[2026.02.03-23.26.17:281][715]LogBfServerlessService: Verbose: FBfServerlessModule::LogCallbackImpl : [StoicBackendCore.Routing.RouteRegistry]: Matched route: POST /api/v1.0/forge/inventories/76561197976044629:f7cf0323-133f-49d6-872b-776f37ff7185/bulkDismantle - InventoryForgeV1.BulkDismantleItemsThe response looks like this:
人 民 网 版 权 所 有 ，未 经 书 面 授 权 禁 止 使 用
，这一点在搜狗输入法2026中也有详细论述
The agent was able to create a very detailed documentation about the ZX Spectrum internals. I provided a few .z80 images of games, so that it could test the emulator in a real setup with real software. Again, I removed the session and started fresh. The agent started working and ended 10 minutes later, following a process that really fascinates me, and that probably you know very well: the fact is, you see the agent working using a number of diverse skills. It is expert in everything programming related, so as it was implementing the emulator, it could immediately write a detailed instrumentation code to “look” at what the Z80 was doing step by step, and how this changed the Spectrum emulation state. In this respect, I believe automatic programming to be already super-human, not in the sense it is currently capable of producing code that humans can’t produce, but in the concurrent usage of different programming languages, system programming techniques, DSP stuff, operating system tricks, math, and everything needed to reach the result in the most immediate way.
for (let i = 0; i
Let’s now imagine that the station is depressurized and, for the first time in decades, empty, operated entirely via computers and remote control. First, NASA and its partners must accept the need to deorbit—there’s no going back to save the ISS. This could be complicated: 23 countries in the European Space Agency, as well as Japan and Canada, are involved in the ISS partnership. And then there’s Russia. The Russians have committed to supporting the ISS only until 2028. But they did agree to help NASA in a contingency deorbit situation.