The only supported usage is to generate one distinct random sequence from this start state. In fact since random data is cached some numbers may get reproduced if you try, but this is unpredictable. The result should be statistically completely unpredictable random values, since the scrambling is cryptographically strong and the period is ridiculously long. But the generated numbers are not to be regarded as cryptographically strong since there is no re-keying schedule.
Numbers are generated in batches and cached for speed reasons. Uses a cryptographically secure prng seeded and periodically mixed with operating system provided entropy. Note The state returned from this function cannot be used to get a reproducible random sequence as from the other rand functions, since reproducibility does not match cryptographically safe. The only supported usage is to generate one distinct random sequence from this start state.
In fact since random data is cached some numbers may get reproduced if you try, but this is unpredictable. The result should be statistically completely unpredictable random values, since the scrambling is cryptographically strong and the period is ridiculously long. But the generated numbers are not to be regarded as cryptographically strong since there is no re-keying schedule.
Linked in drivers on MacOSX are not compiled with the undocumented -lbundle1. Thanks to Sean Hinde who sent us a patch. Linked in driver in crypto, and port programs in ssl, now compiles on OSF1. If the port to the driver that crypto uses is unexpectedly closed which should not happen during normal operation of crypto , crypto will terminate immediately rather than crashing the next time crypto is used.
Also corrected build problems on Mac OS X. The object file was missing as well as an example makefile. That is not longer the case. The current version of Crypto requires dynamically linked OpenSSL libraries that the user has to install. The library needed is libcrypto.
Only use this if the system you are running on does not have enough "randomness" built in. Uses the crypto library pseudo-random number generator. Hi must be larger than Lo. Uses a cryptographically secure prng seeded and periodically mixed with operating system provided entropy. Note The state returned from this function cannot be used to get a reproducible random sequence as from the other rand functions, since reproducibility does not match cryptographically safe.
The only supported usage is to generate one distinct random sequence from this start state.
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