This article dissects how vLLM handles generation termination by comparing token‑level EOS, token‑level stop_token_ids, and string‑level stop/stop_sequences, detailing where each check occurs, how they affect the Scheduler and Detokenizer, and how finish_reason and stop_reason are derived for the API response.
This article explores EOS as a leading Blockchain 3.0 platform, detailing its layered architecture, consensus mechanisms, resource management model, account system, smart contract framework, and how Suning leverages EOS for a scalable distributed data storage solution.
This article surveys multiple double‑spend attack vectors discovered on major public blockchains such as Bitcoin, EOS, and NEO, classifies them into verification flaws, VM execution inconsistencies, and consensus weaknesses, and proposes an efficient mitigation method based on write‑operation hashing.
The 360 Vulcan team uncovered high‑risk EOS blockchain vulnerabilities that allow remote code execution on nodes, enabling attackers to control the entire network, and reported them to EOS officials for urgent remediation before the platform goes live.
