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semantic/semantic-java/src/Language/Java/AST.hs at main · github/semantic · GitHub
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--
Language definition for Java, generated by ast-generate. Do not edit!
{-#
LANGUAGE
CPP #-}
{-#
LANGUAGE
DataKinds #-}
{-#
LANGUAGE
DeriveAnyClass #-}
{-#
LANGUAGE
DeriveGeneric #-}
{-#
LANGUAGE
DeriveTraversable #-}
{-#
LANGUAGE
DerivingStrategies #-}
{-#
LANGUAGE
DuplicateRecordFields #-}
{-#
LANGUAGE
FlexibleInstances #-}
{-#
LANGUAGE
GeneralizedNewtypeDeriving #-}
{-#
LANGUAGE
KindSignatures #-}
{-#
LANGUAGE
MultiParamTypeClasses #-}
{-#
LANGUAGE
QuantifiedConstraints #-}
{-#
LANGUAGE
StandaloneDeriving #-}
{-#
LANGUAGE
TemplateHaskell #-}
{-#
LANGUAGE
TypeApplications #-}
{-#
LANGUAGE
TypeOperators #-}
{-#
LANGUAGE
UndecidableInstances #-}
{-#
OPTIONS_GHC
-fno-warn-unused-imports #-}
module
Language.Java.AST
(
module
Language.Java.AST
,
getTestCorpusDir
)
where
import
qualified
AST.Parse
import
qualified
AST.Token
import
qualified
AST.Traversable1.Class
import
qualified
AST.Unmarshal
import
qualified
Data.Foldable
import
qualified
Data.List
as
Data.OldList
import
qualified
Data.Maybe
as
GHC.Maybe
import
qualified
Data.Text.Internal
import
qualified
Data.Traversable
import
qualified
GHC.Base
import
qualified
GHC.Generics
import
qualified
GHC.Records
import
qualified
GHC.Show
import
TreeSitter.Java
(
getTestCorpusDir
)
import
qualified
TreeSitter.Node
import
qualified
Prelude
as
GHC.Classes
debugSymbolNames
::
[
GHC.Base.
String
]
debugSymbolNames
=
debugSymbolNames_0
debugSymbolNames_0
::
[
GHC.Base.
String
]
debugSymbolNames_0
=
[
"
end
"
,
"
identifier
"
,
"
decimal_integer_literal
"
,
"
hex_integer_literal
"
,
"
octal_integer_literal
"
,
"
binary_integer_literal
"
,
"
decimal_floating_point_literal
"
,
"
hex_floating_point_literal
"
,
"
true
"
,
"
false
"
,
"
character_literal
"
,
"
string_literal
"
,
"
null_literal
"
,
"
_(
"
,
"
_&
"
,
"
_)
"
,
"
_=
"
,
"
_+=
"
,
"
_-=
"
,
"
_*=
"
,
"
_/=
"
,
"
_&=
"
,
"
_|=
"
,
"
_^=
"
,
"
_%=
"
,
"
_<<=
"
,
"
_>>=
"
,
"
_>>>=
"
,
"
_>
"
,
"
_<
"
,
"
_==
"
,
"
_>=
"
,
"
_<=
"
,
"
_!=
"
,
"
_&&
"
,
"
_||
"
,
"
_+
"
,
"
_-
"
,
"
_*
"
,
"
_/
"
,
"
_|
"
,
"
_^
"
,
"
_%
"
,
"
_<<
"
,
"
_>>
"
,
"
_>>>
"
,
"
_instanceof
"
,
"
_->
"
,
"
_,
"
,
"
_?
"
,
"
_:
"
,
"
_!
"
,
"
_~
"
,
"
_++
"
,
"
_--
"
,
"
_new
"
,
"
_[
"
,
"
_]
"
,
"
_.
"
,
"
_class
"
,
"
_::
"
,
"
_extends
"
,
"
_;
"
,
"
_{
"
,
"
_}
"
,
"
_assert
"
,
"
_switch
"
,
"
_case
"
,
"
_default
"
,
"
_do
"
,
"
_while
"
,
"
_break
"
,
"
_continue
"
,
"
_return
"
,
"
_synchronized
"
,
"
_throw
"
,
"
_try
"
,
"
_catch
"
,
"
_finally
"
,
"
_if
"
,
"
_else
"
,
"
_for
"
,
"
_@
"
,
"
_open
"
,
"
_module
"
,
"
_requires
"
,
"
_exports
"
,
"
_to
"
,
"
_opens
"
,
"
_uses
"
,
"
_provides
"
,
"
_with
"
,
"
_transitive
"
,
"
_static
"
,
"
_package
"
,
"
_import
"
,
"
_enum
"
,
"
_public
"
,
"
_protected
"
,
"
_private
"
,
"
_abstract
"
,
"
_final
"
,
"
_strictfp
"
,
"
_native
"
,
"
_transient
"
,
"
_volatile
"
,
"
_implements
"
,
"
_@interface
"
,
"
_interface
"
,
"
_byte
"
,
"
_short
"
,
"
_int
"
,
"
_long
"
,
"
_char
"
,
"
_float
"
,
"
_double
"
,
"
boolean_type
"
,
"
void_type
"
,
"
_...
"
,
"
_throws
"
,
"
this
"
,
"
super
"
,
"
comment
"
,
"
program
"
,
"
_literal
"
,
"
_expression
"
,
"
cast_expression
"
,
"
assignment_expression
"
,
"
binary_expression
"
,
"
instanceof_expression
"
,
"
lambda_expression
"
,
"
inferred_parameters
"
,
"
ternary_expression
"
,
"
unary_expression
"
,
"
update_expression
"
,
"
_primary
"
,
"
array_creation_expression
"
,
"
dimensions_expr
"
,
"
parenthesized_expression
"
,
"
class_literal
"
,
"
object_creation_expression
"
,
"
_unqualified_object_creation_expression
"
,
"
field_access
"
,
"
array_access
"
,
"
method_invocation
"
,
"
argument_list
"
,
"
method_reference
"
,
"
type_arguments
"
,
"
wildcard
"
,
"
_wildcard_bounds
"
,
"
dimensions
"
,
"
_statement
"
,
"
block
"
,
"
expression_statement
"
,
"
labeled_statement
"
,
"
assert_statement
"
,
"
switch_statement
"
,
"
switch_block
"
,
"
switch_label
"
,
"
do_statement
"
,
"
break_statement
"
,
"
continue_statement
"
,
"
return_statement
"
,
"
synchronized_statement
"
,
"
throw_statement
"
,
"
try_statement
"
,
"
catch_clause
"
,
"
catch_formal_parameter
"
,
"
catch_type
"
,
"
finally_clause
"
,
"
try_with_resources_statement
"
,
"
resource_specification
"
,
"
resource
"
,
"
if_statement
"
,
"
while_statement
"
,
"
for_statement
"
,
"
for_init
"
,
"
enhanced_for_statement
"
,
"
_annotation
"
,
"
marker_annotation
"
,
"
annotation
"
,
"
annotation_argument_list
"
,
"
element_value_pair
"
,
"
_element_value
"
,
"
element_value_array_initializer
"
,
"
_declaration
"
,
"
module_declaration
"
,
"
module_directive
"
,
"
requires_modifier
"
,
"
module_name
"
,
"
package_declaration
"
,
"
import_declaration
"
,
"
asterisk
"
,
"
enum_declaration
"
,
"
enum_body
"
,
"
enum_body_declarations
"
,
"
enum_constant
"
,
"
class_declaration
"
,
"
modifiers
"
,
"
type_parameters
"
,
"
type_parameter
"
,
"
type_bound
"
,
"
superclass
"
,
"
super_interfaces
"
,
"
interface_type_list
"
,
"
class_body
"
,
"
static_initializer
"
,
"
constructor_declaration
"
,
"
_constructor_declarator
"
,
"
constructor_body
"
,
"
explicit_constructor_invocation
"
,
"
scoped_identifier
"
,
"
field_declaration
"
,
"
annotation_type_declaration
"
,
"
annotation_type_body
"
,
"
annotation_type_element_declaration
"
,
"
_default_value
"
,
"
interface_declaration
"
,
"
extends_interfaces
"
,
"
interface_body
"
,
"
constant_declaration
"
,
"
_variable_declarator_list
"
,
"
variable_declarator
"
,
"
_variable_declarator_id
"
,
"
array_initializer
"
,
"
_type
"
,
"
_unannotated_type
"
,
"
annotated_type
"
,
"
scoped_type_identifier
"
,
"
generic_type
"
,
"
array_type
"
,
"
integral_type
"
,
"
floating_point_type
"
,
"
_method_header
"
,
"
_method_declarator
"
,
"
formal_parameters
"
,
"
formal_parameter
"
,
"
receiver_parameter
"
,
"
spread_parameter
"
,
"
throws
"
,
"
local_variable_declaration_statement
"
,
"
local_variable_declaration
"
,
"
method_declaration
"
,
"
_program_repeat1
"
,
"
_cast_expression_repeat1
"
,
"
_inferred_parameters_repeat1
"
,
"
_array_creation_expression_repeat1
"
,
"
_dimensions_expr_repeat1
"
,
"
_class_literal_repeat1
"
,
"
_argument_list_repeat1
"
,
"
_type_arguments_repeat1
"
,
"
_dimensions_repeat1
"
,
"
_switch_block_repeat1
"
,
"
_try_statement_repeat1
"
,
"
_catch_type_repeat1
"
,
"
_resource_specification_repeat1
"
,
"
_annotation_argument_list_repeat1
"
,
"
_element_value_array_initializer_repeat1
"
,
"
_module_declaration_repeat1
"
,
"
_module_directive_repeat1
"
,
"
_module_directive_repeat2
"
,
"
_module_directive_repeat3
"
,
"
_import_declaration_repeat1
"
,
"
_enum_body_repeat1
"
,
"
_enum_body_declarations_repeat1
"
,
"
_modifiers_repeat1
"
,
"
_type_parameters_repeat1
"
,
"
_type_bound_repeat1
"
,
"
_interface_type_list_repeat1
"
,
"
_annotation_type_body_repeat1
"
,
"
_interface_body_repeat1
"
,
"
__variable_declarator_list_repeat1
"
,
"
_array_initializer_repeat1
"
,
"
_formal_parameters_repeat1
"
,
"
type_identifier
"
]
newtype
Declaration
a
=
Declaration
{
getDeclaration
::
((
AnnotationTypeDeclaration
GHC.Generics.
:+:
ClassDeclaration
GHC.Generics.
:+:
EnumDeclaration
GHC.Generics.
:+:
ImportDeclaration
GHC.Generics.
:+:
InterfaceDeclaration
GHC.Generics.
:+:
ModuleDeclaration
GHC.Generics.
:+:
PackageDeclaration
)
a
)
}
deriving
newtype
(
AST.Unmarshal.SymbolMatching
)
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_1
.
AST.Traversable1.Class.
Traversable1
a_1
)
instance
GHC.Records.
HasField
"
ann
"
(
Declaration
a_2
)
a_2
where
getField
=
AST.Unmarshal.
gann
GHC.Base.
.
getDeclaration
deriving
instance
GHC.Classes.
Eq
a_3
=>
GHC.Classes.
Eq
(
Declaration
a_3
)
deriving
instance
GHC.Classes.
Ord
a_4
=>
GHC.Classes.
Ord
(
Declaration
a_4
)
deriving
instance
GHC.Show.
Show
a_5
=>
GHC.Show.
Show
(
Declaration
a_5
)
instance
AST.Unmarshal.
Unmarshal
Declaration
instance
Data.Foldable.
Foldable
Declaration
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
Declaration
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
Declaration
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
newtype
Expression
a
=
Expression
{
getExpression
::
((
Primary
GHC.Generics.
:+:
AssignmentExpression
GHC.Generics.
:+:
BinaryExpression
GHC.Generics.
:+:
CastExpression
GHC.Generics.
:+:
Identifier
GHC.Generics.
:+:
InstanceofExpression
GHC.Generics.
:+:
LambdaExpression
GHC.Generics.
:+:
ScopedIdentifier
GHC.Generics.
:+:
TernaryExpression
GHC.Generics.
:+:
UnaryExpression
GHC.Generics.
:+:
UpdateExpression
)
a
)
}
deriving
newtype
(
AST.Unmarshal.SymbolMatching
)
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_6
.
AST.Traversable1.Class.
Traversable1
a_6
)
instance
GHC.Records.
HasField
"
ann
"
(
Expression
a_7
)
a_7
where
getField
=
AST.Unmarshal.
gann
GHC.Base.
.
getExpression
deriving
instance
GHC.Classes.
Eq
a_8
=>
GHC.Classes.
Eq
(
Expression
a_8
)
deriving
instance
GHC.Classes.
Ord
a_9
=>
GHC.Classes.
Ord
(
Expression
a_9
)
deriving
instance
GHC.Show.
Show
a_10
=>
GHC.Show.
Show
(
Expression
a_10
)
instance
AST.Unmarshal.
Unmarshal
Expression
instance
Data.Foldable.
Foldable
Expression
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
Expression
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
Expression
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
newtype
Literal
a
=
Literal
{
getLiteral
::
((
BinaryIntegerLiteral
GHC.Generics.
:+:
CharacterLiteral
GHC.Generics.
:+:
DecimalFloatingPointLiteral
GHC.Generics.
:+:
DecimalIntegerLiteral
GHC.Generics.
:+:
False
GHC.Generics.
:+:
HexFloatingPointLiteral
GHC.Generics.
:+:
HexIntegerLiteral
GHC.Generics.
:+:
NullLiteral
GHC.Generics.
:+:
OctalIntegerLiteral
GHC.Generics.
:+:
StringLiteral
GHC.Generics.
:+:
True
)
a
)
}
deriving
newtype
(
AST.Unmarshal.SymbolMatching
)
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_11
.
AST.Traversable1.Class.
Traversable1
a_11
)
instance
GHC.Records.
HasField
"
ann
"
(
Literal
a_12
)
a_12
where
getField
=
AST.Unmarshal.
gann
GHC.Base.
.
getLiteral
deriving
instance
GHC.Classes.
Eq
a_13
=>
GHC.Classes.
Eq
(
Literal
a_13
)
deriving
instance
GHC.Classes.
Ord
a_14
=>
GHC.Classes.
Ord
(
Literal
a_14
)
deriving
instance
GHC.Show.
Show
a_15
=>
GHC.Show.
Show
(
Literal
a_15
)
instance
AST.Unmarshal.
Unmarshal
Literal
instance
Data.Foldable.
Foldable
Literal
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
Literal
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
Literal
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
newtype
Primary
a
=
Primary
{
getPrimary
::
((
Literal
GHC.Generics.
:+:
ArrayAccess
GHC.Generics.
:+:
ArrayCreationExpression
GHC.Generics.
:+:
ClassLiteral
GHC.Generics.
:+:
FieldAccess
GHC.Generics.
:+:
MethodInvocation
GHC.Generics.
:+:
MethodReference
GHC.Generics.
:+:
ObjectCreationExpression
GHC.Generics.
:+:
ParenthesizedExpression
GHC.Generics.
:+:
This
)
a
)
}
deriving
newtype
(
AST.Unmarshal.SymbolMatching
)
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_16
.
AST.Traversable1.Class.
Traversable1
a_16
)
instance
GHC.Records.
HasField
"
ann
"
(
Primary
a_17
)
a_17
where
getField
=
AST.Unmarshal.
gann
GHC.Base.
.
getPrimary
deriving
instance
GHC.Classes.
Eq
a_18
=>
GHC.Classes.
Eq
(
Primary
a_18
)
deriving
instance
GHC.Classes.
Ord
a_19
=>
GHC.Classes.
Ord
(
Primary
a_19
)
deriving
instance
GHC.Show.
Show
a_20
=>
GHC.Show.
Show
(
Primary
a_20
)
instance
AST.Unmarshal.
Unmarshal
Primary
instance
Data.Foldable.
Foldable
Primary
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
Primary
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
Primary
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
newtype
SimpleType
a
=
SimpleType
{
getSimpleType
::
((
BooleanType
GHC.Generics.
:+:
FloatingPointType
GHC.Generics.
:+:
GenericType
GHC.Generics.
:+:
IntegralType
GHC.Generics.
:+:
ScopedTypeIdentifier
GHC.Generics.
:+:
TypeIdentifier
GHC.Generics.
:+:
VoidType
)
a
)
}
deriving
newtype
(
AST.Unmarshal.SymbolMatching
)
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_21
.
AST.Traversable1.Class.
Traversable1
a_21
)
instance
GHC.Records.
HasField
"
ann
"
(
SimpleType
a_22
)
a_22
where
getField
=
AST.Unmarshal.
gann
GHC.Base.
.
getSimpleType
deriving
instance
GHC.Classes.
Eq
a_23
=>
GHC.Classes.
Eq
(
SimpleType
a_23
)
deriving
instance
GHC.Classes.
Ord
a_24
=>
GHC.Classes.
Ord
(
SimpleType
a_24
)
deriving
instance
GHC.Show.
Show
a_25
=>
GHC.Show.
Show
(
SimpleType
a_25
)
instance
AST.Unmarshal.
Unmarshal
SimpleType
instance
Data.Foldable.
Foldable
SimpleType
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
SimpleType
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
SimpleType
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
newtype
Statement
a
=
Statement
{
getStatement
::
((
AnonymousSemicolon
GHC.Generics.
:+:
Declaration
GHC.Generics.
:+:
AssertStatement
GHC.Generics.
:+:
Block
GHC.Generics.
:+:
BreakStatement
GHC.Generics.
:+:
ContinueStatement
GHC.Generics.
:+:
DoStatement
GHC.Generics.
:+:
EnhancedForStatement
GHC.Generics.
:+:
ExpressionStatement
GHC.Generics.
:+:
ForStatement
GHC.Generics.
:+:
IfStatement
GHC.Generics.
:+:
LabeledStatement
GHC.Generics.
:+:
LocalVariableDeclarationStatement
GHC.Generics.
:+:
ReturnStatement
GHC.Generics.
:+:
SwitchStatement
GHC.Generics.
:+:
SynchronizedStatement
GHC.Generics.
:+:
ThrowStatement
GHC.Generics.
:+:
TryStatement
GHC.Generics.
:+:
TryWithResourcesStatement
GHC.Generics.
:+:
WhileStatement
)
a
)
}
deriving
newtype
(
AST.Unmarshal.SymbolMatching
)
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_26
.
AST.Traversable1.Class.
Traversable1
a_26
)
instance
GHC.Records.
HasField
"
ann
"
(
Statement
a_27
)
a_27
where
getField
=
AST.Unmarshal.
gann
GHC.Base.
.
getStatement
deriving
instance
GHC.Classes.
Eq
a_28
=>
GHC.Classes.
Eq
(
Statement
a_28
)
deriving
instance
GHC.Classes.
Ord
a_29
=>
GHC.Classes.
Ord
(
Statement
a_29
)
deriving
instance
GHC.Show.
Show
a_30
=>
GHC.Show.
Show
(
Statement
a_30
)
instance
AST.Unmarshal.
Unmarshal
Statement
instance
Data.Foldable.
Foldable
Statement
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
Statement
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
Statement
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
newtype
Type
a
=
Type
{
getType
::
((
UnannotatedType
GHC.Generics.
:+:
AnnotatedType
)
a
)
}
deriving
newtype
(
AST.Unmarshal.SymbolMatching
)
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_31
.
AST.Traversable1.Class.
Traversable1
a_31
)
instance
GHC.Records.
HasField
"
ann
"
(
Type
a_32
)
a_32
where
getField
=
AST.Unmarshal.
gann
GHC.Base.
.
getType
deriving
instance
GHC.Classes.
Eq
a_33
=>
GHC.Classes.
Eq
(
Type
a_33
)
deriving
instance
GHC.Classes.
Ord
a_34
=>
GHC.Classes.
Ord
(
Type
a_34
)
deriving
instance
GHC.Show.
Show
a_35
=>
GHC.Show.
Show
(
Type
a_35
)
instance
AST.Unmarshal.
Unmarshal
Type
instance
Data.Foldable.
Foldable
Type
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
Type
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
Type
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
newtype
UnannotatedType
a
=
UnannotatedType
{
getUnannotatedType
::
((
SimpleType
GHC.Generics.
:+:
ArrayType
)
a
)
}
deriving
newtype
(
AST.Unmarshal.SymbolMatching
)
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_36
.
AST.Traversable1.Class.
Traversable1
a_36
)
instance
GHC.Records.
HasField
"
ann
"
(
UnannotatedType
a_37
)
a_37
where
getField
=
AST.Unmarshal.
gann
GHC.Base.
.
getUnannotatedType
deriving
instance
GHC.Classes.
Eq
a_38
=>
GHC.Classes.
Eq
(
UnannotatedType
a_38
)
deriving
instance
GHC.Classes.
Ord
a_39
=>
GHC.Classes.
Ord
(
UnannotatedType
a_39
)
deriving
instance
GHC.Show.
Show
a_40
=>
GHC.Show.
Show
(
UnannotatedType
a_40
)
instance
AST.Unmarshal.
Unmarshal
UnannotatedType
instance
Data.Foldable.
Foldable
UnannotatedType
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
UnannotatedType
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
UnannotatedType
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
data
AnnotatedType
a
=
AnnotatedType
{
ann
::
a
,
extraChildren
::
(
GHC.Base.
NonEmpty
(
AST.Parse.
Err
((
UnannotatedType
GHC.Generics.
:+:
Annotation
GHC.Generics.
:+:
MarkerAnnotation
)
a
)))
}
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_41
.
AST.Traversable1.Class.
Traversable1
a_41
)
instance
AST.Unmarshal.
SymbolMatching
AnnotatedType
where
matchedSymbols _
=
[
227
]
showFailure _ node_42
=
"
expected
"
GHC.Base.
<>
(
"
annotated_type
"
GHC.Base.
<>
(
"
but got
"
GHC.Base.
<>
(
if
TreeSitter.Node.
nodeSymbol node_42
GHC.Classes.
==
65535
then
"
ERROR
"
else
Data.OldList.
genericIndex debugSymbolNames (
TreeSitter.Node.
nodeSymbol node_42)
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r1_43
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c1_44
GHC.Base.
<>
(
"
] -
"
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r2_45
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c2_46
GHC.Base.
<>
"
]
"
)))))))))
)
)
)
where
TreeSitter.Node.
TSPoint
r1_43
c1_44
=
TreeSitter.Node.
nodeStartPoint node_42
TreeSitter.Node.
TSPoint
r2_45
c2_46
=
TreeSitter.Node.
nodeEndPoint node_42
deriving
instance
GHC.Classes.
Eq
a_47
=>
GHC.Classes.
Eq
(
AnnotatedType
a_47
)
deriving
instance
GHC.Classes.
Ord
a_48
=>
GHC.Classes.
Ord
(
AnnotatedType
a_48
)
deriving
instance
GHC.Show.
Show
a_49
=>
GHC.Show.
Show
(
AnnotatedType
a_49
)
instance
AST.Unmarshal.
Unmarshal
AnnotatedType
instance
Data.Foldable.
Foldable
AnnotatedType
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
AnnotatedType
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
AnnotatedType
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
data
Annotation
a
=
Annotation
{
ann
::
a
,
arguments
::
(
AST.Parse.
Err
(
AnnotationArgumentList
a
)),
name
::
(
AST.Parse.
Err
((
Identifier
GHC.Generics.
:+:
ScopedIdentifier
)
a
))
}
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_50
.
AST.Traversable1.Class.
Traversable1
a_50
)
instance
AST.Unmarshal.
SymbolMatching
Annotation
where
matchedSymbols _
=
[
180
]
showFailure _ node_51
=
"
expected
"
GHC.Base.
<>
(
"
annotation
"
GHC.Base.
<>
(
"
but got
"
GHC.Base.
<>
(
if
TreeSitter.Node.
nodeSymbol node_51
GHC.Classes.
==
65535
then
"
ERROR
"
else
Data.OldList.
genericIndex debugSymbolNames (
TreeSitter.Node.
nodeSymbol node_51)
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r1_52
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c1_53
GHC.Base.
<>
(
"
] -
"
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r2_54
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c2_55
GHC.Base.
<>
"
]
"
)))))))))
)
)
)
where
TreeSitter.Node.
TSPoint
r1_52
c1_53
=
TreeSitter.Node.
nodeStartPoint node_51
TreeSitter.Node.
TSPoint
r2_54
c2_55
=
TreeSitter.Node.
nodeEndPoint node_51
deriving
instance
GHC.Classes.
Eq
a_56
=>
GHC.Classes.
Eq
(
Annotation
a_56
)
deriving
instance
GHC.Classes.
Ord
a_57
=>
GHC.Classes.
Ord
(
Annotation
a_57
)
deriving
instance
GHC.Show.
Show
a_58
=>
GHC.Show.
Show
(
Annotation
a_58
)
instance
AST.Unmarshal.
Unmarshal
Annotation
instance
Data.Foldable.
Foldable
Annotation
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
Annotation
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
Annotation
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
data
AnnotationArgumentList
a
=
AnnotationArgumentList
{
ann
::
a
,
extraChildren
::
([
AST.Parse.
Err
((
Expression
GHC.Generics.
:+:
Annotation
GHC.Generics.
:+:
ElementValueArrayInitializer
GHC.Generics.
:+:
ElementValuePair
GHC.Generics.
:+:
MarkerAnnotation
)
a
)])
}
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_59
.
AST.Traversable1.Class.
Traversable1
a_59
)
instance
AST.Unmarshal.
SymbolMatching
AnnotationArgumentList
where
matchedSymbols _
=
[
181
]
showFailure _ node_60
=
"
expected
"
GHC.Base.
<>
(
"
annotation_argument_list
"
GHC.Base.
<>
(
"
but got
"
GHC.Base.
<>
(
if
TreeSitter.Node.
nodeSymbol node_60
GHC.Classes.
==
65535
then
"
ERROR
"
else
Data.OldList.
genericIndex debugSymbolNames (
TreeSitter.Node.
nodeSymbol node_60)
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r1_61
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c1_62
GHC.Base.
<>
(
"
] -
"
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r2_63
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c2_64
GHC.Base.
<>
"
]
"
)))))))))
)
)
)
where
TreeSitter.Node.
TSPoint
r1_61
c1_62
=
TreeSitter.Node.
nodeStartPoint node_60
TreeSitter.Node.
TSPoint
r2_63
c2_64
=
TreeSitter.Node.
nodeEndPoint node_60
deriving
instance
GHC.Classes.
Eq
a_65
=>
GHC.Classes.
Eq
(
AnnotationArgumentList
a_65
)
deriving
instance
GHC.Classes.
Ord
a_66
=>
GHC.Classes.
Ord
(
AnnotationArgumentList
a_66
)
deriving
instance
GHC.Show.
Show
a_67
=>
GHC.Show.
Show
(
AnnotationArgumentList
a_67
)
instance
AST.Unmarshal.
Unmarshal
AnnotationArgumentList
instance
Data.Foldable.
Foldable
AnnotationArgumentList
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
AnnotationArgumentList
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
AnnotationArgumentList
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
data
AnnotationTypeBody
a
=
AnnotationTypeBody
{
ann
::
a
,
extraChildren
::
([
AST.Parse.
Err
((
AnnotationTypeDeclaration
GHC.Generics.
:+:
AnnotationTypeElementDeclaration
GHC.Generics.
:+:
ClassDeclaration
GHC.Generics.
:+:
ConstantDeclaration
GHC.Generics.
:+:
InterfaceDeclaration
)
a
)])
}
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_68
.
AST.Traversable1.Class.
Traversable1
a_68
)
instance
AST.Unmarshal.
SymbolMatching
AnnotationTypeBody
where
matchedSymbols _
=
[
214
]
showFailure _ node_69
=
"
expected
"
GHC.Base.
<>
(
"
annotation_type_body
"
GHC.Base.
<>
(
"
but got
"
GHC.Base.
<>
(
if
TreeSitter.Node.
nodeSymbol node_69
GHC.Classes.
==
65535
then
"
ERROR
"
else
Data.OldList.
genericIndex debugSymbolNames (
TreeSitter.Node.
nodeSymbol node_69)
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r1_70
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c1_71
GHC.Base.
<>
(
"
] -
"
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r2_72
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c2_73
GHC.Base.
<>
"
]
"
)))))))))
)
)
)
where
TreeSitter.Node.
TSPoint
r1_70
c1_71
=
TreeSitter.Node.
nodeStartPoint node_69
TreeSitter.Node.
TSPoint
r2_72
c2_73
=
TreeSitter.Node.
nodeEndPoint node_69
deriving
instance
GHC.Classes.
Eq
a_74
=>
GHC.Classes.
Eq
(
AnnotationTypeBody
a_74
)
deriving
instance
GHC.Classes.
Ord
a_75
=>
GHC.Classes.
Ord
(
AnnotationTypeBody
a_75
)
deriving
instance
GHC.Show.
Show
a_76
=>
GHC.Show.
Show
(
AnnotationTypeBody
a_76
)
instance
AST.Unmarshal.
Unmarshal
AnnotationTypeBody
instance
Data.Foldable.
Foldable
AnnotationTypeBody
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
AnnotationTypeBody
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
AnnotationTypeBody
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
data
AnnotationTypeDeclaration
a
=
AnnotationTypeDeclaration
{
ann
::
a
,
body
::
(
AST.Parse.
Err
(
AnnotationTypeBody
a
)),
name
::
(
AST.Parse.
Err
(
Identifier
a
)),
extraChildren
::
(
GHC.Maybe.
Maybe
(
AST.Parse.
Err
(
Modifiers
a
)))
}
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_77
.
AST.Traversable1.Class.
Traversable1
a_77
)
instance
AST.Unmarshal.
SymbolMatching
AnnotationTypeDeclaration
where
matchedSymbols _
=
[
213
]
showFailure _ node_78
=
"
expected
"
GHC.Base.
<>
(
"
annotation_type_declaration
"
GHC.Base.
<>
(
"
but got
"
GHC.Base.
<>
(
if
TreeSitter.Node.
nodeSymbol node_78
GHC.Classes.
==
65535
then
"
ERROR
"
else
Data.OldList.
genericIndex debugSymbolNames (
TreeSitter.Node.
nodeSymbol node_78)
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r1_79
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c1_80
GHC.Base.
<>
(
"
] -
"
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r2_81
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c2_82
GHC.Base.
<>
"
]
"
)))))))))
)
)
)
where
TreeSitter.Node.
TSPoint
r1_79
c1_80
=
TreeSitter.Node.
nodeStartPoint node_78
TreeSitter.Node.
TSPoint
r2_81
c2_82
=
TreeSitter.Node.
nodeEndPoint node_78
deriving
instance
GHC.Classes.
Eq
a_83
=>
GHC.Classes.
Eq
(
AnnotationTypeDeclaration
a_83
)
deriving
instance
GHC.Classes.
Ord
a_84
=>
GHC.Classes.
Ord
(
AnnotationTypeDeclaration
a_84
)
deriving
instance
GHC.Show.
Show
a_85
=>
GHC.Show.
Show
(
AnnotationTypeDeclaration
a_85
)
instance
AST.Unmarshal.
Unmarshal
AnnotationTypeDeclaration
instance
Data.Foldable.
Foldable
AnnotationTypeDeclaration
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
AnnotationTypeDeclaration
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
AnnotationTypeDeclaration
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
data
AnnotationTypeElementDeclaration
a
=
AnnotationTypeElementDeclaration
{
ann
::
a
,
value
::
(
GHC.Maybe.
Maybe
(
AST.Parse.
Err
((
Expression
GHC.Generics.
:+:
Annotation
GHC.Generics.
:+:
ElementValueArrayInitializer
GHC.Generics.
:+:
MarkerAnnotation
)
a
))),
name
::
(
AST.Parse.
Err
(
Identifier
a
)),
type'
::
(
AST.Parse.
Err
(
UnannotatedType
a
)),
dimensions
::
(
GHC.Maybe.
Maybe
(
AST.Parse.
Err
(
Dimensions
a
))),
extraChildren
::
(
GHC.Maybe.
Maybe
(
AST.Parse.
Err
(
Modifiers
a
)))
}
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_86
.
AST.Traversable1.Class.
Traversable1
a_86
)
instance
AST.Unmarshal.
SymbolMatching
AnnotationTypeElementDeclaration
where
matchedSymbols _
=
[
215
]
showFailure _ node_87
=
"
expected
"
GHC.Base.
<>
(
"
annotation_type_element_declaration
"
GHC.Base.
<>
(
"
but got
"
GHC.Base.
<>
(
if
TreeSitter.Node.
nodeSymbol node_87
GHC.Classes.
==
65535
then
"
ERROR
"
else
Data.OldList.
genericIndex debugSymbolNames (
TreeSitter.Node.
nodeSymbol node_87)
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r1_88
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c1_89
GHC.Base.
<>
(
"
] -
"
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r2_90
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c2_91
GHC.Base.
<>
"
]
"
)))))))))
)
)
)
where
TreeSitter.Node.
TSPoint
r1_88
c1_89
=
TreeSitter.Node.
nodeStartPoint node_87
TreeSitter.Node.
TSPoint
r2_90
c2_91
=
TreeSitter.Node.
nodeEndPoint node_87
deriving
instance
GHC.Classes.
Eq
a_92
=>
GHC.Classes.
Eq
(
AnnotationTypeElementDeclaration
a_92
)
deriving
instance
GHC.Classes.
Ord
a_93
=>
GHC.Classes.
Ord
(
AnnotationTypeElementDeclaration
a_93
)
deriving
instance
GHC.Show.
Show
a_94
=>
GHC.Show.
Show
(
AnnotationTypeElementDeclaration
a_94
)
instance
AST.Unmarshal.
Unmarshal
AnnotationTypeElementDeclaration
instance
Data.Foldable.
Foldable
AnnotationTypeElementDeclaration
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
AnnotationTypeElementDeclaration
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
AnnotationTypeElementDeclaration
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
data
ArgumentList
a
=
ArgumentList
{
ann
::
a
,
extraChildren
::
([
AST.Parse.
Err
(
Expression
a
)])
}
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_95
.
AST.Traversable1.Class.
Traversable1
a_95
)
instance
AST.Unmarshal.
SymbolMatching
ArgumentList
where
matchedSymbols _
=
[
145
]
showFailure _ node_96
=
"
expected
"
GHC.Base.
<>
(
"
argument_list
"
GHC.Base.
<>
(
"
but got
"
GHC.Base.
<>
(
if
TreeSitter.Node.
nodeSymbol node_96
GHC.Classes.
==
65535
then
"
ERROR
"
else
Data.OldList.
genericIndex debugSymbolNames (
TreeSitter.Node.
nodeSymbol node_96)
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r1_97
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c1_98
GHC.Base.
<>
(
"
] -
"
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r2_99
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c2_100
GHC.Base.
<>
"
]
"
)))))))))
)
)
)
where
TreeSitter.Node.
TSPoint
r1_97
c1_98
=
TreeSitter.Node.
nodeStartPoint node_96
TreeSitter.Node.
TSPoint
r2_99
c2_100
=
TreeSitter.Node.
nodeEndPoint node_96
deriving
instance
GHC.Classes.
Eq
a_101
=>
GHC.Classes.
Eq
(
ArgumentList
a_101
)
deriving
instance
GHC.Classes.
Ord
a_102
=>
GHC.Classes.
Ord
(
ArgumentList
a_102
)
deriving
instance
GHC.Show.
Show
a_103
=>
GHC.Show.
Show
(
ArgumentList
a_103
)
instance
AST.Unmarshal.
Unmarshal
ArgumentList
instance
Data.Foldable.
Foldable
ArgumentList
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
ArgumentList
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
ArgumentList
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
data
ArrayAccess
a
=
ArrayAccess
{
ann
::
a
,
array
::
(
AST.Parse.
Err
((
Primary
GHC.Generics.
:+:
Identifier
GHC.Generics.
:+:
ScopedIdentifier
)
a
)),
index
::
(
AST.Parse.
Err
(
Expression
a
))
}
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_104
.
AST.Traversable1.Class.
Traversable1
a_104
)
instance
AST.Unmarshal.
SymbolMatching
ArrayAccess
where
matchedSymbols _
=
[
143
]
showFailure _ node_105
=
"
expected
"
GHC.Base.
<>
(
"
array_access
"
GHC.Base.
<>
(
"
but got
"
GHC.Base.
<>
(
if
TreeSitter.Node.
nodeSymbol node_105
GHC.Classes.
==
65535
then
"
ERROR
"
else
Data.OldList.
genericIndex debugSymbolNames (
TreeSitter.Node.
nodeSymbol node_105)
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r1_106
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c1_107
GHC.Base.
<>
(
"
] -
"
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r2_108
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c2_109
GHC.Base.
<>
"
]
"
)))))))))
)
)
)
where
TreeSitter.Node.
TSPoint
r1_106
c1_107
=
TreeSitter.Node.
nodeStartPoint node_105
TreeSitter.Node.
TSPoint
r2_108
c2_109
=
TreeSitter.Node.
nodeEndPoint node_105
deriving
instance
GHC.Classes.
Eq
a_110
=>
GHC.Classes.
Eq
(
ArrayAccess
a_110
)
deriving
instance
GHC.Classes.
Ord
a_111
=>
GHC.Classes.
Ord
(
ArrayAccess
a_111
)
deriving
instance
GHC.Show.
Show
a_112
=>
GHC.Show.
Show
(
ArrayAccess
a_112
)
instance
AST.Unmarshal.
Unmarshal
ArrayAccess
instance
Data.Foldable.
Foldable
ArrayAccess
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
ArrayAccess
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
ArrayAccess
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
data
ArrayCreationExpression
a
=
ArrayCreationExpression
{
ann
::
a
,
value
::
(
GHC.Maybe.
Maybe
(
AST.Parse.
Err
(
ArrayInitializer
a
))),
type'
::
(
AST.Parse.
Err
(
SimpleType
a
)),
dimensions
::
(
GHC.Base.
NonEmpty
(
AST.Parse.
Err
((
Dimensions
GHC.Generics.
:+:
DimensionsExpr
)
a
)))
}
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_113
.
AST.Traversable1.Class.
Traversable1
a_113
)
instance
AST.Unmarshal.
SymbolMatching
ArrayCreationExpression
where
matchedSymbols _
=
[
136
]
showFailure _ node_114
=
"
expected
"
GHC.Base.
<>
(
"
array_creation_expression
"
GHC.Base.
<>
(
"
but got
"
GHC.Base.
<>
(
if
TreeSitter.Node.
nodeSymbol node_114
GHC.Classes.
==
65535
then
"
ERROR
"
else
Data.OldList.
genericIndex debugSymbolNames (
TreeSitter.Node.
nodeSymbol node_114)
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r1_115
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c1_116
GHC.Base.
<>
(
"
] -
"
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r2_117
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c2_118
GHC.Base.
<>
"
]
"
)))))))))
)
)
)
where
TreeSitter.Node.
TSPoint
r1_115
c1_116
=
TreeSitter.Node.
nodeStartPoint node_114
TreeSitter.Node.
TSPoint
r2_117
c2_118
=
TreeSitter.Node.
nodeEndPoint node_114
deriving
instance
GHC.Classes.
Eq
a_119
=>
GHC.Classes.
Eq
(
ArrayCreationExpression
a_119
)
deriving
instance
GHC.Classes.
Ord
a_120
=>
GHC.Classes.
Ord
(
ArrayCreationExpression
a_120
)
deriving
instance
GHC.Show.
Show
a_121
=>
GHC.Show.
Show
(
ArrayCreationExpression
a_121
)
instance
AST.Unmarshal.
Unmarshal
ArrayCreationExpression
instance
Data.Foldable.
Foldable
ArrayCreationExpression
where
foldMap
=
AST.Traversable1.Class.
foldMapDefault1
instance
GHC.Base.
Functor
ArrayCreationExpression
where
fmap
=
AST.Traversable1.Class.
fmapDefault1
instance
Data.Traversable.
Traversable
ArrayCreationExpression
where
traverse
=
AST.Traversable1.Class.
traverseDefault1
data
ArrayInitializer
a
=
ArrayInitializer
{
ann
::
a
,
extraChildren
::
([
AST.Parse.
Err
((
Expression
GHC.Generics.
:+:
ArrayInitializer
)
a
)])
}
deriving
stock
(
GHC.Generics.Generic
,
GHC.Generics.Generic1
)
deriving
anyclass
(
forall
a_122
.
AST.Traversable1.Class.
Traversable1
a_122
)
instance
AST.Unmarshal.
SymbolMatching
ArrayInitializer
where
matchedSymbols _
=
[
224
]
showFailure _ node_123
=
"
expected
"
GHC.Base.
<>
(
"
array_initializer
"
GHC.Base.
<>
(
"
but got
"
GHC.Base.
<>
(
if
TreeSitter.Node.
nodeSymbol node_123
GHC.Classes.
==
65535
then
"
ERROR
"
else
Data.OldList.
genericIndex debugSymbolNames (
TreeSitter.Node.
nodeSymbol node_123)
GHC.Base.
<>
(
"
[
"
GHC.Base.
<>
(
GHC.Show.
show
r1_124
GHC.Base.
<>
(
"
,
"
GHC.Base.
<>
(
GHC.Show.
show
c1_125
GHC.Base.
<>
(
"
] -
"
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View remainder of file in raw view
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