Rating: ****
Tags: Lang:en
Publisher: Stripe Press
Added: January 7, 2022
Modified: January 7, 2022
Summary
An inside look at modern open source software
developers--and their influence on our online social
world.
"Nadia is one of today's most nuanced thinkers about the
depth and potential of online communities, and this book could
not have come at a better time."
--Devon Zuegel, director of product, communities at
GitHub
Open source software in which developers publish code that
anyone can use has long served as a bellwether for other online
behavior. In the late 1990s, it provided an optimistic model
for public collaboration, but in the last 20 years it s shifted
to solo operators who write and publish code that's consumed by
millions.
In
Working in Public , Nadia Eghbal takes an inside look
at modern open source software development, its evolution over
the last two decades, and its ramifications for an internet
reorienting itself around individual creators. Eghbal, who
interviewed hundreds of developers while working to improve
their experience at GitHub, argues that modern open source
offers us a model through which to understand the challenges
faced by online creators. She examines the trajectory of open
source projects, including:
Eghbal also scrutinizes the role of platforms like Twitter,
Facebook, Twitch, YouTube, and Instagram which reduce
infrastructure and distribution costs for creators, but which
massively increase the scope of interactions with their
audience. Open source communities are increasingly centered around the
work of individual developers rather than teams. Similarly, if
creators, rather than discrete communities, are going to become
the epicenter of our online social systems, we need to better
understand how they work and we can do so by studying what
happened to open source.
-- the platform of GitHub, for hosting and development;
-- the structures, roles, incentives, and relationships
involved;
-- the often-overlooked maintenance required of its creators;
-- and the costs of production that endure through an
application's lifetime.