proofmode 0.9.0

# This file was autogenerated by some hot garbage in the `uniffi` crate.
# Trust me, you don't want to mess with it!

# Common helper code.
#
# Ideally this would live in a separate .rb file where it can be unittested etc
# in isolation, and perhaps even published as a re-useable package.
#
# However, it's important that the details of how this helper code works (e.g. the
# way that different builtin types are passed across the FFI) exactly match what's
# expected by the rust code on the other side of the interface. In practice right
# now that means coming from the exact some version of `uniffi` that was used to
# compile the rust component. The easiest way to ensure this is to bundle the Ruby
# helpers directly inline like we're doing here.

require 'ffi'


module Proofmode
  def self.uniffi_in_range(i, type_name, min, max)
  raise TypeError, "no implicit conversion of #{i} into Integer" unless i.respond_to?(:to_int)
  i = i.to_int
  raise RangeError, "#{type_name} requires #{min} <= value < #{max}" unless (min <= i && i < max)
  i
end

def self.uniffi_utf8(v)
  raise TypeError, "no implicit conversion of #{v} into String" unless v.respond_to?(:to_str)
  v = v.to_str.encode(Encoding::UTF_8)
  raise Encoding::InvalidByteSequenceError, "not a valid UTF-8 encoded string" unless v.valid_encoding?
  v
end

def self.uniffi_bytes(v)
  raise TypeError, "no implicit conversion of #{v} into String" unless v.respond_to?(:to_str)
  v.to_str
end

  class RustBuffer < FFI::Struct
  layout :capacity, :uint64,
         :len,      :uint64,
         :data,     :pointer

  def self.alloc(size)
    return Proofmode.rust_call(:ffi_proofmode_rustbuffer_alloc, size)
  end

  def self.reserve(rbuf, additional)
    return Proofmode.rust_call(:ffi_proofmode_rustbuffer_reserve, rbuf, additional)
  end

  def free
    Proofmode.rust_call(:ffi_proofmode_rustbuffer_free, self)
  end

  def capacity
    self[:capacity]
  end

  def len
    self[:len]
  end

  def len=(value)
    self[:len] = value
  end

  def data
    self[:data]
  end

  def to_s
    "RustBuffer(capacity=#{capacity}, len=#{len}, data=#{data.read_bytes len})"
  end

  # The allocated buffer will be automatically freed if an error occurs, ensuring that
  # we don't accidentally leak it.
  def self.allocWithBuilder
    builder = RustBufferBuilder.new

    begin
      yield builder
    rescue => e
      builder.discard
      raise e
    end
  end

  # The RustBuffer will be freed once the context-manager exits, ensuring that we don't
  # leak it even if an error occurs.
  def consumeWithStream
    stream = RustBufferStream.new self

    yield stream

    raise RuntimeError, 'junk data left in buffer after consuming' if stream.remaining != 0
  ensure
    free
  end# The primitive String type.

  def self.allocFromString(value)
    RustBuffer.allocWithBuilder do |builder|
      builder.write value.encode('utf-8')
      return builder.finalize
    end
  end

  def consumeIntoString
    consumeWithStream do |stream|
      return stream.read(stream.remaining).force_encoding(Encoding::UTF_8)
    end
  end

  # The primitive Bytes type.

  def self.allocFromBytes(value)
    RustBuffer.allocWithBuilder do |builder|
      builder.write_Bytes(value)
      return builder.finalize
    end
  end

  def consumeIntoBytes
    consumeWithStream do |stream|
      return stream.readBytes
    end
  end

  def self.alloc_from_Timestamp(v)
    RustBuffer.allocWithBuilder do |builder|
      builder.write_Timestamp(v)
      return builder.finalize
    end
  end

  def consumeIntoTimestamp
    consumeWithStream do |stream|
      return stream.readTimestamp
    end
  end

  # The Record type DeviceInfo.

  def self.check_lower_TypeDeviceInfo(v)
    
    
    
    
    RustBuffer.check_lower_Optionalstring(v.imei)
  end

  def self.alloc_from_TypeDeviceInfo(v)
    RustBuffer.allocWithBuilder do |builder|
      builder.write_TypeDeviceInfo(v)
      return builder.finalize
    end
  end

  def consumeIntoTypeDeviceInfo
    consumeWithStream do |stream|
      return stream.readTypeDeviceInfo
    end
  end

  # The Record type LocationInfo.

  def self.check_lower_TypeLocationInfo(v)
    
    
    RustBuffer.check_lower_Optionalf64(v.altitude)
    RustBuffer.check_lower_Optionalf64(v.accuracy)
    
  end

  def self.alloc_from_TypeLocationInfo(v)
    RustBuffer.allocWithBuilder do |builder|
      builder.write_TypeLocationInfo(v)
      return builder.finalize
    end
  end

  def consumeIntoTypeLocationInfo
    consumeWithStream do |stream|
      return stream.readTypeLocationInfo
    end
  end

  # The Record type NetworkInfo.

  def self.check_lower_TypeNetworkInfo(v)
    
    RustBuffer.check_lower_Optionalstring(v.carrier)
    RustBuffer.check_lower_Optionalstring(v.cell_tower_id)
    RustBuffer.check_lower_Optionalstring(v.wifi_ssid)
  end

  def self.alloc_from_TypeNetworkInfo(v)
    RustBuffer.allocWithBuilder do |builder|
      builder.write_TypeNetworkInfo(v)
      return builder.finalize
    end
  end

  def consumeIntoTypeNetworkInfo
    consumeWithStream do |stream|
      return stream.readTypeNetworkInfo
    end
  end

  

  # The Optional<T> type for f64.

  def self.check_lower_Optionalf64(v)
    if not v.nil?
      
    end
  end

  def self.alloc_from_Optionalf64(v)
    RustBuffer.allocWithBuilder do |builder|
      builder.write_Optionalf64(v)
      return builder.finalize()
    end
  end

  def consumeIntoOptionalf64
    consumeWithStream do |stream|
      return stream.readOptionalf64
    end
  end

  # The Optional<T> type for string.

  def self.check_lower_Optionalstring(v)
    if not v.nil?
      
    end
  end

  def self.alloc_from_Optionalstring(v)
    RustBuffer.allocWithBuilder do |builder|
      builder.write_Optionalstring(v)
      return builder.finalize()
    end
  end

  def consumeIntoOptionalstring
    consumeWithStream do |stream|
      return stream.readOptionalstring
    end
  end

  # The Optional<T> type for bytes.

  def self.check_lower_Optionalbytes(v)
    if not v.nil?
      
    end
  end

  def self.alloc_from_Optionalbytes(v)
    RustBuffer.allocWithBuilder do |builder|
      builder.write_Optionalbytes(v)
      return builder.finalize()
    end
  end

  def consumeIntoOptionalbytes
    consumeWithStream do |stream|
      return stream.readOptionalbytes
    end
  end

  # The Optional<T> type for TypeDeviceInfo.

  def self.check_lower_OptionalTypeDeviceInfo(v)
    if not v.nil?
      RustBuffer.check_lower_TypeDeviceInfo(v)
    end
  end

  def self.alloc_from_OptionalTypeDeviceInfo(v)
    RustBuffer.allocWithBuilder do |builder|
      builder.write_OptionalTypeDeviceInfo(v)
      return builder.finalize()
    end
  end

  def consumeIntoOptionalTypeDeviceInfo
    consumeWithStream do |stream|
      return stream.readOptionalTypeDeviceInfo
    end
  end

  # The Optional<T> type for TypeLocationInfo.

  def self.check_lower_OptionalTypeLocationInfo(v)
    if not v.nil?
      RustBuffer.check_lower_TypeLocationInfo(v)
    end
  end

  def self.alloc_from_OptionalTypeLocationInfo(v)
    RustBuffer.allocWithBuilder do |builder|
      builder.write_OptionalTypeLocationInfo(v)
      return builder.finalize()
    end
  end

  def consumeIntoOptionalTypeLocationInfo
    consumeWithStream do |stream|
      return stream.readOptionalTypeLocationInfo
    end
  end

  # The Optional<T> type for TypeNetworkInfo.

  def self.check_lower_OptionalTypeNetworkInfo(v)
    if not v.nil?
      RustBuffer.check_lower_TypeNetworkInfo(v)
    end
  end

  def self.alloc_from_OptionalTypeNetworkInfo(v)
    RustBuffer.allocWithBuilder do |builder|
      builder.write_OptionalTypeNetworkInfo(v)
      return builder.finalize()
    end
  end

  def consumeIntoOptionalTypeNetworkInfo
    consumeWithStream do |stream|
      return stream.readOptionalTypeNetworkInfo
    end
  end

  # The Sequence<T> type for string.

  def self.check_lower_Sequencestring(v)
    v.each do |item|
      
    end
  end

  def self.alloc_from_Sequencestring(v)
    RustBuffer.allocWithBuilder do |builder|
      builder.write_Sequencestring(v)
      return builder.finalize()
    end
  end

  def consumeIntoSequencestring
    consumeWithStream do |stream|
      return stream.readSequencestring
    end
  end

  # The Map<T> type for string.

  def self.check_lower_MapStringString(v)
    v.each do |k, v|
      
      
    end
  end

  def self.alloc_from_MapStringString(v)
    RustBuffer.allocWithBuilder do |builder|
      builder.write_MapStringString(v)
      return builder.finalize
    end
  end

  def consumeIntoMapStringString
    consumeWithStream do |stream|
      return stream.readMapStringString
    end
  end
end

module UniFFILib
  class ForeignBytes < FFI::Struct
    layout :len,      :int32,
           :data,     :pointer

    def len
      self[:len]
    end

    def data
      self[:data]
    end

    def to_s
      "ForeignBytes(len=#{len}, data=#{data.read_bytes(len)})"
    end
  end
end

private_constant :UniFFILib
  
# Helper for structured reading of values from a RustBuffer.
class RustBufferStream

  def initialize(rbuf)
    @rbuf = rbuf
    @offset = 0
  end

  def remaining
    @rbuf.len - @offset
  end

  def read(size)
    raise InternalError, 'read past end of rust buffer' if @offset + size > @rbuf.len

    data = @rbuf.data.get_bytes @offset, size

    @offset += size

    data
  end

  def readF64
    unpack_from 8, 'G'
  end

  def readBool
    v = unpack_from 1, 'c'

    return false if v == 0
    return true if v == 1

    raise InternalError, 'Unexpected byte for Boolean type'
  end

  def readString
    size = unpack_from 4, 'l>'

    raise InternalError, 'Unexpected negative string length' if size.negative?

    read(size).force_encoding(Encoding::UTF_8)
  end

  def readBytes
    size = unpack_from 4, 'l>'

    raise InternalError, 'Unexpected negative byte string length' if size.negative?

    read(size).force_encoding(Encoding::BINARY)
  end

  # The Timestamp type.
  ONE_SECOND_IN_NANOSECONDS = 10**9

  def readTimestamp
    seconds = unpack_from 8, 'q>'
    nanoseconds = unpack_from 4, 'L>'

    # UniFFi conventions assume that nanoseconds part has to represent nanoseconds portion of
    # duration between epoch and the timestamp moment. Ruby `Time#tv_nsec` returns the number of
    # nanoseconds for the subsecond part, which is sort of opposite to "duration" meaning.
    # Hence we need to convert value returned by `Time#tv_nsec` back and forth with the following
    # logic:
    if seconds < 0 && nanoseconds != 0
      # In order to get duration nsec we shift by 1 second:
      nanoseconds = ONE_SECOND_IN_NANOSECONDS - nanoseconds

      # Then we compensate 1 second shift:
      seconds -= 1
    end

    Time.at(seconds, nanoseconds, :nanosecond, in: '+00:00').utc
  end

  # The Object type MobileCallbacks.

  def readTypeMobileCallbacks
    pointer = FFI::Pointer.new unpack_from 8, 'Q>'
    return MobileCallbacks.uniffi_allocate(pointer)
  end

  # The Record type DeviceInfo.

  def readTypeDeviceInfo
    DeviceInfo.new(
      manufacturer: readString,
      model: readString,
      os_version: readString,
      device_id: readString,
      imei: readOptionalstring
    )
  end

  # The Record type LocationInfo.

  def readTypeLocationInfo
    LocationInfo.new(
      latitude: readF64,
      longitude: readF64,
      altitude: readOptionalf64,
      accuracy: readOptionalf64,
      timestamp: readTimestamp
    )
  end

  # The Record type NetworkInfo.

  def readTypeNetworkInfo
    NetworkInfo.new(
      network_type: readString,
      carrier: readOptionalstring,
      cell_tower_id: readOptionalstring,
      wifi_ssid: readOptionalstring
    )
  end

  

  

  # The Error type ProofModeError

  def readTypeProofModeError
    variant = unpack_from 4, 'l>'
    
    if variant == 1
        return ProofModeError::Io.new(
            readString()
        )
    end
    if variant == 2
        return ProofModeError::Generation.new(
            readString()
        )
    end
    if variant == 3
        return ProofModeError::Check.new(
            readString()
        )
    end

    raise InternalError, 'Unexpected variant tag for TypeProofModeError'
  end
  

  # The Optional<T> type for f64.

  def readOptionalf64
    flag = unpack_from 1, 'c'

    if flag == 0
      return nil
    elsif flag == 1
      return readF64
    else
      raise InternalError, 'Unexpected flag byte for Optionalf64'
    end
  end

  # The Optional<T> type for string.

  def readOptionalstring
    flag = unpack_from 1, 'c'

    if flag == 0
      return nil
    elsif flag == 1
      return readString
    else
      raise InternalError, 'Unexpected flag byte for Optionalstring'
    end
  end

  # The Optional<T> type for bytes.

  def readOptionalbytes
    flag = unpack_from 1, 'c'

    if flag == 0
      return nil
    elsif flag == 1
      return readBytes
    else
      raise InternalError, 'Unexpected flag byte for Optionalbytes'
    end
  end

  # The Optional<T> type for TypeDeviceInfo.

  def readOptionalTypeDeviceInfo
    flag = unpack_from 1, 'c'

    if flag == 0
      return nil
    elsif flag == 1
      return readTypeDeviceInfo
    else
      raise InternalError, 'Unexpected flag byte for OptionalTypeDeviceInfo'
    end
  end

  # The Optional<T> type for TypeLocationInfo.

  def readOptionalTypeLocationInfo
    flag = unpack_from 1, 'c'

    if flag == 0
      return nil
    elsif flag == 1
      return readTypeLocationInfo
    else
      raise InternalError, 'Unexpected flag byte for OptionalTypeLocationInfo'
    end
  end

  # The Optional<T> type for TypeNetworkInfo.

  def readOptionalTypeNetworkInfo
    flag = unpack_from 1, 'c'

    if flag == 0
      return nil
    elsif flag == 1
      return readTypeNetworkInfo
    else
      raise InternalError, 'Unexpected flag byte for OptionalTypeNetworkInfo'
    end
  end

  # The Sequence<T> type for string.

  def readSequencestring
    count = unpack_from 4, 'l>'

    raise InternalError, 'Unexpected negative sequence length' if count.negative?

    items = []

    count.times do
      items.append readString
    end

    items
  end

  # The Map<T> type for string.

  def readMapStringString
    count = unpack_from 4, 'l>'
    raise InternalError, 'Unexpected negative map size' if count.negative?

    items = {}
    count.times do
      key = readString
      items[key] = readString
    end

    items
  end

  def unpack_from(size, format)
    raise InternalError, 'read past end of rust buffer' if @offset + size > @rbuf.len

    value = @rbuf.data.get_bytes(@offset, size).unpack format

    @offset += size

    # TODO: verify this
    raise 'more than one element!!!' if value.size > 1

    value[0]
  end
end

private_constant :RustBufferStream
  
# Helper for structured writing of values into a RustBuffer.
class RustBufferBuilder
  def initialize
    @rust_buf = RustBuffer.alloc 16
    @rust_buf.len = 0
  end

  def finalize
    rbuf = @rust_buf

    @rust_buf = nil

    rbuf
  end

  def discard
    return if @rust_buf.nil?

    rbuf = finalize
    rbuf.free
  end

  def write(value)
    reserve(value.bytes.size) do
      @rust_buf.data.put_array_of_char @rust_buf.len, value.bytes
    end
  end

  def write_F64(v)
    pack_into(8, 'G', v)
  end

  def write_Bool(v)
    pack_into(1, 'c', v ? 1 : 0)
  end

  def write_String(v)
    v = Proofmode::uniffi_utf8(v)
    pack_into 4, 'l>', v.bytes.size
    write v
  end

  def write_Bytes(v)
    v = Proofmode::uniffi_bytes(v)
    pack_into 4, 'l>', v.bytes.size
    write v
  end

  # The Timestamp type.
  ONE_SECOND_IN_NANOSECONDS = 10**9

  def write_Timestamp(v)
    seconds = v.tv_sec
    nanoseconds = v.tv_nsec

    # UniFFi conventions assume that nanoseconds part has to represent nanoseconds portion of
    # duration between epoch and the timestamp moment. Ruby `Time#tv_nsec` returns the number of
    # nanoseconds for the subsecond part, which is sort of opposite to "duration" meaning.
    # Hence we need to convert value returned by `Time#tv_nsec` back and forth with the following
    # logic:
    if seconds < 0 && nanoseconds != 0
      # In order to get duration nsec we shift by 1 second:
      nanoseconds = ONE_SECOND_IN_NANOSECONDS - nanoseconds

      # Then we compensate 1 second shift:
      seconds += 1
    end

    pack_into 8, 'q>', seconds
    pack_into 4, 'L>', nanoseconds
  end

  # The Object type MobileCallbacks.

  def write_TypeMobileCallbacks(obj)
    pointer = MobileCallbacks.uniffi_lower obj
    pack_into(8, 'Q>', pointer.address)
  end

  # The Record type DeviceInfo.

  def write_TypeDeviceInfo(v)
    self.write_String(v.manufacturer)
    self.write_String(v.model)
    self.write_String(v.os_version)
    self.write_String(v.device_id)
    self.write_Optionalstring(v.imei)
  end

  # The Record type LocationInfo.

  def write_TypeLocationInfo(v)
    self.write_F64(v.latitude)
    self.write_F64(v.longitude)
    self.write_Optionalf64(v.altitude)
    self.write_Optionalf64(v.accuracy)
    self.write_Timestamp(v.timestamp)
  end

  # The Record type NetworkInfo.

  def write_TypeNetworkInfo(v)
    self.write_String(v.network_type)
    self.write_Optionalstring(v.carrier)
    self.write_Optionalstring(v.cell_tower_id)
    self.write_Optionalstring(v.wifi_ssid)
  end

  

  # The Optional<T> type for f64.

  def write_Optionalf64(v)
    if v.nil?
      pack_into(1, 'c', 0)
    else
      pack_into(1, 'c', 1)
      self.write_F64(v)
    end
  end

  # The Optional<T> type for string.

  def write_Optionalstring(v)
    if v.nil?
      pack_into(1, 'c', 0)
    else
      pack_into(1, 'c', 1)
      self.write_String(v)
    end
  end

  # The Optional<T> type for bytes.

  def write_Optionalbytes(v)
    if v.nil?
      pack_into(1, 'c', 0)
    else
      pack_into(1, 'c', 1)
      self.write_Bytes(v)
    end
  end

  # The Optional<T> type for TypeDeviceInfo.

  def write_OptionalTypeDeviceInfo(v)
    if v.nil?
      pack_into(1, 'c', 0)
    else
      pack_into(1, 'c', 1)
      self.write_TypeDeviceInfo(v)
    end
  end

  # The Optional<T> type for TypeLocationInfo.

  def write_OptionalTypeLocationInfo(v)
    if v.nil?
      pack_into(1, 'c', 0)
    else
      pack_into(1, 'c', 1)
      self.write_TypeLocationInfo(v)
    end
  end

  # The Optional<T> type for TypeNetworkInfo.

  def write_OptionalTypeNetworkInfo(v)
    if v.nil?
      pack_into(1, 'c', 0)
    else
      pack_into(1, 'c', 1)
      self.write_TypeNetworkInfo(v)
    end
  end

  # The Sequence<T> type for string.

  def write_Sequencestring(items)
    pack_into(4, 'l>', items.size)

    items.each do |item|
      self.write_String(item)
    end
  end

  # The Map<T> type for string.

  def write_MapStringString(items)
    pack_into(4, 'l>', items.size)

    items.each do |k, v|
      write_String(k)
      self.write_String(v)
    end
  end

  private

  def reserve(num_bytes)
    if @rust_buf.len + num_bytes > @rust_buf.capacity
      @rust_buf = RustBuffer.reserve(@rust_buf, num_bytes)
    end

    yield

    @rust_buf.len += num_bytes
  end

  def pack_into(size, format, value)
    reserve(size) do
      @rust_buf.data.put_array_of_char @rust_buf.len, [value].pack(format).bytes
    end
  end
end

private_constant :RustBufferBuilder

  # Error definitions
  class RustCallStatus < FFI::Struct
  layout :code,    :int8,
         :error_buf, RustBuffer

  def code
    self[:code]
  end

  def error_buf
    self[:error_buf]
  end

  def to_s
    "RustCallStatus(code=#{self[:code]})"
  end
end

# These match the values from the uniffi::rustcalls module
CALL_SUCCESS = 0
CALL_ERROR = 1
CALL_PANIC = 2


module ProofModeError
  class Io < StandardError
    def initialize(message)
        @message = message
        super()
      end

    attr_reader :message
    

    def to_s
     "#{self.class.name}(message=#{@message.inspect})"
    end
  end
  class Generation < StandardError
    def initialize(message)
        @message = message
        super()
      end

    attr_reader :message
    

    def to_s
     "#{self.class.name}(message=#{@message.inspect})"
    end
  end
  class Check < StandardError
    def initialize(message)
        @message = message
        super()
      end

    attr_reader :message
    

    def to_s
     "#{self.class.name}(message=#{@message.inspect})"
    end
  end

end


# Map error modules to the RustBuffer method name that reads them
ERROR_MODULE_TO_READER_METHOD = {

  ProofModeError => :readTypeProofModeError,

}

private_constant :ERROR_MODULE_TO_READER_METHOD, :CALL_SUCCESS, :CALL_ERROR, :CALL_PANIC,
                 :RustCallStatus

def self.consume_buffer_into_error(error_module, rust_buffer)
  rust_buffer.consumeWithStream do |stream|
    reader_method = ERROR_MODULE_TO_READER_METHOD[error_module]
    return stream.send(reader_method)
  end
end

class InternalError < StandardError
end

def self.rust_call(fn_name, *args)
  # Call a rust function
  rust_call_with_error(nil, fn_name, *args)
end

def self.rust_call_with_error(error_module, fn_name, *args)
  # Call a rust function and handle errors
  #
  # Use this when the rust function returns a Result<>.  error_module must be the error_module that corresponds to that Result.


  # Note: RustCallStatus.new zeroes out the struct, which is exactly what we
  # want to pass to Rust (code=0, error_buf=RustBuffer(len=0, capacity=0,
  # data=NULL))
  status = RustCallStatus.new
  args << status

  result = UniFFILib.public_send(fn_name, *args)

  case status.code
  when CALL_SUCCESS
    result
  when CALL_ERROR
    if error_module.nil?
      status.error_buf.free
      raise InternalError, "CALL_ERROR with no error_module set"
    else
      raise consume_buffer_into_error(error_module, status.error_buf)
    end
  when CALL_PANIC
    # When the rust code sees a panic, it tries to construct a RustBuffer
    # with the message.  But if that code panics, then it just sends back
    # an empty buffer.
    if status.error_buf.len > 0
      raise InternalError, status.error_buf.consumeIntoString()
    else
      raise InternalError, "Rust panic"
    end
  else
    raise InternalError, "Unknown call status: #{status.code}"
  end
end

private_class_method :consume_buffer_into_error

  # This is how we find and load the dynamic library provided by the component.
# For now we just look it up by name.
module UniFFILib
  extend FFI::Library

  
  ffi_lib 'proofmode'
  

  attach_function :uniffi_proofmode_fn_clone_mobilecallbacks,
    [:pointer, RustCallStatus.by_ref],
    :pointer
  attach_function :uniffi_proofmode_fn_free_mobilecallbacks,
    [:pointer, RustCallStatus.by_ref],
    :void
  attach_function :uniffi_proofmode_fn_init_callback_vtable_mobilecallbacks,
    [:pointer, RustCallStatus.by_ref],
    :void
  attach_function :uniffi_proofmode_fn_method_mobilecallbacks_get_location,
    [:pointer, RustCallStatus.by_ref],
    RustBuffer.by_value
  attach_function :uniffi_proofmode_fn_method_mobilecallbacks_get_device_info,
    [:pointer, RustCallStatus.by_ref],
    RustBuffer.by_value
  attach_function :uniffi_proofmode_fn_method_mobilecallbacks_get_network_info,
    [:pointer, RustCallStatus.by_ref],
    RustBuffer.by_value
  attach_function :uniffi_proofmode_fn_method_mobilecallbacks_save_data,
    [:pointer, RustBuffer.by_value, RustBuffer.by_value, RustBuffer.by_value, RustCallStatus.by_ref],
    :int8
  attach_function :uniffi_proofmode_fn_method_mobilecallbacks_save_text,
    [:pointer, RustBuffer.by_value, RustBuffer.by_value, RustBuffer.by_value, RustCallStatus.by_ref],
    :int8
  attach_function :uniffi_proofmode_fn_method_mobilecallbacks_sign_data,
    [:pointer, RustBuffer.by_value, RustCallStatus.by_ref],
    RustBuffer.by_value
  attach_function :uniffi_proofmode_fn_method_mobilecallbacks_report_progress,
    [:pointer, RustBuffer.by_value, RustCallStatus.by_ref],
    :void
  attach_function :uniffi_proofmode_fn_func_check_files_mobile,
    [RustBuffer.by_value, :pointer, RustCallStatus.by_ref],
    :uint64
  attach_function :uniffi_proofmode_fn_func_generate_proof_mobile,
    [RustBuffer.by_value, RustBuffer.by_value, :pointer, RustCallStatus.by_ref],
    :uint64
  attach_function :uniffi_proofmode_fn_func_get_file_hash,
    [RustBuffer.by_value, RustCallStatus.by_ref],
    RustBuffer.by_value
  attach_function :uniffi_proofmode_fn_func_get_version,
    [RustCallStatus.by_ref],
    RustBuffer.by_value
  attach_function :ffi_proofmode_rustbuffer_alloc,
    [:uint64, RustCallStatus.by_ref],
    RustBuffer.by_value
  attach_function :ffi_proofmode_rustbuffer_from_bytes,
    [ForeignBytes, RustCallStatus.by_ref],
    RustBuffer.by_value
  attach_function :ffi_proofmode_rustbuffer_free,
    [RustBuffer.by_value, RustCallStatus.by_ref],
    :void
  attach_function :ffi_proofmode_rustbuffer_reserve,
    [RustBuffer.by_value, :uint64, RustCallStatus.by_ref],
    RustBuffer.by_value
  attach_function :uniffi_proofmode_checksum_func_check_files_mobile,
    [RustCallStatus.by_ref],
    :uint16
  attach_function :uniffi_proofmode_checksum_func_generate_proof_mobile,
    [RustCallStatus.by_ref],
    :uint16
  attach_function :uniffi_proofmode_checksum_func_get_file_hash,
    [RustCallStatus.by_ref],
    :uint16
  attach_function :uniffi_proofmode_checksum_func_get_version,
    [RustCallStatus.by_ref],
    :uint16
  attach_function :uniffi_proofmode_checksum_method_mobilecallbacks_get_location,
    [RustCallStatus.by_ref],
    :uint16
  attach_function :uniffi_proofmode_checksum_method_mobilecallbacks_get_device_info,
    [RustCallStatus.by_ref],
    :uint16
  attach_function :uniffi_proofmode_checksum_method_mobilecallbacks_get_network_info,
    [RustCallStatus.by_ref],
    :uint16
  attach_function :uniffi_proofmode_checksum_method_mobilecallbacks_save_data,
    [RustCallStatus.by_ref],
    :uint16
  attach_function :uniffi_proofmode_checksum_method_mobilecallbacks_save_text,
    [RustCallStatus.by_ref],
    :uint16
  attach_function :uniffi_proofmode_checksum_method_mobilecallbacks_sign_data,
    [RustCallStatus.by_ref],
    :uint16
  attach_function :uniffi_proofmode_checksum_method_mobilecallbacks_report_progress,
    [RustCallStatus.by_ref],
    :uint16
  attach_function :ffi_proofmode_uniffi_contract_version,
    [RustCallStatus.by_ref],
    :uint32
  
end

  # Public interface members begin here.

  
  
  # Record type DeviceInfo
class DeviceInfo
  attr_reader :manufacturer, :model, :os_version, :device_id, :imei

  def initialize(manufacturer:, model:, os_version:, device_id:, imei:)
    @manufacturer = manufacturer
    @model = model
    @os_version = os_version
    @device_id = device_id
    @imei = imei
  end

  def ==(other)
    if @manufacturer != other.manufacturer
      return false
    end
    if @model != other.model
      return false
    end
    if @os_version != other.os_version
      return false
    end
    if @device_id != other.device_id
      return false
    end
    if @imei != other.imei
      return false
    end

    true
  end
end
  
  # Record type LocationInfo
class LocationInfo
  attr_reader :latitude, :longitude, :altitude, :accuracy, :timestamp

  def initialize(latitude:, longitude:, altitude:, accuracy:, timestamp:)
    @latitude = latitude
    @longitude = longitude
    @altitude = altitude
    @accuracy = accuracy
    @timestamp = timestamp
  end

  def ==(other)
    if @latitude != other.latitude
      return false
    end
    if @longitude != other.longitude
      return false
    end
    if @altitude != other.altitude
      return false
    end
    if @accuracy != other.accuracy
      return false
    end
    if @timestamp != other.timestamp
      return false
    end

    true
  end
end
  
  # Record type NetworkInfo
class NetworkInfo
  attr_reader :network_type, :carrier, :cell_tower_id, :wifi_ssid

  def initialize(network_type:, carrier:, cell_tower_id:, wifi_ssid:)
    @network_type = network_type
    @carrier = carrier
    @cell_tower_id = cell_tower_id
    @wifi_ssid = wifi_ssid
  end

  def ==(other)
    if @network_type != other.network_type
      return false
    end
    if @carrier != other.carrier
      return false
    end
    if @cell_tower_id != other.cell_tower_id
      return false
    end
    if @wifi_ssid != other.wifi_ssid
      return false
    end

    true
  end
end
  

  
  

def self.check_files_mobile(file_paths, progress_callback)
    file_paths = file_paths.map { |v| Proofmode::uniffi_utf8(v) }
    RustBuffer.check_lower_Sequencestring(file_paths)
    
    progress_callback = progress_callback
    (MobileCallbacks.uniffi_check_lower progress_callback)
    
  result = Proofmode.rust_call_with_error(ProofModeError,:uniffi_proofmode_fn_func_check_files_mobile,RustBuffer.alloc_from_Sequencestring(file_paths),(MobileCallbacks.uniffi_lower progress_callback))
  return result.consumeIntoString
end


  
  

def self.generate_proof_mobile(media_data, metadata, callbacks)
    media_data = Proofmode::uniffi_bytes(media_data)
    
    
    metadata = metadata.each.with_object({}) { |(k, v), res| res[Proofmode::uniffi_utf8(k)] = Proofmode::uniffi_utf8(v) }
    RustBuffer.check_lower_MapStringString(metadata)
    
    callbacks = callbacks
    (MobileCallbacks.uniffi_check_lower callbacks)
    
  result = Proofmode.rust_call_with_error(ProofModeError,:uniffi_proofmode_fn_func_generate_proof_mobile,RustBuffer.allocFromBytes(media_data),RustBuffer.alloc_from_MapStringString(metadata),(MobileCallbacks.uniffi_lower callbacks))
  return result.consumeIntoString
end


  
  

def self.get_file_hash(media_data)
    media_data = Proofmode::uniffi_bytes(media_data)
    
    
  result = Proofmode.rust_call(:uniffi_proofmode_fn_func_get_file_hash,RustBuffer.allocFromBytes(media_data))
  return result.consumeIntoString
end


  
  

def self.get_version()
  result = Proofmode.rust_call(:uniffi_proofmode_fn_func_get_version,)
  return result.consumeIntoString
end


  

  
  class MobileCallbacks

  # A private helper for initializing instances of the class from a raw pointer,
  # bypassing any initialization logic and ensuring they are GC'd properly.
  def self.uniffi_allocate(pointer)
    pointer.autorelease = false
    inst = allocate
    inst.instance_variable_set :@pointer, pointer
    ObjectSpace.define_finalizer(inst, uniffi_define_finalizer_by_pointer(pointer, inst.object_id))
    return inst
  end

  # A private helper for registering an object finalizer.
  # N.B. it's important that this does not capture a reference
  # to the actual instance, only its underlying pointer.
  def self.uniffi_define_finalizer_by_pointer(pointer, object_id)
    Proc.new do |_id|
      Proofmode.rust_call(
        :uniffi_proofmode_fn_free_mobilecallbacks,
        pointer
      )
    end
  end

  # A private helper for lowering instances into a raw pointer.
  # This does an explicit typecheck, because accidentally lowering a different type of
  # object in a place where this type is expected, could lead to memory unsafety.
  def self.uniffi_check_lower(inst)
    if not inst.is_a? self
      raise TypeError.new "Expected a MobileCallbacks instance, got #{inst}"
    end
  end

  def uniffi_clone_pointer()
    return Proofmode.rust_call(
      :uniffi_proofmode_fn_clone_mobilecallbacks,
      @pointer
    )
  end

  def self.uniffi_lower(inst)
    return inst.uniffi_clone_pointer()
  end

  

  def get_location()
    result = Proofmode.rust_call(:uniffi_proofmode_fn_method_mobilecallbacks_get_location,uniffi_clone_pointer(),)
    return result.consumeIntoOptionalTypeLocationInfo
  end
  def get_device_info()
    result = Proofmode.rust_call(:uniffi_proofmode_fn_method_mobilecallbacks_get_device_info,uniffi_clone_pointer(),)
    return result.consumeIntoOptionalTypeDeviceInfo
  end
  def get_network_info()
    result = Proofmode.rust_call(:uniffi_proofmode_fn_method_mobilecallbacks_get_network_info,uniffi_clone_pointer(),)
    return result.consumeIntoOptionalTypeNetworkInfo
  end
  def save_data(hash, filename, data)
        hash = Proofmode::uniffi_utf8(hash)
        
        filename = Proofmode::uniffi_utf8(filename)
        
        data = Proofmode::uniffi_bytes(data)
        
    result = Proofmode.rust_call(:uniffi_proofmode_fn_method_mobilecallbacks_save_data,uniffi_clone_pointer(),RustBuffer.allocFromString(hash),RustBuffer.allocFromString(filename),RustBuffer.allocFromBytes(data))
    return 1 == result
  end
  def save_text(hash, filename, text)
        hash = Proofmode::uniffi_utf8(hash)
        
        filename = Proofmode::uniffi_utf8(filename)
        
        text = Proofmode::uniffi_utf8(text)
        
    result = Proofmode.rust_call(:uniffi_proofmode_fn_method_mobilecallbacks_save_text,uniffi_clone_pointer(),RustBuffer.allocFromString(hash),RustBuffer.allocFromString(filename),RustBuffer.allocFromString(text))
    return 1 == result
  end
  def sign_data(data)
        data = Proofmode::uniffi_bytes(data)
        
    result = Proofmode.rust_call(:uniffi_proofmode_fn_method_mobilecallbacks_sign_data,uniffi_clone_pointer(),RustBuffer.allocFromBytes(data))
    return result.consumeIntoOptionalbytes
  end
  def report_progress(message)
        message = Proofmode::uniffi_utf8(message)
        
      Proofmode.rust_call(:uniffi_proofmode_fn_method_mobilecallbacks_report_progress,uniffi_clone_pointer(),RustBuffer.allocFromString(message))
  end
  
  
end
  
end