acd92fdbc0
* Remove get_stacktrace (deprecated since OTP-24) * Add DH448 support and switch to crypto:generate_key for DH25519 * Switch to crypto:hash/2 for Blake2b and support Blake2s * Switch last enacl calls to crypto - no more enacl * Eqwalizer fixes Ewqalizer fix Eqwalizer fix Eqwalizer fix Eqwalizer fix Eqwalizer support Eqwalizer fix Fix tests to follow types (remote keys) * More error handling on setup * Dialyzer fix * Write CHANGELOG * Note about type-checking in README
48 lines
1.3 KiB
Markdown
48 lines
1.3 KiB
Markdown
enoise
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=====
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An Erlang implementation of the [Noise protocol](https://noiseprotocol.org/)
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`enoise` provides a generic handshake mechanism, that can be used in a couple
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of different ways. There is also a plain `gen_tcp`-wrapper, where you can
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"upgrade" a TCP socket to a Noise socket and use it in much the same way as you
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would use `gen_tcp`.
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Interactive handshake
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---------------------
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When using `enoise` to do an interactive handshake, `enoise` will only take
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care of message composition/decompositiona and encryption/decryption - i.e. the
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user has to do the actual sending and receiving.
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An example of the interactive handshake can be seen in the `noise_interactive`
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test in `test/enoise_tests.erl`.
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Generic handshake
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-----------------
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There is also the option to use an automated handshake procedure. If provided
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with a generic _Communication state_ that describe how data is sent and
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received, the handshake procedure is done automatically. The result of a
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successful handshake is two Cipher states that can be used to encrypt/decrypt a
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RX channel and a TX channel respectively.
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The provided `gen_tcp`-wrapper is implemented using the generic handshake, see
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`src/enoise.erl`.
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Build
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-----
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$ rebar3 compile
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Test
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----
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$ rebar3 eunit
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Typecheck
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---------
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$ rebar3 dialyzer
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$ elp --eqwalize-all --rebar
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