
 >>
 
 
-SizeDependency_oct_str_containing(p, sFuncName, sReqBytesForUperEncoding, v, bIsOctet, sInner) ::= <<
+SizeDependency_oct_str_containing(p, sFuncName, sReqBytesForUperEncoding, v, bIsOctet, sInner, sLocalVarType) ::= <<
 {
     /*first encode containing type to a temporary bitstream. That's the only way to learn in advance the size of the encoding octet string*/
     val pBitStrm_save: BitStream = pBitStrm