Search results
A python implementation of the SP800-22 Rev 1a PRNG test suite. The NIST STS-2.1.2 implementation of the SP800-22 Rev1a tests has some problems. It tends to crash a lot and give the wrong result. This implementation provides a separate python file, one for each test and a program to read a binary data file and send it to each of the tests.
Easy test setup with Python script. Testing under the same conditions as sts-2.1.2 (NIST source code). Faster testing with multi-processing. Detailed test report output in CSV format.
This implementation provides a separate python file, one for each test and a program to read a binary data file and send it to each of the tests. The summary results are output at the end. \n
A python implementation of the SP800-22 Rev 1a PRNG test suite. The NIST STS-2.1.2 implementation of the SP800-22 Rev1a tests has some problems. It tends to crash a lot and give the wrong result. This implementation provides a separate python file, one for each test and a program to read a binary data file and send it to each of the tests.
SP 800-22 Statistical Tests for Python. This is a Python C extension based on the NIST implementation of the statistical tests outlined in SP 800-22 Rev1a. Developed and maintained by the Python community, for the Python community.
20 gru 2000 · NIST Special Publication (SP) 800-22, A Statistical Test Suite for Random and Pseudorandom Number Generators for Cryptographic Applications, discusses the randomness testing of random number and pseudorandom number generators (RNGs and PRNGs) that may be used for many purposes including cryptographic, modeling and simulation applications.
sp800_22_tests. A python implementation of the SP800-22 Rev 1a PRNG test suite. The NIST STS-2.1.2 implementation of the SP800-22 Rev1a tests has some problems. It tends to crash a lot and give the wrong result.
