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import hep.io.root.core.RootInput;
import hep.io.root.*;
import hep.io.root.interfaces.*;

public class ReadOneBranch {
    final static long itemsPerPrint = 100000L;
    static long lastTime = 0L;
    static long items = 0;

    private static void printout() {

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jpivarski

import numbers
import math

import numpy

class Binning:
    "Abstract superclass of all binning types. Only Regular is implemented."

    def __init__(self, *args, **kwargs):
        raise NotImplementedError

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import sys
import operator

import numpy

# Note: these are pre-0.49 locations; things move around in Numba 0.49.
import numba
import numba.typing.arraydecl

# First, let's define the class in Python.

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Requires scikit-hep/uproot4#35.

>>> import uproot4
>>> tbranchelement1 = uproot4.open("Event.root : T/fH")
>>> tbranchelement1
<TBranchElement 'fH' at 0x7f5ef03c92d0>
>>> tbranchelement1.interpretation
AsObjects(Model_TH1F)
>>> tbranchelement1.array(library="np", entry_stop=5)

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SELECT
  DATE(timestamp) AS date,
  details.system.name AS os,
  file.project AS project,
  REGEXP_REPLACE(file.version, "\\.[0123456789]{1,}$", "") AS version,
  COUNT(*) AS count
FROM `the-psf.pypi.downloads*`
WHERE
  _TABLE_SUFFIX BETWEEN '20160101' AND '20210224'
  AND (file.project = "rootpy" OR

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import yaml

import awkward as ak

arg2key = {
    "List[bool]": "np.bool_",
    "Const[List[bool]]": "np.bool_",
    "List[int8_t]": "np.int8",
    "Const[List[int8_t]]": "np.int8",
    "List[uint8_t]": "np.uint8",

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