data_model@0.1.0.rbi

# typed: true

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

# source://data_model//lib/data_model.rb#15
module DataModel
  extend ::DataModel

  # Scan a schema and create a data model, which is a configured type.
  #
  # source://data_model//lib/data_model.rb#31
  sig { params(schema: T::Array[::Object], registry: ::DataModel::TypeRegistry).returns(::DataModel::Model) }
  def define(schema, registry: T.unsafe(nil)); end
end

# fills in for lack of boolean type in ruby
#
# source://data_model//lib/data_model/boolean.rb#5
class DataModel::Boolean; end

# source://data_model//lib/data_model/builtin.rb#4
module DataModel::Builtin
  class << self
    # source://data_model//lib/data_model/builtin.rb#8
    sig { returns(T::Hash[::Symbol, T.class_of(DataModel::Type)]) }
    def types; end
  end
end

# source://data_model//lib/data_model/builtin/array.rb#4
class DataModel::Builtin::Array < ::DataModel::Type
  include ::DataModel::Errors

  # source://data_model//lib/data_model/builtin/array.rb#30
  sig { returns(::DataModel::Type) }
  def child_type; end

  # source://data_model//lib/data_model/builtin/array.rb#17
  sig { override.params(params: T::Array[::Object]).void }
  def configure(params); end

  # source://data_model//lib/data_model/builtin/array.rb#39
  sig { override.params(val: ::Object, coerce: T::Boolean).returns([::Object, ::DataModel::Error]) }
  def read(val, coerce: T.unsafe(nil)); end
end

# source://data_model//lib/data_model/builtin/array.rb#7
class DataModel::Builtin::Array::Arguments < ::T::Struct
  prop :optional, T::Boolean, default: T.unsafe(nil)
  prop :wrap_single_value, T::Boolean, default: T.unsafe(nil)
  prop :min, T.nilable(T.any(::BigDecimal, ::Float, ::Integer, ::Rational)), default: T.unsafe(nil)
  prop :max, T.nilable(T.any(::BigDecimal, ::Float, ::Integer, ::Rational)), default: T.unsafe(nil)
  prop :length, T.nilable(T.any(::BigDecimal, ::Float, ::Integer, ::Rational)), default: T.unsafe(nil)

  class << self
    # source://sorbet-runtime/0.5.10810/lib/types/struct.rb#13
    def inherited(s); end
  end
end

# source://data_model//lib/data_model/builtin/big_decimal.rb#4
class DataModel::Builtin::BigDecimal < ::DataModel::Type
  include ::DataModel::Errors

  # source://data_model//lib/data_model/builtin/big_decimal.rb#14
  sig { override.params(val: ::Object, coerce: T::Boolean).returns([::Object, ::DataModel::Error]) }
  def read(val, coerce: T.unsafe(nil)); end
end

# source://data_model//lib/data_model/builtin/big_decimal.rb#7
class DataModel::Builtin::BigDecimal::Arguments < ::T::Struct
  prop :optional, T::Boolean, default: T.unsafe(nil)
  prop :min, T.nilable(T.any(::BigDecimal, ::Float, ::Integer, ::Rational)), default: T.unsafe(nil)
  prop :max, T.nilable(T.any(::BigDecimal, ::Float, ::Integer, ::Rational)), default: T.unsafe(nil)

  class << self
    # source://sorbet-runtime/0.5.10810/lib/types/struct.rb#13
    def inherited(s); end
  end
end

# source://data_model//lib/data_model/builtin/boolean.rb#4
class DataModel::Builtin::Boolean < ::DataModel::Type
  include ::DataModel::Errors

  # source://data_model//lib/data_model/builtin/boolean.rb#12
  sig { override.params(val: ::Object, coerce: T::Boolean).returns([::Object, ::DataModel::Error]) }
  def read(val, coerce: T.unsafe(nil)); end
end

# source://data_model//lib/data_model/builtin/boolean.rb#7
class DataModel::Builtin::Boolean::Arguments < ::T::Struct
  prop :optional, T::Boolean, default: T.unsafe(nil)

  class << self
    # source://sorbet-runtime/0.5.10810/lib/types/struct.rb#13
    def inherited(s); end
  end
end

# source://data_model//lib/data_model/builtin/date.rb#4
class DataModel::Builtin::Date < ::DataModel::Type
  include ::DataModel::Errors

  # source://data_model//lib/data_model/builtin/date.rb#14
  sig { override.params(val: ::Object, coerce: T::Boolean).returns([::Object, ::DataModel::Error]) }
  def read(val, coerce: T.unsafe(nil)); end
end

# source://data_model//lib/data_model/builtin/date.rb#7
class DataModel::Builtin::Date::Arguments < ::T::Struct
  prop :optional, T::Boolean, default: T.unsafe(nil)
  prop :earliest, T.nilable(::Date), default: T.unsafe(nil)
  prop :latest, T.nilable(::Date), default: T.unsafe(nil)

  class << self
    # source://sorbet-runtime/0.5.10810/lib/types/struct.rb#13
    def inherited(s); end
  end
end

# source://data_model//lib/data_model/builtin/float.rb#4
class DataModel::Builtin::Float < ::DataModel::Type
  include ::DataModel::Errors

  # source://data_model//lib/data_model/builtin/float.rb#14
  sig { override.params(val: ::Object, coerce: T::Boolean).returns([::Object, ::DataModel::Error]) }
  def read(val, coerce: T.unsafe(nil)); end
end

# source://data_model//lib/data_model/builtin/float.rb#7
class DataModel::Builtin::Float::Arguments < ::T::Struct
  prop :optional, T::Boolean, default: T.unsafe(nil)
  prop :min, T.nilable(T.any(::BigDecimal, ::Float, ::Integer, ::Rational)), default: T.unsafe(nil)
  prop :max, T.nilable(T.any(::BigDecimal, ::Float, ::Integer, ::Rational)), default: T.unsafe(nil)

  class << self
    # source://sorbet-runtime/0.5.10810/lib/types/struct.rb#13
    def inherited(s); end
  end
end

# source://data_model//lib/data_model/builtin/hash.rb#5
class DataModel::Builtin::Hash < ::DataModel::Type
  include ::DataModel::Errors
  include ::DataModel::Logging

  # source://data_model//lib/data_model/builtin/hash.rb#41
  sig { returns(T::Hash[::Symbol, ::DataModel::Type]) }
  def children; end

  # source://data_model//lib/data_model/builtin/hash.rb#17
  sig { override.params(params: T::Array[::Object]).void }
  def configure(params); end

  # source://data_model//lib/data_model/builtin/hash.rb#52
  sig { override.params(val: ::Object, coerce: T::Boolean).returns([::Object, ::DataModel::Error]) }
  def read(val, coerce: T.unsafe(nil)); end
end

# source://data_model//lib/data_model/builtin/hash.rb#9
class DataModel::Builtin::Hash::Arguments < ::T::Struct
  prop :optional, T::Boolean, default: T.unsafe(nil)
  prop :open, T::Boolean, default: T.unsafe(nil)

  class << self
    # source://sorbet-runtime/0.5.10810/lib/types/struct.rb#13
    def inherited(s); end
  end
end

# source://data_model//lib/data_model/builtin/integer.rb#4
class DataModel::Builtin::Integer < ::DataModel::Type
  include ::DataModel::Errors

  # source://data_model//lib/data_model/builtin/integer.rb#14
  sig { override.params(val: ::Object, coerce: T::Boolean).returns([::Object, ::DataModel::Error]) }
  def read(val, coerce: T.unsafe(nil)); end
end

# source://data_model//lib/data_model/builtin/integer.rb#7
class DataModel::Builtin::Integer::Arguments < ::T::Struct
  prop :optional, T::Boolean, default: T.unsafe(nil)
  prop :min, T.nilable(T.any(::BigDecimal, ::Float, ::Integer, ::Rational)), default: T.unsafe(nil)
  prop :max, T.nilable(T.any(::BigDecimal, ::Float, ::Integer, ::Rational)), default: T.unsafe(nil)

  class << self
    # source://sorbet-runtime/0.5.10810/lib/types/struct.rb#13
    def inherited(s); end
  end
end

# source://data_model//lib/data_model/builtin/string.rb#4
class DataModel::Builtin::String < ::DataModel::Type
  include ::DataModel::Errors

  # source://data_model//lib/data_model/builtin/string.rb#15
  sig { override.params(val: ::Object, coerce: T::Boolean).returns([::Object, ::DataModel::Error]) }
  def read(val, coerce: T.unsafe(nil)); end
end

# source://data_model//lib/data_model/builtin/string.rb#7
class DataModel::Builtin::String::Arguments < ::T::Struct
  prop :optional, T::Boolean, default: T.unsafe(nil)
  prop :allow_blank, T::Boolean, default: T.unsafe(nil)
  prop :included, T::Array[::String], default: T.unsafe(nil)
  prop :excluded, T::Array[::String], default: T.unsafe(nil)

  class << self
    # source://sorbet-runtime/0.5.10810/lib/types/struct.rb#13
    def inherited(s); end
  end
end

# source://data_model//lib/data_model/builtin/symbol.rb#4
class DataModel::Builtin::Symbol < ::DataModel::Type
  include ::DataModel::Errors

  # source://data_model//lib/data_model/builtin/symbol.rb#14
  sig { override.params(val: ::Object, coerce: T::Boolean).returns([::Object, ::DataModel::Error]) }
  def read(val, coerce: T.unsafe(nil)); end
end

# source://data_model//lib/data_model/builtin/symbol.rb#7
class DataModel::Builtin::Symbol::Arguments < ::T::Struct
  prop :optional, T::Boolean, default: T.unsafe(nil)
  prop :included, T::Array[::Symbol], default: T.unsafe(nil)
  prop :excluded, T::Array[::Symbol], default: T.unsafe(nil)

  class << self
    # source://sorbet-runtime/0.5.10810/lib/types/struct.rb#13
    def inherited(s); end
  end
end

# source://data_model//lib/data_model/builtin/time.rb#4
class DataModel::Builtin::Time < ::DataModel::Type
  include ::DataModel::Errors

  # source://data_model//lib/data_model/builtin/time.rb#14
  sig { override.params(val: ::Object, coerce: T::Boolean).returns([::Object, ::DataModel::Error]) }
  def read(val, coerce: T.unsafe(nil)); end
end

# source://data_model//lib/data_model/builtin/time.rb#7
class DataModel::Builtin::Time::Arguments < ::T::Struct
  prop :optional, T::Boolean, default: T.unsafe(nil)
  prop :earliest, T.nilable(::Time), default: T.unsafe(nil)
  prop :latest, T.nilable(::Time), default: T.unsafe(nil)

  class << self
    # source://sorbet-runtime/0.5.10810/lib/types/struct.rb#13
    def inherited(s); end
  end
end

# Error is a class that holds errors.
#
# source://data_model//lib/data_model/error.rb#5
class DataModel::Error
  # source://data_model//lib/data_model/error.rb#12
  sig { void }
  def initialize; end

  # Add an error to the error list.
  #
  # source://data_model//lib/data_model/error.rb#63
  sig { params(err: [::Symbol, ::Object], child: T.nilable(T.any(::Symbol, T::Array[::Symbol]))).void }
  def add(err, child: T.unsafe(nil)); end

  # all errors
  #
  # source://data_model//lib/data_model/error.rb#31
  sig { returns(T::Hash[::Symbol, T::Array[[::Symbol, ::Object]]]) }
  def all; end

  # Returns true if any errors are present.
  #
  # source://data_model//lib/data_model/error.rb#39
  sig { params(blk: T.nilable(T.proc.params(error: [::Symbol, ::Object]).returns(T::Boolean))).returns(T::Boolean) }
  def any?(&blk); end

  # errors related to the object as a whole
  #
  # source://data_model//lib/data_model/error.rb#19
  sig { returns(T::Array[[::Symbol, ::Object]]) }
  def base; end

  # errors related children
  #
  # source://data_model//lib/data_model/error.rb#25
  sig { returns(T::Hash[::Symbol, T::Array[[::Symbol, ::Object]]]) }
  def children; end

  # source://data_model//lib/data_model/error.rb#57
  sig { returns(T::Boolean) }
  def empty?; end

  # source://data_model//lib/data_model/error.rb#77
  sig { params(name: ::Symbol, child: ::DataModel::Error).void }
  def merge_child(name, child); end

  # all errors
  #
  # @return [TErrorMap]
  #
  # source://sorbet-runtime/0.5.10810/lib/types/private/methods/_methods.rb#255
  def to_h(*args, **_arg1, &blk); end

  # source://data_model//lib/data_model/error.rb#98
  sig { params(blk: T.proc.params(context: ::Object, type: ::Symbol).returns(::Object)).void }
  def transform_child_context(&blk); end

  # source://data_model//lib/data_model/error.rb#90
  sig { params(blk: T.proc.params(context: ::Object, type: ::Symbol).returns(::Object)).void }
  def transform_context(&blk); end
end

# source://data_model//lib/data_model/error.rb#8
DataModel::Error::TErrorList = T.type_alias { T::Array[[::Symbol, ::Object]] }

# source://data_model//lib/data_model/error.rb#9
DataModel::Error::TErrorMap = T.type_alias { T::Hash[::Symbol, T::Array[[::Symbol, ::Object]]] }

# Provide Error building functionality as a mixin
#
# source://data_model//lib/data_model/errors.rb#5
module DataModel::Errors
  # Blank error applies when a value is blank
  #
  # source://data_model//lib/data_model/errors.rb#45
  sig { returns([::Symbol, ::Object]) }
  def blank_error; end

  # Generate a message for a blank error
  #
  # source://data_model//lib/data_model/errors.rb#113
  sig { returns(::String) }
  def blank_error_message; end

  # Coerce error applies when a value cannot be coerced to the expected type
  #
  # source://data_model//lib/data_model/errors.rb#21
  sig { params(cls: T.class_of(Object), value: ::Object).returns([::Symbol, ::Object]) }
  def coerce_error(cls, value); end

  # Generate a message for a coerce error
  #
  # source://data_model//lib/data_model/errors.rb#89
  sig { params(cls: T.class_of(Object), value: ::Object).returns(::String) }
  def coerce_error_message(cls, value); end

  # Earliest applies when value is earlier then earliest
  #
  # source://data_model//lib/data_model/errors.rb#69
  sig do
    params(
      earliest: T.any(::Date, ::DateTime, ::Time),
      val: T.any(::Date, ::DateTime, ::Time)
    ).returns([::Symbol, ::Object])
  end
  def earliest_error(earliest, val); end

  # Generate a message for a value that occurs earlier then the specified earliest point
  #
  # source://data_model//lib/data_model/errors.rb#137
  sig { params(earliest: T.any(::Date, ::DateTime, ::Time), val: T.any(::Date, ::DateTime, ::Time)).returns(::String) }
  def early_error_message(earliest, val); end

  # Build the error message for a given error
  #
  # source://data_model//lib/data_model/errors.rb#233
  sig { params(error: [::Symbol, ::Object]).returns(::String) }
  def error_message(error); end

  # Get the error message builders
  #
  # source://data_model//lib/data_model/errors.rb#167
  sig { returns(T::Hash[::Symbol, T.proc.params(ctx: T.untyped).returns(::String)]) }
  def error_message_builders; end

  # TODO: separate builders from other use cases for this mixin
  # Build error messages from error object
  #
  # source://data_model//lib/data_model/errors.rb#249
  sig { params(error: ::DataModel::Error).returns(T::Hash[::Symbol, T::Array[::String]]) }
  def error_messages(error); end

  # Exclusive error applies when a value is in a set of disallowed values
  #
  # source://data_model//lib/data_model/errors.rb#39
  sig { params(set: T::Array[T.any(::String, ::Symbol)]).returns([::Symbol, ::Object]) }
  def exclusion_error(set); end

  # Generate a message for an exclusion error
  #
  # source://data_model//lib/data_model/errors.rb#107
  sig { params(set: T::Array[::Symbol]).returns(::String) }
  def exclusion_error_message(set); end

  # Extra keys error applies when a hash has extra keys
  #
  # source://data_model//lib/data_model/errors.rb#51
  sig { params(keys: T::Array[::Symbol]).returns([::Symbol, ::Object]) }
  def extra_keys_error(keys); end

  # Generate a message for an extra keys error
  #
  # source://data_model//lib/data_model/errors.rb#119
  sig { params(keys: T::Array[::Symbol]).returns(::String) }
  def extra_keys_error_message(keys); end

  # Inclusion error applies when a value is not in a set of allowed values
  #
  # source://data_model//lib/data_model/errors.rb#33
  sig { params(set: T::Array[T.any(::String, ::Symbol)]).returns([::Symbol, ::Object]) }
  def inclusion_error(set); end

  # Generate a message for an inclusion error
  #
  # source://data_model//lib/data_model/errors.rb#101
  sig { params(set: T::Array[::Symbol]).returns(::String) }
  def inclusion_error_message(set); end

  # Generate a message for a value that occurs later then the specified latest  point
  #
  # source://data_model//lib/data_model/errors.rb#143
  sig { params(latest: T.any(::Date, ::DateTime, ::Time), val: T.any(::Date, ::DateTime, ::Time)).returns(::String) }
  def late_error_message(latest, val); end

  # Latest applies when value is earlier then earliest
  #
  # source://data_model//lib/data_model/errors.rb#75
  sig do
    params(
      latest: T.any(::Date, ::DateTime, ::Time),
      val: T.any(::Date, ::DateTime, ::Time)
    ).returns([::Symbol, ::Object])
  end
  def latest_error(latest, val); end

  # Max applies when value is less then the minimum
  #
  # source://data_model//lib/data_model/errors.rb#63
  sig { params(min: ::Numeric, val: ::Numeric).returns([::Symbol, ::Object]) }
  def max_error(min, val); end

  # Generate a message for a min error
  #
  # source://data_model//lib/data_model/errors.rb#131
  sig { params(max: ::Numeric, val: ::Numeric).returns(::String) }
  def max_error_message(max, val); end

  # Min applies when value is less then the minimum
  #
  # source://data_model//lib/data_model/errors.rb#57
  sig { params(min: ::Numeric, val: ::Numeric).returns([::Symbol, ::Object]) }
  def min_error(min, val); end

  # Generate a message for a min error
  #
  # source://data_model//lib/data_model/errors.rb#125
  sig { params(min: ::Numeric, val: ::Numeric).returns(::String) }
  def min_error_message(min, val); end

  # Missing error applies when a value is missing
  #
  # source://data_model//lib/data_model/errors.rb#27
  sig { params(cls: T.class_of(Object)).returns([::Symbol, ::Object]) }
  def missing_error(cls); end

  # Generate a message for a missing error
  #
  # source://data_model//lib/data_model/errors.rb#95
  sig { params(cls: T.class_of(Object)).returns(::String) }
  def missing_error_message(cls); end

  # Register a custom error message for use with custom errors
  #
  # source://data_model//lib/data_model/errors.rb#154
  sig { params(type: ::Symbol, block: T.proc.params(ctx: T.untyped).returns(::String)).void }
  def register_error_message(type, &block); end

  # source://data_model//lib/data_model/errors.rb#256
  sig { params(error: ::DataModel::Error, from: T.class_of(Object), to: T.class_of(Object)).void }
  def set_error_class(error, from, to); end

  # Type error applies when a value is not of the expected type
  #
  # source://data_model//lib/data_model/errors.rb#15
  sig { params(cls: T.class_of(Object), value: ::Object).returns([::Symbol, ::Object]) }
  def type_error(cls, value); end

  # Generate a message for a type error
  #
  # source://data_model//lib/data_model/errors.rb#83
  sig { params(cls: T.class_of(Object), value: ::Object).returns(::String) }
  def type_error_message(cls, value); end
end

# source://data_model//lib/data_model/errors.rb#160
DataModel::Errors::TClassCtx = T.type_alias { T.class_of(Object) }

# source://data_model//lib/data_model/errors.rb#159
DataModel::Errors::TClassValueCtx = T.type_alias { [T.class_of(Object), ::Object] }

# API
# TODO: split this file
#
# source://data_model//lib/data_model/errors.rb#150
DataModel::Errors::TErrorMessageBuilder = T.type_alias { T.proc.params(ctx: T.untyped).returns(::String) }

# source://data_model//lib/data_model/errors.rb#158
DataModel::Errors::TErrorMessages = T.type_alias { T::Hash[::Symbol, T.proc.params(ctx: T.untyped).returns(::String)] }

# source://data_model//lib/data_model/errors.rb#161
DataModel::Errors::TSetCtx = T.type_alias { T::Array[::Symbol] }

# source://data_model//lib/data_model/errors.rb#9
DataModel::Errors::TTemporal = T.type_alias { T.any(::Date, ::DateTime, ::Time) }

# source://data_model//lib/data_model/errors.rb#162
DataModel::Errors::TWithinCtx = T.type_alias { [::Numeric, ::Numeric] }

# source://data_model//lib/data_model/errors.rb#163
DataModel::Errors::TWithinTemporalCtx = T.type_alias { [T.any(::Date, ::DateTime, ::Time), T.any(::Date, ::DateTime, ::Time)] }

module DataModel::Fixtures; end

# source://data_model//lib/data_model/fixtures/array.rb#4
module DataModel::Fixtures::Array
  include ::DataModel::Fixtures
  extend ::DataModel::Fixtures
  extend ::DataModel::Fixtures::Array

  # source://data_model//lib/data_model/fixtures/array.rb#51
  sig { returns(::DataModel::Fixtures::Example) }
  def array_optional_string; end

  # source://data_model//lib/data_model/fixtures/array.rb#40
  sig { returns(::DataModel::Fixtures::Example) }
  def optional_string_array; end

  # source://data_model//lib/data_model/fixtures/array.rb#10
  sig { returns(::DataModel::Fixtures::Example) }
  def string_array; end

  # source://data_model//lib/data_model/fixtures/array.rb#25
  sig { returns(::DataModel::Fixtures::Example) }
  def wrapping_string_array; end
end

# source://data_model//lib/data_model/fixtures/big_decimal.rb#6
module DataModel::Fixtures::BigDecimal
  include ::DataModel::Fixtures
  extend ::DataModel::Fixtures
  extend ::DataModel::Fixtures::BigDecimal

  # source://data_model//lib/data_model/fixtures/big_decimal.rb#45
  sig { returns(::DataModel::Fixtures::Example) }
  def max; end

  # source://data_model//lib/data_model/fixtures/big_decimal.rb#34
  sig { returns(::DataModel::Fixtures::Example) }
  def min; end

  # source://data_model//lib/data_model/fixtures/big_decimal.rb#24
  sig { returns(::DataModel::Fixtures::Example) }
  def optional; end

  # source://data_model//lib/data_model/fixtures/big_decimal.rb#12
  sig { returns(::DataModel::Fixtures::Example) }
  def simple; end
end

# source://data_model//lib/data_model/fixtures/boolean.rb#4
module DataModel::Fixtures::Boolean
  include ::DataModel::Fixtures
  extend ::DataModel::Fixtures
  extend ::DataModel::Fixtures::Boolean

  # source://data_model//lib/data_model/fixtures/boolean.rb#23
  sig { returns(::DataModel::Fixtures::Example) }
  def optional; end

  # source://data_model//lib/data_model/fixtures/boolean.rb#10
  sig { returns(::DataModel::Fixtures::Example) }
  def simple; end
end

# source://data_model//lib/data_model/fixtures/date.rb#4
module DataModel::Fixtures::Date
  include ::DataModel::Fixtures
  extend ::DataModel::Fixtures
  extend ::DataModel::Fixtures::Date

  # source://data_model//lib/data_model/fixtures/date.rb#44
  sig { returns(::DataModel::Fixtures::Example) }
  def earliest; end

  # source://data_model//lib/data_model/fixtures/date.rb#10
  sig { returns(::Date) }
  def earliest_date; end

  # source://data_model//lib/data_model/fixtures/date.rb#49
  sig { returns(::DataModel::Fixtures::Example) }
  def latest; end

  # source://data_model//lib/data_model/fixtures/date.rb#15
  sig { returns(::Date) }
  def latest_date; end

  # source://data_model//lib/data_model/fixtures/date.rb#39
  sig { returns(::DataModel::Fixtures::Example) }
  def optional; end

  # source://data_model//lib/data_model/fixtures/date.rb#34
  sig { returns(::DataModel::Fixtures::Example) }
  def simple; end

  # source://data_model//lib/data_model/fixtures/date.rb#20
  sig { returns(T::Hash[::DataModel::Fixtures::Symbol, ::Object]) }
  def variants; end
end

# source://data_model//lib/data_model/fixtures/example.rb#4
class DataModel::Fixtures::Example
  # source://data_model//lib/data_model/fixtures/example.rb#8
  sig { params(schema: T::Array[::Object], variants: T::Hash[::Symbol, ::Object]).void }
  def initialize(schema, variants:); end

  # source://data_model//lib/data_model/fixtures/example.rb#19
  sig { params(type: ::Symbol).returns([::DataModel::Model, ::Object]) }
  def [](type); end

  # source://data_model//lib/data_model/fixtures/example.rb#14
  sig { returns(::DataModel::Model) }
  def model; end
end

# source://data_model//lib/data_model/fixtures/float.rb#4
module DataModel::Fixtures::Float
  include ::DataModel::Fixtures
  extend ::DataModel::Fixtures
  extend ::DataModel::Fixtures::Float

  # source://data_model//lib/data_model/fixtures/float.rb#43
  sig { returns(::DataModel::Fixtures::Example) }
  def max; end

  # source://data_model//lib/data_model/fixtures/float.rb#32
  sig { returns(::DataModel::Fixtures::Example) }
  def min; end

  # source://data_model//lib/data_model/fixtures/float.rb#22
  sig { returns(::DataModel::Fixtures::Example) }
  def optional; end

  # source://data_model//lib/data_model/fixtures/float.rb#10
  sig { returns(::DataModel::Fixtures::Example) }
  def simple; end
end

# source://data_model//lib/data_model/fixtures/hash.rb#4
module DataModel::Fixtures::Hash
  include ::DataModel::Fixtures
  extend ::DataModel::Fixtures
  extend ::DataModel::Fixtures::Hash

  # source://data_model//lib/data_model/fixtures/hash.rb#53
  sig { returns(::DataModel::Fixtures::Example) }
  def closed_contact; end

  # source://data_model//lib/data_model/fixtures/hash.rb#21
  sig { returns(::DataModel::Fixtures::Example) }
  def contact; end

  # source://data_model//lib/data_model/fixtures/hash.rb#12
  sig { returns(T::Hash[::DataModel::Fixtures::Symbol, T.untyped]) }
  def example_contact; end

  # source://data_model//lib/data_model/fixtures/hash.rb#39
  sig { returns(::DataModel::Fixtures::Example) }
  def optional_contact; end
end

# source://data_model//lib/data_model/fixtures/hash.rb#9
DataModel::Fixtures::Hash::TContact = T.type_alias { T::Hash[::DataModel::Fixtures::Symbol, T.untyped] }

# source://data_model//lib/data_model/fixtures/integer.rb#4
module DataModel::Fixtures::Integer
  include ::DataModel::Fixtures
  extend ::DataModel::Fixtures
  extend ::DataModel::Fixtures::Integer

  # source://data_model//lib/data_model/fixtures/integer.rb#43
  sig { returns(::DataModel::Fixtures::Example) }
  def max; end

  # source://data_model//lib/data_model/fixtures/integer.rb#32
  sig { returns(::DataModel::Fixtures::Example) }
  def min; end

  # source://data_model//lib/data_model/fixtures/integer.rb#22
  sig { returns(::DataModel::Fixtures::Example) }
  def optional; end

  # source://data_model//lib/data_model/fixtures/integer.rb#10
  sig { returns(::DataModel::Fixtures::Example) }
  def simple; end
end

# source://data_model//lib/data_model/fixtures/string.rb#4
module DataModel::Fixtures::String
  include ::DataModel::Fixtures
  extend ::DataModel::Fixtures
  extend ::DataModel::Fixtures::String

  # source://data_model//lib/data_model/fixtures/string.rb#56
  sig { returns(::DataModel::Fixtures::Example) }
  def allow_blank; end

  # source://data_model//lib/data_model/fixtures/string.rb#68
  sig { returns(::DataModel::Fixtures::Example) }
  def dont_allow_blank; end

  # source://data_model//lib/data_model/fixtures/string.rb#45
  sig { returns(::DataModel::Fixtures::Example) }
  def exclusion; end

  # source://data_model//lib/data_model/fixtures/string.rb#34
  sig { returns(::DataModel::Fixtures::Example) }
  def inclusion; end

  # source://data_model//lib/data_model/fixtures/string.rb#22
  sig { returns(::DataModel::Fixtures::Example) }
  def optional; end

  # source://data_model//lib/data_model/fixtures/string.rb#10
  sig { returns(::DataModel::Fixtures::Example) }
  def simple; end
end

# source://data_model//lib/data_model/fixtures/symbol.rb#4
module DataModel::Fixtures::Symbol
  include ::DataModel::Fixtures
  extend ::DataModel::Fixtures
  extend ::DataModel::Fixtures::Symbol

  # source://data_model//lib/data_model/fixtures/symbol.rb#46
  sig { returns(::DataModel::Fixtures::Example) }
  def exclusion; end

  # source://data_model//lib/data_model/fixtures/symbol.rb#35
  sig { returns(::DataModel::Fixtures::Example) }
  def inclusion; end

  # source://data_model//lib/data_model/fixtures/symbol.rb#23
  sig { returns(::DataModel::Fixtures::Example) }
  def optional; end

  # source://data_model//lib/data_model/fixtures/symbol.rb#10
  sig { returns(::DataModel::Fixtures::Example) }
  def simple; end
end

# source://data_model//lib/data_model/fixtures/time.rb#4
module DataModel::Fixtures::Time
  include ::DataModel::Fixtures
  extend ::DataModel::Fixtures
  extend ::DataModel::Fixtures::Time

  # source://data_model//lib/data_model/fixtures/time.rb#44
  sig { returns(::DataModel::Fixtures::Example) }
  def earliest; end

  # source://data_model//lib/data_model/fixtures/time.rb#10
  sig { returns(::Time) }
  def earliest_time; end

  # source://data_model//lib/data_model/fixtures/time.rb#49
  sig { returns(::DataModel::Fixtures::Example) }
  def latest; end

  # source://data_model//lib/data_model/fixtures/time.rb#15
  sig { returns(::Time) }
  def latest_time; end

  # source://data_model//lib/data_model/fixtures/time.rb#39
  sig { returns(::DataModel::Fixtures::Example) }
  def optional; end

  # source://data_model//lib/data_model/fixtures/time.rb#34
  sig { returns(::DataModel::Fixtures::Example) }
  def simple; end

  # source://data_model//lib/data_model/fixtures/time.rb#20
  sig { returns(T::Hash[::DataModel::Fixtures::Symbol, ::Object]) }
  def variants; end
end

# source://data_model//lib/data_model/logging.rb#6
module DataModel::Logging
  # source://data_model//lib/data_model/logging.rb#11
  sig { returns(::Logger) }
  def log; end
end

# source://data_model//lib/data_model/model.rb#4
class DataModel::Model
  # source://data_model//lib/data_model/model.rb#8
  sig { params(schema: T::Array[::Object], type: ::DataModel::Type).void }
  def initialize(schema, type); end

  # Read data with the model. This will return a tuple of [data, error]
  #
  # source://data_model//lib/data_model/model.rb#26
  sig { params(data: ::Object).returns([::Object, ::DataModel::Error]) }
  def coerce(data); end

  # source://data_model//lib/data_model/model.rb#14
  sig { returns(T::Array[::Object]) }
  def schema; end

  # Validate data against the model. This will return true if the data is valid,
  # or false if it is not. If it is not valid, it will raise an exception.
  #
  # source://data_model//lib/data_model/model.rb#19
  sig { params(data: ::Object).returns(::DataModel::Error) }
  def validate(data); end
end

# source://data_model//lib/data_model/scanner.rb#20
module DataModel::Scanner
  include ::DataModel::Logging
  extend ::DataModel::Logging
  extend ::DataModel::Scanner

  # Scan a schema, which is defined as a data structure, into a struct that is easier to work with.
  # "Syntax" validations will be enforced at this level.
  #
  # source://data_model//lib/data_model/scanner.rb#36
  sig { params(schema: T::Array[::Object], registry: ::DataModel::TypeRegistry).returns(::DataModel::Scanner::Node) }
  def scan(schema, registry = T.unsafe(nil)); end
end

# source://data_model//lib/data_model/scanner.rb#27
class DataModel::Scanner::Node < ::T::Struct
  prop :type, ::Symbol, default: T.unsafe(nil)
  prop :args, T::Hash[::Symbol, ::Object], default: T.unsafe(nil)
  prop :params, T::Array[::Object], default: T.unsafe(nil)

  class << self
    # source://sorbet-runtime/0.5.10810/lib/types/struct.rb#13
    def inherited(s); end
  end
end

# source://data_model//lib/data_model.rb#20
DataModel::TData = T.type_alias { ::Object }

# an error is a tuple of [error_type, error_context], where context
# provides additional information about the error
#
# source://data_model//lib/data_model.rb#24
DataModel::TError = T.type_alias { [::Symbol, ::Object] }

# source://data_model//lib/data_model.rb#19
DataModel::TSchema = T.type_alias { T::Array[::Object] }

# a map of symbol => type, suitable for sending to a TypeRegistry
#
# source://data_model//lib/data_model.rb#27
DataModel::TTypeMap = T.type_alias { T::Hash[::Symbol, T.class_of(DataModel::Type)] }

# source://data_model//lib/data_model/testing.rb#4
module DataModel::Testing; end

# source://data_model//lib/data_model/testing/minitest.rb#6
module DataModel::Testing::Minitest
  include ::Minitest::Assertions

  # source://data_model//lib/data_model/testing/minitest.rb#12
  sig { params(err: ::DataModel::Error, type: ::Symbol, key: T.nilable(::Symbol)).void }
  def assert_child_model_error(err, type, key = T.unsafe(nil)); end

  # source://data_model//lib/data_model/testing/minitest.rb#22
  sig { params(err: ::DataModel::Error, type: ::Symbol).void }
  def assert_model_error(err, type); end

  # source://data_model//lib/data_model/testing/minitest.rb#64
  sig { params(err: ::DataModel::Error, type: T.nilable(::Symbol)).void }
  def refute_all_errors(err, type = T.unsafe(nil)); end

  # source://data_model//lib/data_model/testing/minitest.rb#31
  sig { params(err: ::DataModel::Error, type: T.nilable(::Symbol), key: T.nilable(::Symbol)).void }
  def refute_child_model_error(err, type = T.unsafe(nil), key = T.unsafe(nil)); end

  # source://data_model//lib/data_model/testing/minitest.rb#48
  sig { params(err: ::DataModel::Error, type: T.nilable(::Symbol)).void }
  def refute_model_error(err, type = T.unsafe(nil)); end
end

# @abstract It cannot be directly instantiated. Subclasses must implement the `abstract` methods below.
#
# source://data_model//lib/data_model/type.rb#5
class DataModel::Type
  abstract!

  # source://data_model//lib/data_model/type.rb#16
  sig { params(args: T::Hash[::Symbol, T.untyped], registry: ::DataModel::TypeRegistry).void }
  def initialize(args, registry: T.unsafe(nil)); end

  # configure must be overridden to use params
  #
  # source://data_model//lib/data_model/type.rb#26
  sig { overridable.params(params: T::Array[::Object]).void }
  def configure(params); end

  # instanciate another type
  #
  # source://data_model//lib/data_model/type.rb#40
  sig do
    params(
      name: ::Symbol,
      args: T::Hash[::Symbol, T.untyped],
      params: T.nilable(T::Array[::Object])
    ).returns(::DataModel::Type)
  end
  def instantiate(name, args: T.unsafe(nil), params: T.unsafe(nil)); end

  # invoke another type by name
  #
  # source://data_model//lib/data_model/type.rb#30
  sig do
    params(
      name: ::Symbol,
      val: ::Object,
      coerce: T::Boolean,
      args: T::Hash[::Symbol, T.untyped],
      params: T.nilable(T::Array[::Object])
    ).returns([::Object, ::DataModel::Error])
  end
  def invoke(name, val, coerce: T.unsafe(nil), args: T.unsafe(nil), params: T.unsafe(nil)); end

  # default reader
  #
  # @abstract
  #
  # source://data_model//lib/data_model/type.rb#48
  sig { abstract.params(data: ::Object, coerce: T::Boolean).returns([::Object, ::DataModel::Error]) }
  def read(data, coerce: T.unsafe(nil)); end

  # source://data_model//lib/data_model/type.rb#22
  sig { returns(T::Hash[::Symbol, T.untyped]) }
  def type_args; end

  class << self
    # source://sorbet-runtime/0.5.10810/lib/types/private/abstract/declare.rb#37
    def new(*args, **_arg1, &blk); end
  end
end

# source://data_model//lib/data_model/type.rb#11
DataModel::Type::TArguments = T.type_alias { T::Hash[::Symbol, T.untyped] }

# source://data_model//lib/data_model/type.rb#12
DataModel::Type::TTypeParams = T.type_alias { T::Array[::Object] }

# source://data_model//lib/data_model/type.rb#13
DataModel::Type::TTypeResult = T.type_alias { [::Object, ::DataModel::Error] }

# TypeRegistry allows for different type implementations to be used by the scanner.
# It also acts as an error message registry, mostly for pragmatic reasons.
#
# source://data_model//lib/data_model/type_registry.rb#6
class DataModel::TypeRegistry
  include ::DataModel::Errors

  # Instanciate a new type registry. Default errors will always be used, but additional
  # errors can be registered.
  #
  # source://data_model//lib/data_model/type_registry.rb#31
  sig do
    params(
      types: T::Hash[::Symbol, T.class_of(DataModel::Type)],
      errors: T.nilable(T::Hash[::Symbol, T.proc.params(ctx: T.untyped).returns(::String)])
    ).void
  end
  def initialize(types: T.unsafe(nil), errors: T.unsafe(nil)); end

  # Register a type on this instance
  #
  # source://data_model//lib/data_model/type_registry.rb#42
  sig { params(name: ::Symbol, type: T.class_of(DataModel::Type)).void }
  def register(name, type); end

  # Access and configure registered type
  #
  # source://data_model//lib/data_model/type_registry.rb#54
  sig do
    params(
      name: ::Symbol,
      args: T::Hash[::Symbol, T.untyped],
      params: T.nilable(T::Array[::Object])
    ).returns(::DataModel::Type)
  end
  def type(name, args: T.unsafe(nil), params: T.unsafe(nil)); end

  # Check if a type is registered
  #
  # source://data_model//lib/data_model/type_registry.rb#48
  sig { params(name: ::Symbol).returns(T::Boolean) }
  def type?(name); end

  class << self
    # Default types that will be used if alternative type map is not given
    #
    # source://data_model//lib/data_model/type_registry.rb#12
    sig { returns(T::Hash[::Symbol, T.class_of(DataModel::Type)]) }
    def default_types; end

    # Singleton instance that will be used globally unless instances given
    #
    # source://data_model//lib/data_model/type_registry.rb#18
    sig do
      params(
        types: T::Hash[::Symbol, T.class_of(DataModel::Type)],
        errors: T.nilable(T::Hash[::Symbol, T.proc.params(ctx: T.untyped).returns(::String)])
      ).returns(::DataModel::TypeRegistry)
    end
    def instance(types: T.unsafe(nil), errors: T.unsafe(nil)); end

    # Register a type on the global instance
    #
    # source://data_model//lib/data_model/type_registry.rb#24
    sig { params(name: ::Symbol, type: T.class_of(DataModel::Type)).void }
    def register(name, type); end
  end
end

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