feat(array): newPyArrayOfCap; breaks(array,list): new* inline

Author: litlighilit

src/pylib/Lib/array.nim

@@ -58,14 +58,17 @@ func `@`*[T](arr: PyArray[T]): seq[T]{.inline.} = @(PyList[T](arr))
 
 template itemsize*[T](arr: PyArray[T]): int = sizeof(T)
 
-func newPyArray*[T](len=0): PyArray[T] = PyArray[T] newPyList[T](len)
+func newPyArray*[T](len=0): PyArray[T]{.inline.} = PyArray[T] newPyList[T](len)
 func newPyArray*[T](x: Iterable[T]): PyArray[T]{.inline.} =
   ## unlike `array`_, when `x` is a literal, type conversion is always needed.
   runnableExamples:
     discard newPyArray[cint]([1.cint, 2])
     # or write: array('i', [1, 2])
   PyArray[T] list[T](x)
 
+func newPyArrayOfCap*[T](cap: int): PyArray[T]{.inline.} =
+  PyArray[T] newPyListOfCap[T](cap)
+
 func fromlist*[T](arr: var PyArray[T], ls: PyList[T]) =
   arr.extend ls
 

src/pylib/builtins/list_decl.nim

@@ -22,12 +22,11 @@ func repr*[T: set|string|openArray](self: PyList[T]): string =
   system.repr self.data.toOpenArray(0, len(self)-1)
 # `repr` defined for other elements' type is in about L160
 
-func newPyList*[T](s: seq[T]): PyList[T] =
-  result = PyList[T](data: s)
-func newPyList*[T](a: openArray[T]): PyList[T] =
-  result = PyList[T](data: @a)
-func newPyList*[T](len=0): PyList[T] = newPyList newSeq[T](len)
-func newPyListOfCap*[T](cap=0): PyList[T] = newPyList newSeqOfCap[T](cap)
+func newPyList*[T](s: seq[T]): PyList[T]{.inline.} = PyList[T](data: s)
+func newPyList*[T](a: openArray[T]): PyList[T]{.inline.} = PyList[T](data: @a)
+func newPyList*[T](len=0): PyList[T]{.inline.} = newPyList newSeq[T](len)
+func newPyListOfCap*[T](cap=0): PyList[T]{.inline.} =
+  newPyList newSeqOfCap[T](cap)
 
 iterator items*[T](self: PyList[T]): T =
   for i in self.data: yield i