I know, right? Rails. That old thing ? People still use that ? But as I was doing this purely for fun, I decided to forgo the usual stacks-du-jour at $DAYJOB, and go back to my “first love” of Ruby. I also figured it would be a great opportunity to get re-acquainted with the framework that shook things up so much in the early 2000s. I’d been keeping half an eye on it over the years but it’s been a long time since I’ve done anything serious with Rails. The last time I properly sat down with it was probably around the Rails 3-4 era about 13-14 years ago now. Life moved on, I got deep into infrastructure and DevOps work, and Rails faded into the background of my tech stack.
rcli cleanup # remove unused models
，更多细节参见新收录的资料
围绕提升产业链供应链韧性，支持制造业高端化智能化发展。山东顺发重工有限公司一直深耕高端制造细分领域。2025年下半年，企业接到大额订单，急需资金采购原材料、扩大产能，资金缺口成为制约其生产交付的难题。农业银行山东分行基于企业创新能力、知识产权等数据迅速完成企业信用评估，仅用2个工作日就完成800万元“科捷贷”审批发放，高效解决企业急难愁盼问题。及时充沛的金融活水帮助企业顺利完成订单交付，助力其产能稳步提升、市场份额持续扩大。截至目前，农业银行已累计为超7000户科技型小微企业发放“科捷贷”超百亿元，以全线上、高效率的服务模式破解科技型小微企业“融资难、融资慢”的痛点，精准滴灌科创“幼苗”。
Бывшего замдиректора «Калашникова» арестовалиТАСС: Арестован экс-замдиректора по закупкам и логистике в концерне «Калашников»。业内人士推荐PDF资料作为进阶阅读
Created a Chef recipe template for Python apps。新收录的资料对此有专业解读
第一条路线是超导量子计算。这是目前最主流、商业化程度最高的技术路线。谷歌、IBM、英特尔、Rigetti，以及中国的本源量子，都在这个方向上投入了大量资源。超导量子芯片的基本原理是：在接近绝对零度的极低温环境下，利用超导电路中的“约瑟夫森效应”来创建量子比特。这种路线的优点是：量子门操作速度快、与现有半导体制造工艺兼容、易于规模化。缺点是：需要极其昂贵的低温稀释制冷机、量子比特的相干时间有限、对环境噪声极度敏感。