Skip to main content

Boost on OS X using the brew boost keg

I was installing boost today using the *brew keg*, which shows it's for the latest version, 1.55.0, but I kept running into errors.
  1. --HEAD
  2. --with-mpi
In the case of #1, it kept puking every time it tried to grab boost from svn. In the case of #2, no matter what I did, including this option kept giving a warning about Python support soon to be deprecated. And yes, I tried the
--without-python`
option. It just wasn't happening. I don't know if it's a problem with the keg, or a problem with this particular build of Boost. Finally, I was successfully able to get things to build using:
brew install boost --c++11 --with-icu --without-python --without-single

Comments

Popular posts from this blog

Install current SBCL on OS X

You must have Command Line Tools installed. If you don't , this tutorial is not for you. Google: installation of XCode and Command Line Tools. Normally, I use brew to install things (when it offers a solution), but in this case the keg version was a couple minor version's off. And, there had been sufficient addition's that motivated me to want the current release. So, building from source was the path of least resistance. First, what not to do : The note's caution against using OS X's Terminal , as their make.sh script pukes a shit-ton of text during the build, and according to them, it can slow the build. I did not experience an issue with this, compared to other builds I've done in the past.   BUT , they also say build can be accomplished with other LISP's installed (you must have a lisp installed prior to building). OMFG , unless you want to wait a month of Sunday's, my experience building with CLISP was slower than the Molasses in January.  D

React Simplicity

This is just a quick intro to React to show how easy it is on a very basic level. React is often compared to Angular, but the two are very different: Angular is more of a framework , whereas React is more of a library . So, with React, we can make Components, and in so doing, we can intersperse plain Javascript to instill behavior. This article is not showing (or using) best practices, or a recommended structure. It's purpose is only to show how easy the basic mechanics of React are. Let's grab the getting started cli from React's page npm install -g create-react-app create-react-app my-app cd my-app npm start After this is done, and you have the project displayed in your browser, let's experiment. A boiler-plate header we can use for each new class can be as simple as: /src/Foo.js import React, { Component } from 'react'; class Foo extends Component { render(){ return(); } } export default Foo; So, all that we need to change to get st

Screen Scraping in Ruby with Watir and Nokogiri

I was given an interesting challenge to scrape some data from a specific site.  Not to write a completed, packaged solution, but rather just to scrape the data.  The rub being, the site uses Javascript paging, so one couldn't simply use something like Mechanize.  While a self-contained product would require inclusion of V8 (as the Javascript would need to be run and evaluated), to just scrape the data allows making use of whatever is easy and available.  Enter Watir . Watir allows "mechanized/automated" browser control.  Essentially, we can script a browser to go to pages, click links, fill out forms, and what have you.  It's mainstay is in testing, but it's also pretty damned handy in cases where we need some Javascript on a page processed... like in this case.  Keep in mind though, it is literally automating a browser, so you'll see your browser open and navigate to pages, etc. when the script runs.  But, there is also a headless browser option.  This is