Max max-mapper

The instructions were tested on a Lenovo X1 Carbon 5th Gen (X1C5) on Arch Linux but should be applicable to other Lenovo models and Linux distributions.

BACKUP YOUR DATA! I created a bootable Ubuntu Image like this:

$ sudo sh -c 'curl --location --silent --fail "http://releases.ubuntu.com/18.04/ubuntu-18.04.1-desktop-amd64.iso" | pv > /dev/<your-usb-drive>'
# note that pv is only there to show progress, it is perfectly fine to redirect curl to the usb drive directly.

then I booted from this drive by pressing F12 on reboot and dumped my NVMe disk to an external hard drive like this:

Smallest Lenses Adaptable to the Sony a7

This has been moved to a blog post.

From Fabrice Bellard, with minor name change (umulh):

// return the high 32 bit part of the 64 bit addition of (hi0, lo0) and (hi1, lo1)
Math.iaddh(lo0, hi0, lo1, hi1)

// return the high 32 bit part of the 64 bit subtraction of (hi0, lo0) and (hi1, lo1)
Math.isubh(lo0, hi0, lo1, hi1)

// return the high 32 bit part of the signed 64 bit product of the 32 bit numbers a and b

Go to https://github.com/bmpvieira/heroku-dat-template and click Deploy;
Choose a name (like test-dat);
Wait for deploy to finish and click "View it" (http://test-dat.herokuapp.com);
Click import -> paste JSON -> Copy/Paste example;
Do dat clone http://test-dat.herokuapp.com and cd into folder;
Do dat serve and go to localhost:6461;
PROBLEM 1: No data;
Kill, do echo '{"hello":"world"}'|dat import --json and serve again;
Now there's some data, kill and do dat push http://test-dat.herokuapp.com
PROBLEM 2: Nothing changed on Heroku

	library(raster)
	library(cartography)
	library(sf)
	library(SpatialPosition)

	mtq <- st_read(system.file("shape/martinique.shp", package="cartography"))
	# use WGS84 proj
	mtq_latlon <- st_transform(mtq, 4326)
	# this call throw an error but seems to work...
	getData('SRTM', lon=-61, lat=14)

	#!/usr/bin/env python
	# -*- coding:utf-8 vi:noet
	# RTSP/H264 simple camera DVR

	__author__ = "Jérôme Carretero <[email protected]>"
	__license__ = "MIT"

	import sys, io, os, re, time, datetime

	import gi

	for f in *.jpg; do
	convert ./"$f" -gravity center -resize 1137 -extent 1137x640 -blur 0x4 ./finalcat/"new-$f"
	convert ./finalcat/"new-$f" -page +248 ./"$f" -flatten ./finalcat/"new-$f"
	done

	/*
	Openshift uses haproxy (haproxy.org) as a front proxy to route request to instances of the app.
	This proxy does the job of unwrapping https and sets the 'x-forwarded-proto' header.
	Because of this, the Node.JS app never sees the actual protocol of the request, unless it checks the presence of this header.
	I modified the code written by goloroden (https://github.com/goloroden/node-force-domain) to check this header instead of ports.
	This gist does exactly what his code does, except checks for actual protocol instead of relying on the port for the protocol.
	*/

	var rewrite = function (route, options) {
	options = _.defaults({

	{
	"name" : basename.replace(/^node-/, ''),
	"description" : prompt(),
	"version" : "0.0.0",
	"repository" : {
	"type" : "git",
	"url" : "git://github.com/juliangruber/" + basename + ".git"
	},
	"homepage": "https://github.com/juliangruber/" + basename,
	"main" : prompt('entry point', 'index.js'),