ihodes

Eligibility
  Select attribution
    insurance -> Insurance validation
    employed -> Employment validation
    self-pay -> Self-pay
  Insurance validation
    valid-coverage -> Validated
    invalid-coverage -> Try Again
  Employment validation
    valid-employment -> Validated

ihodes

Keybase proof

I hereby claim:

• I am ihodes on github.
• I am isaachodes (https://keybase.io/isaachodes) on keybase.
• I have a public key whose fingerprint is C093 FCAE CDC9 A4FA 0531 4AFF AE11 6745 B9BD A8EB

To claim this, I am signing this object:

ihodes

#use "topfind";;
#thread
#require "coclobas.ketrew_backend,biokepi,cmdliner,nonstd,sosa,csv";;

(* You must have a biokepi_machine.ml file in this directory that has a
   `biokepi_machine` defined at the top level. *)
#use "biokepi_machine.ml"

open Nonstd
module String = Sosa.Native_string

ihodes

#use "topfind";;
#thread
#require "coclobas.ketrew_backend,biokepi,cmdliner,nonstd";;

(* You must have a biokepi_machine.ml file in this directory that has a
   biokepi_machine defined at the top level. *)
#use "biokepi_machine.ml"

open Nonstd

ihodes

utop # class intlist (l: int list) =
object
  method empty = (l = [])
  method fold f acc = List.fold_left f acc l
end;;
Error: Some type variables are unbound in this type:                                                                                 class intlist :                                                                                                               int list ->
           object
             method empty : bool
             method fold : ('a -> int -> 'a) -> 'a -> 'a
           end

ihodes

#use "topfind"
#thread
#require "nonstd"
#require "hamkepi"
#require "ketrew"
#require "biokepi"

ihodes

# coding: utf-8
"""Module with methods for ingesting VCFs into Impala tables.

Need to have an open tunnel (e.g. ssh demeter -L 21050:demeter-csmau08-10:21050)
with ControlMaster enabled.
"""
import base64
import ibis
import subprocess

ihodes

#! /bin/sh

SCRIPT_NAME=$(basename $0)

short_usage()
{
  echo "Cf :  $SCRIPT_NAME  [--help]"
}
long_usage()
{

ihodes

./src/main.rs:58:13: 58:107 error: cannot infer an appropriate lifetime for lifetime parameter 'r in function call due to conflicting requirements
./src/main.rs:58             filtered.skip_while(|l| from_str::<uint>(l.clone().unwrap().as_slice()).unwrap() | bf  == 1u )
                                                                ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
./src/main.rs:58:33: 58:105 note: first, the lifetime cannot outlive the expression at 58:32...
./src/main.rs:58             filtered.skip_while(|l| from_str::<uint>(l.clone().unwrap().as_slice()).unwrap() | bf  == 1u )
                                                                                    ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
./src/main.rs:58:33: 58:105 note: ...so type `|&core::result::Result<collections::string::String, std::io::IoError>| -> bool` of expression is valid during the expression
./src/main.rs:58             filtered.skip_whi

ihodes

def tokenize(string):
    # reversed because we want to consume a pre-order stack of tokens
    return string.replace('(', ' ( ').replace(')', ' ) ').replace('\'', ' \' ').split()[::-1]


def read_expression(tokens):
    expression = []
    token = tokens.pop()
    if token == '(':
        while True: