format all

src/apatheia.nim

@@ -1,3 +1,2 @@
-
 import apatheia/tasks
 export tasks

src/apatheia/jobs.nim

@@ -159,8 +159,7 @@ when isMainModule:
     var tp = Taskpool.new(num_threads = 2) # Default to the number of hardware threads.
 
     asyncTest "basic openarray":
-      var
-        jobs = newJobQueue[float](taskpool = tp)
+      var jobs = newJobQueue[float](taskpool = tp)
 
       let job = jobs.submit(addNumValues(10.0, @[1.0.float, 2.0]))
       let res = await job

src/apatheia/macroutils.nim

@@ -3,22 +3,19 @@ import std/[tables, strutils, typetraits, macros]
 proc makeProcName*(s: string): string =
   result = ""
   for c in s:
-    if c.isAlphaNumeric: result.add c
+    if c.isAlphaNumeric:
+      result.add c
 
 proc hasReturnType*(params: NimNode): bool =
-  if params != nil and params.len > 0 and params[0] != nil and
-     params[0].kind != nnkEmpty:
+  if params != nil and params.len > 0 and params[0] != nil and params[0].kind != nnkEmpty:
     result = true
 
 proc getReturnType*(params: NimNode): NimNode =
-  if params != nil and params.len > 0 and params[0] != nil and
-     params[0].kind != nnkEmpty:
+  if params != nil and params.len > 0 and params[0] != nil and params[0].kind != nnkEmpty:
     result = params[0]
 
 proc firstArgument*(params: NimNode): (NimNode, NimNode) =
-  if params != nil and
-      params.len > 0 and
-      params[1] != nil and
+  if params != nil and params.len > 0 and params[1] != nil and
       params[1].kind == nnkIdentDefs:
     result = (ident params[1][0].strVal, params[1][1])
   else:
@@ -29,15 +26,13 @@ iterator paramsIter*(params: NimNode): tuple[name, ntype: NimNode] =
   for i in 1 ..< params.len:
     let arg = params[i]
     let argType = arg[^2]
-    for j in 0 ..< arg.len-2:
+    for j in 0 ..< arg.len - 2:
       yield (arg[j], argType)
 
 proc signalTuple*(sig: NimNode): NimNode =
   let otp = nnkEmpty.newTree()
   # echo "signalObjRaw:sig1: ", sig.treeRepr
-  let sigTyp =
-    if sig.kind == nnkSym: sig.getTypeInst
-    else: sig.getTypeInst
+  let sigTyp = if sig.kind == nnkSym: sig.getTypeInst else: sig.getTypeInst
   # echo "signalObjRaw:sig2: ", sigTyp.treeRepr
   let stp =
     if sigTyp.kind == nnkProcTy:
@@ -52,14 +47,16 @@ proc signalTuple*(sig: NimNode): NimNode =
   # echo "signalObjRaw:sig: ", stp.repr
 
   var args: seq[NimNode]
-  for i in 2..<stp.len:
+  for i in 2 ..< stp.len:
     args.add stp[i]
 
   result = nnkTupleConstr.newTree()
   if isGeneric:
-    template genArgs(n): auto = n[1][1]
+    template genArgs(n): auto =
+      n[1][1]
+
     var genKinds: Table[string, NimNode]
-    for i in 1..<stp.genArgs.len:
+    for i in 1 ..< stp.genArgs.len:
       genKinds[repr stp.genArgs[i]] = otp[i]
     for arg in args:
       result.add genKinds[arg[1].repr]
@@ -72,19 +69,20 @@ proc signalTuple*(sig: NimNode): NimNode =
   # echo ""
   if result.len == 0:
     # result = bindSym"void"
-    result = quote do:
+    result = quote:
       tuple[]
 
 proc mkParamsVars*(paramsIdent, paramsType, params: NimNode): NimNode =
   ## Create local variables for each parameter in the actual RPC call proc
-  if params.isNil: return
+  if params.isNil:
+    return
 
   result = newStmtList()
   var varList = newSeq[NimNode]()
   var cnt = 0
   for paramid, paramType in paramsIter(params):
     let idx = newIntLitNode(cnt)
-    let vars = quote do:
+    let vars = quote:
       var `paramid`: `paramType` = `paramsIdent`[`idx`]
     varList.add vars
     cnt.inc()
@@ -106,9 +104,10 @@ proc mkParamsType*(paramsIdent, paramsType, params, genericParams: NimNode): Nim
   ##   
   ##   proc multiplyrpc(params: RpcType_multiplyrpc): int = 
   ## 
-  if params.isNil: return
+  if params.isNil:
+    return
 
-  var tup = quote do:
+  var tup = quote:
     type `paramsType` = tuple[]
   for paramIdent, paramType in paramsIter(params):
     # processing multiple variables of one type
@@ -129,7 +128,8 @@ proc procIdentAppend*(id: NimNode, name: string): NimNode =
 
 proc mkCall*(callName, params: NimNode): NimNode =
   ## Create local variables for each parameter in the actual RPC call proc
-  if params.isNil: return
+  if params.isNil:
+    return
   var argList = newSeq[NimNode]()
   for paramId, paramType in paramsIter(params):
     argList.add paramId
@@ -138,9 +138,10 @@ proc mkCall*(callName, params: NimNode): NimNode =
 
 proc mkProc*(name, params, body: NimNode): NimNode =
   let args = params.copyNimTree()
-  result = quote do:
+  result = quote:
     proc `name`() {.nimcall.} =
       `body`
+
   result[3].del(0)
   for arg in args:
     result.params.add arg

src/apatheia/memholders.nim

@@ -1,4 +1,3 @@
-
 import std/tables
 
 import ./types

src/apatheia/queues.nim

@@ -10,23 +10,23 @@ export options
 export threadsync
 export chronos
 
-type
-  ChanPtr[T] = ptr Channel[T]
+type ChanPtr[T] = ptr Channel[T]
 
 proc allocSharedChannel[T](): ChanPtr[T] =
   cast[ChanPtr[T]](allocShared0(sizeof(Channel[T])))
 
-type
-  SignalQueue*[T] = object
-    signal: ThreadSignalPtr
-    chan*: ChanPtr[T]
+type SignalQueue*[T] = object
+  signal: ThreadSignalPtr
+  chan*: ChanPtr[T]
 
 proc dispose*[T](val: SignalQueue[T]) =
   ## Call to properly dispose of a SignalQueue.
   deallocShared(val.chan)
   discard val.signal.close()
 
-proc newSignalQueue*[T](maxItems: int = 0): SignalQueue[T] {.raises: [ApatheiaSignalErr].} =
+proc newSignalQueue*[T](
+    maxItems: int = 0
+): SignalQueue[T] {.raises: [ApatheiaSignalErr].} =
   ## Create a signal queue compatible with Chronos async.
   let res = ThreadSignalPtr.new()
   if res.isErr():

src/apatheia/tasks.nim

@@ -1,4 +1,3 @@
-
 import std/[macros, strutils]
 
 import macroutils
@@ -30,30 +29,30 @@ macro asyncTask*(p: untyped): untyped =
     # pragmas = p[4]
     body = p[6]
     name = repr(procId).strip(false, true, {'*'})
-  
+
   if not hasReturnType(params):
     error("tasklet definition must have return type", p)
 
   # setup inner tasklet proc
-  let tp = mkProc(procId.procIdentAppend("Tasklet"),
-                  params, body)
+  let tp = mkProc(procId.procIdentAppend("Tasklet"), params, body)
 
   # setup async wrapper code
   var asyncBody = newStmtList()
   let tcall = newCall(ident(name & "Tasklet"))
   for paramId, paramType in paramsIter(params):
     tcall.add newCall("checkParamType", paramId)
-  asyncBody = quote do:
+  asyncBody = quote:
     let val {.inject.} = `tcall`
-    discard jobResult.queue.send((jobResult.id, val,))
+    discard jobResult.queue.send((jobResult.id, val))
 
   var asyncParams = params.copyNimTree()
-  let retType = if not hasReturnType(params): ident"void"
-                else: params.getReturnType()
+  let retType =
+    if not hasReturnType(params):
+      ident"void"
+    else:
+      params.getReturnType()
   let jobArg = nnkIdentDefs.newTree(
-    ident"jobResult",
-    nnkBracketExpr.newTree(ident"JobResult", retType),
-    newEmptyNode()
+    ident"jobResult", nnkBracketExpr.newTree(ident"JobResult", retType), newEmptyNode()
   )
   asyncParams[0] = newEmptyNode()
   asyncParams.insert(1, jobArg)
@@ -67,13 +66,8 @@ macro asyncTask*(p: untyped): untyped =
     echo "asyncTask:body:\n", result.repr
 
 when isMainModule:
+  type HashOptions* = object
+    striped*: bool
 
-  type
-    HashOptions* = object
-      striped*: bool
-
-  proc doHashes2*(data: openArray[byte],
-                  opts: HashOptions): float {.asyncTask.} =
+  proc doHashes2*(data: openArray[byte], opts: HashOptions): float {.asyncTask.} =
     echo "hashing"
-
-

src/apatheia/types.nim

@@ -1,6 +1,5 @@
-
 type
   ApatheiaException* = object of CatchableError
   ApatheiaSignalErr* = object of ApatheiaException
 
-  JobId* = uint ## job id, should match `future.id()`
+  JobId* = uint ## job id, should match `future.id()`