forgot calculate

Author: Brat-vseznamus

internal/tlcodegen/qt_brackets.qtpl

@@ -742,7 +742,7 @@ func {%s= goName %}CalculateLayout(sizes []int, optimizeEmpty bool, vec *{%s= ty
     var sz int
 
     currentSize += basictl.TL2CalculateSize(len(*vec))
-    {%- if _, ok := tuple.element.t.trw.(*TypeRWBool); ok -%}
+    {%- if bb, ok := tuple.element.t.trw.(*TypeRWBool); ok && bb.isBit -%}
         // special case for bool
         currentSize += (len(*vec) + 7) / 8
     {%- else -%}
@@ -806,7 +806,7 @@ func {%s= goName %}InternalReadTL2(r []byte, vec *{%s= typeString %}) (_ []byte,
     if currentSize != 0 {
         if currentR, elementCount, err = basictl.TL2ParseSize(currentR); err != nil { return r, err }
         {%- code /* this check is slightly relaxed, because we cannot +7 without overflow check */ -%}
-        if elementCount {%- if _, ok := tuple.element.t.trw.(*TypeRWBool); ok -%}/8{%- endif -%} > len(currentR) {
+        if elementCount {%- if bb, ok := tuple.element.t.trw.(*TypeRWBool); ok && bb.isBit -%}/8{%- endif -%} > len(currentR) {
             return r, basictl.TL2ElementCountError(elementCount, currentR)
         }
     }
@@ -815,7 +815,7 @@ func {%s= goName %}InternalReadTL2(r []byte, vec *{%s= typeString %}) (_ []byte,
         *vec = make([]{%s= elementTypeString %}, elementCount)
     }
     *vec = (*vec)[:elementCount]
-    {%- if _, ok := tuple.element.t.trw.(*TypeRWBool); ok -%}
+    {%- if bb, ok := tuple.element.t.trw.(*TypeRWBool); ok && bb.isBit -%}
         if currentR, err = basictl.VectorBitContentReadTL2(currentR, *vec); err != nil { return currentR, err }
     {%- else -%}
     for i := 0; i < elementCount; i++ {
@@ -955,7 +955,7 @@ func {%s= goName %}CalculateLayout(sizes []int, optimizeEmpty bool, vec *{%s= ty
     var sz int
 
     currentSize += basictl.TL2CalculateSize(len(*vec))
-    {%- if _, ok := tuple.element.t.trw.(*TypeRWBool); ok -%}
+    {%- if bb, ok := tuple.element.t.trw.(*TypeRWBool); ok && bb.isBit -%}
         // special case for bool
         currentSize += (len(*vec) + 7) / 8
     {%- else -%}
@@ -1019,7 +1019,7 @@ func {%s= goName %}InternalReadTL2(r []byte, vec *{%s= typeString %}) (_ []byte,
     if currentSize != 0 {
         if currentR, elementCount, err = basictl.TL2ParseSize(currentR); err != nil { return r, err }
         {%- code /* this check is slightly relaxed, because we cannot +7 without overflow check */ -%}
-        if elementCount {%- if _, ok := tuple.element.t.trw.(*TypeRWBool); ok -%}/8{%- endif -%} > len(currentR) {
+        if elementCount {%- if bb, ok := tuple.element.t.trw.(*TypeRWBool); ok && bb.isBit -%}/8{%- endif -%} > len(currentR) {
             return r, basictl.TL2ElementCountError(elementCount, currentR)
         }
     }
@@ -1028,7 +1028,7 @@ func {%s= goName %}InternalReadTL2(r []byte, vec *{%s= typeString %}) (_ []byte,
         *vec = make([]{%s= elementTypeString %}, elementCount)
     }
     *vec = (*vec)[:elementCount]
-    {%- if _, ok := tuple.element.t.trw.(*TypeRWBool); ok -%}
+    {%- if bb, ok := tuple.element.t.trw.(*TypeRWBool); ok && bb.isBit -%}
         if currentR, err = basictl.VectorBitContentReadTL2(currentR, *vec); err != nil { return currentR, err }
     {%- else -%}
     for i := 0; i < elementCount; i++ {
@@ -1185,7 +1185,7 @@ func {%s= goName %}CalculateLayout(sizes []int, optimizeEmpty bool, vec *{%s= ty
 
     currentSize += basictl.TL2CalculateSize(len(*vec))
 
-    {%- if _, ok := tuple.element.t.trw.(*TypeRWBool); ok -%}
+    {%- if bb, ok := tuple.element.t.trw.(*TypeRWBool); ok && bb.isBit -%}
         // special case for bool
         currentSize += ({%v= tuple.size %} + 7) / 8
     {%- else -%}
@@ -1252,7 +1252,7 @@ func {%s= goName %}InternalReadTL2(r []byte, vec *{%s= typeString %}) (_ []byte,
     }
 
     lastIndex := min(elementCount, {%v= tuple.size %})
-    {%- if _, ok := tuple.element.t.trw.(*TypeRWBool); ok -%}
+    {%- if bb, ok := tuple.element.t.trw.(*TypeRWBool); ok && bb.isBit -%}
         if currentR, err = basictl.VectorBitContentReadTL2(currentR, (*vec)[:lastIndex]); err != nil { return currentR, err }
         {%- code /* reset elements if received less elements */ -%}
         clear((*vec)[lastIndex:])