JM プロジェクトは、主に Linux 関連のマニュアルページの日本語ページを翻訳・公開しています。
... for details. When read, the /dev/urandom device returns random bytes using a pseudorandom number generator seeded from the entropy pool. Reads from this device do not block (i.e., the CPU is not yielded), but can incur an appreciable delay when requesti ... ng large amounts of data. When read during early boot time, /dev/urandom may return data prior to the entropy pool being initialized. If this is of concern in your application, use getrandom (2) or /dev/random instead. The /dev/rand ... random were not widely trusted. It will return random bytes only within the estimated number of bits of fresh noise in the entropy pool, blocking if necessary. /dev/random is suitable for applications that need high quality randomness, and can afford in ... ... for details. When read, the /dev/urandom device returns random bytes using a pseudorandom number generator seeded from the entropy pool. Reads from this device do not block (i.e., the CPU is not yielded), but can incur an appreciable delay when requesti ... ng large amounts of data. When read during early boot time, /dev/urandom may return data prior to the entropy pool being initialized. If this is of concern in your application, use getrandom (2) or /dev/random instead. The /dev/rand ... random were not widely trusted. It will return random bytes only within the estimated number of bits of fresh noise in the entropy pool, blocking if necessary. /dev/random is suitable for applications that need high quality randomness, and can afford in ... 日本語の文書やマニュアルを配布している個人/プロジェクトへのリンクです。