Arie/serveme

# typed: true

# DO NOT EDIT MANUALLY
# This is an autogenerated file for types exported from the `ed25519` gem.
# Please instead update this file by running `bin/tapioca gem ed25519`.

# The Ed25519 digital signatre algorithm
#
# source://ed25519//lib/ed25519/version.rb#3
module Ed25519
  private

  # Perform a self-test to ensure the selected provider is working
  #
  # source://ed25519//lib/ed25519.rb#48
  def self_test; end

  # Ensure a serialized key meets the requirements
  #
  # source://ed25519//lib/ed25519.rb#40
  def validate_key_bytes(key_bytes); end

  class << self
    # Obtain the backend provider module used to perform signatures
    #
    # source://ed25519//lib/ed25519.rb#26
    def provider; end

    # Obtain the backend provider module used to perform signatures
    #
    # source://ed25519//lib/ed25519.rb#26
    def provider=(_arg0); end

    # Perform a self-test to ensure the selected provider is working
    #
    # @raise [SelfTestFailure]
    #
    # source://ed25519//lib/ed25519.rb#48
    def self_test; end

    # Ensure a serialized key meets the requirements
    #
    # @raise [TypeError]
    #
    # source://ed25519//lib/ed25519.rb#40
    def validate_key_bytes(key_bytes); end
  end
end

# Size of an Ed25519 key (public or private) in bytes
#
# source://ed25519//lib/ed25519.rb#13
Ed25519::KEY_SIZE = T.let(T.unsafe(nil), Integer)

module Ed25519::Provider; end

module Ed25519::Provider::Ref10
  class << self
    def create_keypair(_arg0); end
    def sign(_arg0, _arg1); end
    def verify(_arg0, _arg1, _arg2); end
  end
end

# Size of an Ed25519 signature in bytes
#
# source://ed25519//lib/ed25519.rb#16
Ed25519::SIGNATURE_SIZE = T.let(T.unsafe(nil), Integer)

# Raised when the built-in self-test fails
#
# source://ed25519//lib/ed25519.rb#22
class Ed25519::SelfTestFailure < ::StandardError; end

# Private key for producing digital signatures
#
# source://ed25519//lib/ed25519/signing_key.rb#7
class Ed25519::SigningKey
  # Create a new Ed25519::SigningKey from the given seed value
  #
  # @param seed [String] 32-byte seed value from which the key should be derived
  # @return [SigningKey] a new instance of SigningKey
  #
  # source://ed25519//lib/ed25519/signing_key.rb#30
  def initialize(seed); end

  # String inspection that does not leak secret values
  #
  # source://ed25519//lib/ed25519/signing_key.rb#48
  def inspect; end

  # Returns the value of attribute keypair.
  #
  # source://ed25519//lib/ed25519/signing_key.rb#8
  def keypair; end

  # Returns the value of attribute seed.
  #
  # source://ed25519//lib/ed25519/signing_key.rb#8
  def seed; end

  # Sign the given message, returning an Ed25519 signature
  #
  # @param message [String] message to be signed
  # @return [String] 64-byte Ed25519 signature
  #
  # source://ed25519//lib/ed25519/signing_key.rb#43
  def sign(message); end

  # Return a bytestring representation of this signing key
  #
  # @return [String] signing key converted to a bytestring
  #
  # source://ed25519//lib/ed25519/signing_key.rb#55
  def to_bytes; end

  # Return a bytestring representation of this signing key
  #
  # @return [String] signing key converted to a bytestring
  #
  # source://ed25519//lib/ed25519/signing_key.rb#55
  def to_str; end

  # Returns the value of attribute verify_key.
  #
  # source://ed25519//lib/ed25519/signing_key.rb#8
  def verify_key; end

  class << self
    # Create a SigningKey from a 64-byte Ed25519 keypair (i.e. public + private)
    #
    # @param keypair [String] 64-byte keypair value containing both seed + public key
    # @raise [TypeError]
    #
    # source://ed25519//lib/ed25519/signing_key.rb#18
    def from_keypair(keypair); end

    # Generate a random Ed25519 signing key (i.e. private scalar)
    #
    # source://ed25519//lib/ed25519/signing_key.rb#11
    def generate; end
  end
end

# source://ed25519//lib/ed25519/version.rb#4
Ed25519::VERSION = T.let(T.unsafe(nil), String)

# Raised when a signature fails to verify
#
# source://ed25519//lib/ed25519.rb#19
class Ed25519::VerifyError < ::StandardError; end

# Public key for verifying digital signatures
#
# source://ed25519//lib/ed25519/verify_key.rb#5
class Ed25519::VerifyKey
  # Create a Ed25519::VerifyKey from its serialized Twisted Edwards representation
  #
  # @param key [String] 32-byte string representing a serialized public key
  # @return [VerifyKey] a new instance of VerifyKey
  #
  # source://ed25519//lib/ed25519/verify_key.rb#9
  def initialize(key); end

  # Show hex representation of serialized coordinate in string inspection
  #
  # source://ed25519//lib/ed25519/verify_key.rb#41
  def inspect; end

  # Return a compressed twisted Edwards coordinate representing the public key
  #
  # @return [String] bytestring serialization of this public key
  #
  # source://ed25519//lib/ed25519/verify_key.rb#35
  def to_bytes; end

  # Return a compressed twisted Edwards coordinate representing the public key
  #
  # @return [String] bytestring serialization of this public key
  #
  # source://ed25519//lib/ed25519/verify_key.rb#35
  def to_str; end

  # Verify an Ed25519 signature against the message
  #
  # @param signature [String] 64-byte string containing an Ed25519 signature
  # @param message [String] string containing message to be verified
  # @raise Ed25519::VerifyError signature verification failed
  # @return [true] message verified successfully
  #
  # source://ed25519//lib/ed25519/verify_key.rb#22
  def verify(signature, message); end
end