Increase swap space, switch to a 64-bit kernel to use Nix aarch64 packages,
and use Nix packages where possible. At the time of this writing it was
only necessary to build PureScript (purs) itself; you can check Hydra to see
This document describes how to build a statically linked binary of Elm 0.19.1 for Linux x64 using docker. The binary is built using Alpine Linux in order to easily link it statically to musl libc. This is how the official Elm 0.19.1 Linux binary is built.
Elm is currently distributed using npm. For Linux x64 (but this applies to any architecture), this requires to have a single x64 binary that works on all Linux x64 distributions. This is considerably easier to achieve by building a statically linked binary that will only depend on the Linux kernel ABI and System Call Interface but not on userpace libraries (see here for a compatibility survey of a dynamically built executable).
| ; Short guide to UDP/IP Client/Server programming in Common Lisp using usockets | |
| ; | |
| ; The main reason for this guide is because there are very few examples that | |
| ; explain how to get started with socket programming with Common Lisp that I | |
| ; could understand. | |
| ; After working on a short example on TCP, I found the | |
| ; need for a UDP tutorial. So, here goes. | |
| ; As usual, we will use quicklisp to load usocket. |
| """making a dataframe""" | |
| df = pd.DataFrame([[1, 2], [3, 4]], columns=list('AB')) | |
| """quick way to create an interesting data frame to try things out""" | |
| df = pd.DataFrame(np.random.randn(5, 4), columns=['a', 'b', 'c', 'd']) | |
| """convert a dictionary into a DataFrame""" | |
| """make the keys into columns""" | |
| df = pd.DataFrame(dic, index=[0]) |