That should be their slogan.
edit: added slave labor, unfair market practices edit: added hazmat
Judging by the state of the US, you're much more likely to be right than I am, you cynical bastard!
Trains are awesome and I fully support them but let's not be idealistic here and pretend that true self driving cars will never happen.
Edit: jokes on you! I made a grammatical correction that makes your reply IRRELEVANT. 😉
Any other implementation puts profits over human lives.
The Finest Possible Caprese Sandwich:
Yes. Case in point: there are at least 10 Lemmy iOS apps. I'll give you ten guesses on which ones are actually native Swift...
There are a quite a few Android apps in progress too. How many are written in Kotlin?
Yes. What a strange question...as if hivemind fads are somehow relevant to the merits of a technology.
There are plenty of useful, novel applications for AI just like there are PLENTY of useful, novel applications for crypto. Just because the hivemind has turned to a new fad in technology doesn't mean that actual, intelligent people just stop using these novel technologies. There are legitimate use-cases for both AI and crypto. Degenerate gamblers and Do Kwan/SBF just caused a pendulum swing on crypto...nothing changed about the technology. It's just that the public has had their opinions shifted temporarily.
Over the last decade, free software developers have been repeatedly tempted by development tools that offer the ability to build free software more efficiently or powerfully.
The only cost, we are told, is that the tools themselves are nonfree or run as network services with code we cannot see, copy, or run ourselves. In their decisions to use these tools and services—services such as BitKeeper, SourceForge, Google Code and GitHub—free software developers have made “ends-justify-the-means” decisions that trade away the freedom of both their developer communities and their users. These decisions to embrace nonfree and private development tools undermine our credibility in advocating for software freedom and compromise our freedom, and that of our users, in ways that we should reject.
In 2002, Linus Torvalds announced that the kernel Linux would move to the “BitKeeper” distributed version control system (DVCS). While the decision generated much alarm and debate, BitKeeper allowed kernel developers to work in a distributed fashion in a way that, at the time, was unsupported by free software tools—some Linux developers decided that benefits were worth the trade-off in developers' freedom. Three years later the skeptics were vindicated when BitKeeper's owner, Larry McVoy, revoked several core kernel developers' gratis licenses to BitKeeper after Andrew Tridgell attempted to write a free replacement for BitKeeper. Kernel developers were forced to write their own free software replacement: the project now known as Git.
Of course, free software's relationships to nonfree development tools is much larger than BitKeeper. The source to the free software development support service SourceForge was once available to its users but its authors have returned to a completely closed model. While SourceForge is built using free software, SourceForge users interact with the software over the web. Because users never have any copy of the SourceForge software, they can never demand source. Similar projects like CollabNet's Tigris.org, Google Code's “Open Source Project Hosting” services, and GitHub, each served similar purposes and have kept their code similarly out of reach. Their services are often provided without charge and promoted for free software development, but this commitment does not extend to their own software that runs the development platforms. The source code to each of these systems remains private and unmodifiable by the developers using the services.
These nonfree development tools present a dilemma for many free software developers. The goal of many of these tools is, through more efficient free software development, more free software and more freedom. CollabNet, Google and GitHub each claim to want free software to succeed and claim they want to help it. For a series of reasons though these companies choose to support software freedom through means that are less in line with free software ethics than the ones they seek to create. The result is developers who are disempowered. The software freedom of the code these hackers produce is contingent on unacceptable exclusivity.
First, the use of nonfree tools sends an unacceptable message to users of the free software produced. “Software freedom is important for you as users,” developers seem to say, “but not for us.” Such behavior undermines the basic effectiveness of the strong ethical commitment at the heart of the free software movement. As those that are already committed to free software, we should demonstrate that we can succeed—and thrive—using free software. We should support free alternatives to proprietary systems such as Savane which can replace SourceForge or Google Code and runs GNU Savannah, or Gitorious which can replace GitHub—by using them and by improving them in the areas where they fall short.
Secondly, we should realize that, going forward, the software we produce is only as free as the software it depends on for its continued use, distribution, and evolution.
The GNU GPL license and source code mean little to a user attempting to modify a program without free access to the software required to make that modification. It is not only developers' freedom at stake but, eventually, their users and all future “downstream” developers as well. Those choosing to use nonfree tools put everyone at the whim of the groups and individuals who produce the tools they depend on.
While proprietary development tools may help free software developers create more free software in the short term, it is at an unacceptable cost. In the controversial area of private software and network services, free software developers should err on the side of “too much” freedom. To compromise our principles in attempts to achieve more freedom is self-defeating, unstable, and ultimately unfair, to our users and to the larger free software development community.
Just as the early GNU maintainers first focused on creating free tools for creating free software, we should ensure that we can produce software freely and using unambiguously free tools. Our failure to do so will result in software that is, indirectly, less free. We should resist using tools that do not allow us the freedoms we are trying to provide our users in the development of their software and we should apply pressure on the producers of our development tools. Free software has not achieved success by compromising our principles. We will not be well served, technically, pragmatically, or ethically, by compromising on freedom of the tools we use to build a free world.
cross-posted from: https://programming.dev/post/719255
Back Cover Text
The software development community widely acknowledges that domain modeling is central to software design. Through domain models, software developers are able to express rich functionality and translate it into a software implementation that truly serves the needs of its users. But despite its obvious importance, there are few practical resources that explain how to incorporate effective domain modeling into the software development process.
Domain-Driven Design fills that need. This is not a book about specific technologies. It offers readers a systematic approach to domain-driven design, presenting an extensive set of design best practices, experience-based techniques, and fundamental principles that facilitate the development of software projects facing complex domains. Intertwining design and development practice, this book incorporates numerous examples based on actual projects to illustrate the application of domain-driven design to real-world software development.
Readers learn how to use a domain model to make a complex development effort more focused and dynamic. A core of best practices and standard patterns provides a common language for the development team. A shift in emphasis—refactoring not just the code but the model underlying the code—in combination with the frequent iterations of Agile development leads to deeper insight into domains and enhanced communication between domain expert and programmer. Domain-Driven Design then builds on this foundation, and addresses modeling and design for complex systems and larger organizations.
Specific topics covered include:
- Getting all team members to speak the same language
- Connecting model and implementation more deeply
- Sharpening key distinctions in a model
- Managing the lifecycle of a domain object
- Writing domain code that is safe to combine in elaborate ways
- Making complex code obvious and predictable
- Formulating a domain vision statement
- Distilling the core of a complex domain
- Digging out implicit concepts needed in the model
- Applying analysis patterns
- Relating design patterns to the model
- Maintaining model integrity in a large system
- Dealing with coexisting models on the same project
- Organizing systems with large-scale structures
- Recognizing and responding to modeling breakthroughs
With this book in hand, object-oriented developers, system analysts, and designers will have the guidance they need to organize and focus their work, create rich and useful domain models, and leverage those models into quality, long-lasting software implementations.
I got you, fam(ily). It has a real smooth, simple ring to it. ;)