moltenform

# ShowBindings.py (Python 2)
# looks through SciTE source code and user properties,
# and creates an html file showing current bindings
# usage:
#		download SciTE and Scintilla source
#		place this script in the scite/src/scripts directory
#		edit the pathPropertiesMain = line to point to your global properties file
#		edit the pathPropertiesUser = line to point to your user properties file (or None)
# 		run the script, which creates CurrentBindings_platform.html in current directory.

moltenform

Hi,

My name is Ben Fisher. I'm seeking to join a team where my work has a positive impact on people's lives, and so I'm moving my career
towards biotech. Benchlink looks like a great place for both technical quality and contributing to scientific discovery. The software
project I put together, "ViperCard", was a success, and I'm looking forward to my next challenge.

I bring both experience working as part of a big corporation, where I gained communication, team collaboration, and large 
codebase/dataset skills, and experience working on my own, where I needed end-to-end knowledge (design to prototype to production to 
deployment, TypeScript to Python to database schema), code architecture abilities, and planning/schedule prioritization to drive the
project forward. Over the years, I've collected useful engineering practices and intuition (e.g. how to organize code for testability,

moltenform

/* constants for types of expression */
const exps = {
  Plus: "Plus",
  Mult: "Mult",
  Power: "Power",
  NumOrGroup: "NumOrGroup",
  NumLiteral: "NumLiteral",
};

/* get last elem of array, undefined if array is empty */

moltenform

/* evaluate a tree of results. */
function evalResult(result) {
  if (result.type === exps.NumOrGroup) {
    /* ex: (123 + 456) */
    return evalResult(result.parts[0]);
  } else if (result.type === exps.NumLiteral) {
    /* from the string "123" into a number. */
    return parseFloat(result.parts[0]);
  } else {
    /* reduce/evaluate the expression */