neeraj9

{
  "entities": [
    {
      "endIndex": 25,
      "entity": "europe",
      "score": 0.986519933,
      "startIndex": 20,
      "type": "builtin.geography.continent"
    }
  ],

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{
  "endpoint": "00000000-0000-0000-0000-000000000000",
  "key": "00000000000000000000000000000000"
}

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#!erlang
%% @doc Intent Analysis via Microsoft Luis
%%
%% run nlp_microsoft_luis(<<"I want to travel to Europe. Can you give me possible locations?">>)
%%
fun(Msg) ->
    %% The json configuration must be set for this function (TBD)
    Config = beamparticle_dynamic:get_config(),
    Endpoint = erlang:binary_to_list(maps:get(<<"endpoint">>, Config)),
    Key = erlang:binary_to_list(maps:get(<<"key">>, Config)),

neeraj9

#!python
# @doc 10 minutes to pandas, so lets have some fun
#
# py_10_min_to_pandas
#
# see https://pandas.pydata.org/pandas-docs/stable/10min.html
# see https://gist.github.com/neeraj9/970e73412a893ddaed7be31e84199c29
#
# Dependencies:
#

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#!java
// Sample Java 8 function to return what was passed in as the first argument.
// Notice that this template works for the /post/<thisfun> interface, where
// json input is passed in the first argument postBody, while the response
// is a binary or a string, which must be json as well.
// Additionally, this function can be used to test stdout and stderr logs.

import java.nio.charset.StandardCharsets;

import com.ericsson.otp.erlang.OtpErlangAtom;

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#!python
#
# py_test_stdout_stderr_with_exceptiuon
#
# Author: Neeraj Sharma

"""
Demonstrate logging via stdout and stderr. Take special note of
usage of traceback, which gives very nicely formatted call
traceback in case of errors.

neeraj9

#!/bin/sh
#

# The dynamic function (in this case with name function_name) can be tested
# via the https interface (standard interface where websocket is also exposed).
curl --insecure -X POST -H ‘content-type: application/json’ -d ‘{“msg”: “hello”}’ \
  -u ‘root:root’ https://localhost:8282/post/function_name

# Alternatively, there is a fast interface which supports a minimal HTTP/1.1
# server. This is very useful for high performance although implements

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#!efene
#_ "A sample efene code to return what was passed in as the first argument."
#_ "Notice that this template works for the /post/<thisfun> interface, where"
#_ "json input is passed in the first argument postBody, while the response"
#_ "is a binary or a string, which must be json as well."
#_ ""
#_ "Read about Efene at efene.org"
#_ "see http://efene.org/language-introduction.html"
#_ ""
#_ "Author: Neeraj Sharma <neeraj.sharma@alumni.iitg.ernet.in>"

neeraj9

#!erlang
%% Sample Erlang (OTP-20) function to return what was passed in as the first argument.
%% Notice that this template works for the /post/<thisfun> interface, where
%% json input is passed in the first argument postBody, while the response
%% is a binary or a string, which must be json as well.

fun (Body, Context) ->
  DecodedMap = jiffy:decode(Body, [return_maps]),
  %% TODO process decoded_map
  Result = DecodedMap,

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#!elixir
# Sample Python 3 function to return what was passed in as the first argument.
# Notice that this template works for the /post/<thisfun> interface, where
# json input is passed in the first argument postBody, while the response
# is a binary or a string, which must be json as well.

fn (body, context) ->
  decoded_map = :jiffy.decode(body, [:return_maps])
  # TODO process decoded_map
  result = decoded_map