Fix styleCheck:usage (#27)

protobuf_serialization.nimble

@@ -14,9 +14,15 @@ requires "nim >= 1.2.0",
          "serialization",
          "combparser"
 
+const styleCheckStyle =
+  if (NimMajor, NimMinor) < (1, 6):
+    "hint"
+  else:
+    "error"
+
 proc test(args, path: string) =
   exec "nim " & getEnv("TEST_LANG", "c") & " " & getEnv("NIMFLAGS") & " " & args &
-    " -r --hints:off --skipParentCfg " & path
+    " -r --hints:off --skipParentCfg --styleCheck:usages --styleCheck:" & styleCheckStyle & " " & path
 
 task test, "Run all tests":
   #Explicitly specify the call depth limit in case the default changes in the future.

protobuf_serialization/files/type_generator.nim

@@ -120,7 +120,7 @@ proc protoToTypesInternal*(filepath: string, proto: string): NimNode =
       result.add(
         newNimNode(nnkTypeDef).add(
           newNimNode(nnkPragmaExpr).add(
-            newNimNode(nnkPostFix).add(ident("*"), ident(name)),
+            newNimNode(nnkPostfix).add(ident("*"), ident(name)),
             newNimNode(nnkPragma).add(ident("protobuf3"))
           ),
           newEmptyNode(),

protobuf_serialization/numbers/varint.nim

@@ -119,7 +119,7 @@ func viSizeof(base: VarIntWrapped, raw: uint32 or uint64): int =
   result = max((log2trunc(raw) + 7) div 7, 1)
 
 func encodeVarInt*(
-  res: var openarray[byte],
+  res: var openArray[byte],
   outLen: var int,
   value: VarIntWrapped
 ): VarIntStatus =
@@ -175,7 +175,7 @@ func encodeVarInt*(value: VarIntWrapped): seq[byte] =
   var outLen: int
   if encodeVarInt(result, outLen, value) != VarIntStatus.Success:
     when value is LUIntWrapped:
-      {.fatal: "LibP2P VarInts require using the following signature: `encodeVarInt(var openarray[byte], outLen: var int, value: VarIntWrapped): VarIntStatus`.".}
+      {.fatal: "LibP2P VarInts require using the following signature: `encodeVarInt(var openArray[byte], outLen: var int, value: VarIntWrapped): VarIntStatus`.".}
     else:
       doAssert(false)
   result.setLen(outLen)
@@ -219,7 +219,7 @@ func decodeBinaryValue[E](
   return VarIntStatus.Success
 
 func decodeVarInt*(
-  bytes: openarray[byte],
+  bytes: openArray[byte],
   inLen: var int,
   res: var VarIntWrapped
 ): VarIntStatus =

protobuf_serialization/stdlib_writers.nim

@@ -16,7 +16,7 @@ proc encodeNumber[T](stream: OutputStream, value: T) =
   else:
     {.fatal: "Trying to encode a number which isn't wrapped. This should never happen.".}
 
-proc stdLibToProtobuf[R](
+proc stdlibToProtobuf[R](
   stream: OutputStream,
   _: typedesc[R],
   unusedFieldName: static string,
@@ -124,7 +124,7 @@ proc stdlibToProtobuf[R, T](
   var seqInstance: seq[T]
   for value in setInstance:
     seqInstance.add(value)
-  stream.stdLibToProtobuf(ty, fieldName, fieldNumber, seqInstance)
+  stream.stdlibToProtobuf(ty, fieldName, fieldNumber, seqInstance)
 
 proc stdlibToProtobuf[R, T](
   stream: OutputStream,
@@ -133,4 +133,4 @@ proc stdlibToProtobuf[R, T](
   fieldNumber: int,
   setInstance: HashSet[T]
 ) {.inline.} =
-  stream.stdLibToProtobuf(ty, fieldName, fieldNumber, setInstance.toSeq())
+  stream.stdlibToProtobuf(ty, fieldName, fieldNumber, setInstance.toSeq())

tests/test_stdlib.nim

@@ -73,12 +73,12 @@ suite "Test Standard Lib Objects Encoding/Decoding":
     check Protobuf.decode(Protobuf.encode(setInstance), type(HashSet[string])) == setInstance
 
   test "Can encode/decode stdlib fields where a pragma was used to specify encoding":
-    let pragmad = PragmadStdLib(
+    let pragmad = PragmadStdlib(
       x: @[5'i32, -3'i32, 300'i32, -612'i32],
       #y: [6'u32, 4'u32, 301'u32, 613'u32, 216'u32],
       z: @[5.5'f32, 3.2'f32, 925.123].toHashSet()
     )
-    check Protobuf.decode(Protobuf.encode(pragmad), PragmadStdLib) == pragmad
+    check Protobuf.decode(Protobuf.encode(pragmad), PragmadStdlib) == pragmad
 
   test "Can encode boolean seqs": #/arrays":
     let boold = BooldStdlib(