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"""
parser_combinators.py
--------------------

Functions that make it easy to create string parsers.

A parser is a function that takes a string ``remaining`` and returns a pair.
If the parser was unsuccessful (the string does not patch the pattern of
characters that that parser accepts), it returns ``(None, remaining)``.
Otherwise, it returns a pair whose first element is the parsing result

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"""
svg_path.py
-----------

Provides utility functions for manipulating svgs.

"""
import logging
from parser_combinators import char, white, integer
from parser_combinators import seq, any_, many, one_or_more, change_result

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var conjugations = (function() {
  var godan_map = 
    { "う": ["わ", "い","う","え","お"]
    , "く": ["か", "き","く","け","こ"]
    , "ぐ": ["が", "ぎ","ぐ","げ","ご"]
    , "す": ["さ", "し","す","せ","そ"]
    , "つ": ["た", "ち","つ","て","と"]
    , "ぬ": ["な", "に","ぬ","ね","の"]
    , "ぶ": ["ば", "び","ぶ","べ","ぼ"]
    , "む": ["ま", "み","む","め","も"]

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function DummyStore() {
  var instance;
  return instance = 
    { store: {}
    , setItem: function (key, val) {
        instance.store[key] = val;
        return val;
      }
    , getItem: function (key, def) {
        var val = instance.store[key]; 

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{ "mikkel_sigrun_1":
  { "left": "Mikkel"
  , "right": "Sigrun"
  , "frames":
    { "frame1":
      { "dialogue": "A"
      , "speaker":
        { "name": "Mikkel"
        , "mood": "Neutral"
        }

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      {
        "sender": "[email protected]",
        "message_id": 54,
        "understanding": {},
        "timestamp": 1484439760.0,
        "content": "Okay   Osh, Grash Has Lelens.      _______6____________________   From: Joe Longman <[email protected]>  To: Tom Hewlett <tphell Blaine Modesty Rogers and others         Ok yeh, no hard to ses  >>  >>>>  >>>>  >>  >>"
      },
      {
        "sender": "Blaine William Rogers",
        "message_id": 0,

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import numpy as np

a = np.array([[1, 1, 1],
              [2, 2, 2],
              [3, 3, 3]])

b = np.array([1, 2, 3])
c = np.array([[1],
              [2],
              [3]])

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"""Uses tensorflow to approximate a sin wave with a Gaussian Process"""
from __future__ import print_function
from functools import partial
import tensorflow as tf
import numpy as np
import matplotlib.pyplot as plt
import inspect
import numbers

try:

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use "promises"

actor Main
  new create(env: Env) =>
    let promise = Promise[(U64, U64)]

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actor Main
  new create(env: Env) =>
    Bar()

primitive Foo
  fun apply(f: {()}) =>
    f()

class Bar
  var i: U8 = 0