jonbrennecke

FROM amazoncorretto:17 as builder

COPY --chown=gradle:gradle . /src
WORKDIR /src

ARG NEXUS_ENGINEER_USER
ENV NEXUS_ENGINEER_USER=$NEXUS_ENGINEER_USER

ARG NEXUS_ENGINEER_PASSWORD
ENV NEXUS_ENGINEER_PASSWORD=$NEXUS_ENGINEER_PASSWORD

jonbrennecke

import { useContext, createContext, PropsWithChildren, ComponentType } from 'react';

const CUIContext = createContext(false);

function CUIProvider({children}: PropsWithChildren<{}>) {
  const isWithinCuiContext = useContext(CUIContext);
  if (!isWithinCuiContext) {
    return (
      <CUIContext.Provider value={true}>
        <div className="cui">

jonbrennecke

We couldn’t find that file to show.

jonbrennecke

// Get env (like `env`)
Get-ChildItem Env:

// Set var (like `export name=value`)
[Environment]::SetEnvironmentVariable("Name", "Value")

// Remove var (like `unset name=value`)
[Environment]::SetEnvironmentVariable("Name", "Value")

jonbrennecke

A king is throwing a party in 24 hours and has 1000 bottles of wine. But alas, 10 enemy bandits break into his wine cellar! The king's guards catch the spies, but only after they have poisoned 1 bottle of wine. No one knows which bottle of wine was poisoned, and the poison is such that any amount of poison will kill whoever drinks it in exactly 24 hours. The king has a plan! He will use the 10 bandits (who were going to be executed anyways) to find exactly which bottle of wine was poisoned.

What is the kings plan?

jonbrennecke

Let a = b

a^2 = ab
a^2 + a^2 = a^2 + ab
2a^2 = a^2 + ab
2a^2 - 2ab = a^2 + ab - 2ab
2a^2 - 2ab = a^2 - ab
2(a^2 - ab) = a^2 - ab
2 = 1

jonbrennecke

var cp = require('child_process'),
	fs = require('fs'),
	execSync = require('exec-sync');

var fsck = cp.spawn("git", ["fsck", "--cache", "--unreachable","$(git for-each-ref --format=\"%(objectname)\")"])


var stdout = '';
fsck.stdout.on('data',function(data){
	stdout += data.toString();

jonbrennecke

OS

---

Linux Kernel X Server openbox window manager, blank config so no other programs can be activated

auto login at boot

jonbrennecke

function [data]= unitactivity(chanNum,sort,snippetWidth,snippetOffset,tank,block,data)
%chanNum = channel number from which to draw data;
%sort = cluster of units to be plotted in parallel with the EEG.  Can be any subset of sort codes for that channel or all of them
%snippetWidth = number of seconds of data to plot
%snippetOffset= number of seconds into the file to start  plotting.
%tank and block are the data source. For instance: 'D:\OptoTagging\6_16_14','6_16_14_10min_Stim'
%
%data = an optional parameter.  If a TDT block data set already exists as a structured array, the
%function will plot data from that structured array.  If the data structure
%does not yet exist, DO NOT list data as a a parameter.  ONLY input the

jonbrennecke

function [ header, records ] = edf ( filepath )

	% Parse EDF file information based on the EDF/EDF+ specs
	% @see http://www.edfplus.info/specs/index.html


	fid = fopen( filepath, 'rb' );
	data = fread(fid,256,'*char');

	% TODO regex to strip trailing whitespace