trivium | simple golang implementation of the lightweight trivium
kandi X-RAY | trivium Summary
kandi X-RAY | trivium Summary
A simple golang implementation of the lightweight trivium stream cipher. DISCLAIMER: This package is purely for fun and makes no claim or waranty of security. Do not use this package to encrypt any sensitive information. Trivium is a light weight stream cipher developed to be particularly efficient in hardware. The trivium specification is This is a straighforward implementation based on the specification using SWAR calculations to calculate up to 64 bits at a time.
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Top functions reviewed by kandi - BETA
- Main entry point
- NewTrivium returns a Trivium .
- openFile opens a file
- createFile creates a new file
- NextBytes returns n bytes from the trie .
- reverseByte reverses reverse byte order
trivium Key Features
trivium Examples and Code Snippets
Community Discussions
Trending Discussions on trivium
QUESTION
I'm trying to analyse phase shift fault analysis in trivium and came across a system of non-linear equations to solve. I read about sat-solvers and Gaussian elimination but unfortunately, none of the articles I found on the internet shows how to tackle a non-linear system of equations with a large number of variables (here trivium gives 288 variables). So I'm pretty much stuck now on how to solve for these variables.
...ANSWER
Answered 2018-Jul-19 at 02:45I'd recommend taking a look at an SMT solver, e.g. Z3. With SMT you can express Boolean equations and inequalities in a natural way instead of bit-blasting everything down to a SAT instance. There's plenty of documentation online to get you started.
QUESTION
We are currently testing "aerospike". But there are certain points in the documentation that we do not understand with reference to the keys.
...ANSWER
Answered 2017-Feb-06 at 07:14You can use one filter in a query. That filter, in your case, the equality filter, is on the public_profile bin. To use the filter, you must build a secondary index (SI) on public_profile bin, however SIs can only be on bins containing numeric or string data type. So to do what you are trying to do, change public_profile to a numeric entry say 0 or 1, then add a secondary index on that bin and use the equality filter on the value of 0 or 1. While you can build multiple SIs, you can only invoke one filter in a any given query. You cannot chain multiple filters with an "AND". If you have to use multiple filters, you will have to write Stream UDFs (User Defined Functions). You can use AQL to define SIs, you just have to do once.
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