Anoma.Crypto.Symmetric (Anoma v0.29.0)

Summary

Types

t()

I represent the symmetric types available to the system

xchacha()
xchacha_key()
xchacha_nonce()

Functions

decrypt(binary, sym)
decrypt_raw(binary, arg)
encrypt(message, sym)

I encrypt data given any known schema and a message.

encrypt_raw(binary, arg)

I encrypt data given any known schema and a message.

random_xchacha()
random_xchacha_key()
random_xchacha_nonce()

Types

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t()

@type t() :: xchacha()

I represent the symmetric types available to the system

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xchacha()

@type xchacha() :: {:xchacha, xchacha_key(), xchacha_nonce()}
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xchacha_key()

@type xchacha_key() :: <<_::256>>
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xchacha_nonce()

@type xchacha_nonce() :: <<_::192>>

Functions

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decrypt(binary, sym)

@spec decrypt(binary(), t()) :: term() | {:error, any()}
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decrypt_raw(binary, arg)

@spec decrypt_raw(binary(), t()) :: binary() | {:error, any()}
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encrypt(message, sym)

@spec encrypt(any(), t()) :: binary()

I encrypt data given any known schema and a message.

The message will be turned into binary via :erlang.term_to_binary, so please do not turn it to binary before hand.

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encrypt_raw(binary, arg)

@spec encrypt_raw(binary(), t()) :: binary()

I encrypt data given any known schema and a message.

I am raw in that I do not serialize the data, Only use me if you know what you are doing.

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random_xchacha()

@spec random_xchacha() :: xchacha()
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random_xchacha_key()

@spec random_xchacha_key() :: xchacha_key()
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random_xchacha_nonce()

@spec random_xchacha_nonce() :: xchacha_nonce()