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primitives_types.rs
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use super::builtins_types::exports::*;
use super::errors::exports::*;
use super::evaluator::exports::*;
use super::values::exports::*;
use super::constants::exports::*;
use super::primitives_procedures::exports::*;
use super::prelude::*;
pub mod exports {
pub use super::TypePrimitive0;
pub use super::TypePrimitive1;
pub use super::TypePrimitive2;
pub use super::TypePrimitive3;
pub use super::TypePrimitive4;
pub use super::TypePrimitive5;
pub use super::TypePrimitiveN;
pub use super::TypePrimitiveV;
pub use super::type_primitive_0_evaluate;
pub use super::type_primitive_1_evaluate;
pub use super::type_primitive_2_evaluate;
pub use super::type_primitive_3_evaluate;
pub use super::type_primitive_4_evaluate;
pub use super::type_primitive_5_evaluate;
pub use super::type_primitive_n_evaluate;
pub use super::type_primitive_1_evaluate_0;
pub use super::type_primitive_2_evaluate_0;
pub use super::type_primitive_3_evaluate_0;
pub use super::type_primitive_4_evaluate_0;
pub use super::type_primitive_n_evaluate_0;
pub use super::type_primitive_v_alternative_0;
pub use super::type_primitive_v_alternative_1;
pub use super::type_primitive_v_alternative_2;
pub use super::type_primitive_v_alternative_3;
pub use super::type_primitive_v_alternative_4;
pub use super::type_primitive_v_alternative_5;
pub use super::type_primitive_v_alternative_n;
#[ cfg ( feature = "vonuvoli_optimizer" ) ]
pub use super::type_primitive_0_attributes;
#[ cfg ( feature = "vonuvoli_optimizer" ) ]
pub use super::type_primitive_1_attributes;
#[ cfg ( feature = "vonuvoli_optimizer" ) ]
pub use super::type_primitive_2_attributes;
#[ cfg ( feature = "vonuvoli_optimizer" ) ]
pub use super::type_primitive_3_attributes;
#[ cfg ( feature = "vonuvoli_optimizer" ) ]
pub use super::type_primitive_4_attributes;
#[ cfg ( feature = "vonuvoli_optimizer" ) ]
pub use super::type_primitive_5_attributes;
#[ cfg ( feature = "vonuvoli_optimizer" ) ]
pub use super::type_primitive_n_attributes;
}
include! ("./macros_primitives.in");
macro_rules! def_type_primitive_enum {
( $identifier : ident, $arity : tt ) => (
def_primitives_enum! ($identifier, (procedure, $arity), {
IsNull,
IsNullNot,
IsVoid,
IsVoidNot,
IsUndefined,
IsUndefinedNot,
IsBoolean,
IsTrue,
IsTrueNot,
IsFalse,
IsFalseNot,
IsTrueOrEquivalent,
IsFalseOrEquivalent,
IsNumber,
IsNumberInteger,
IsNumberRational,
IsNumberReal,
IsNumberComplex,
IsNumberExact,
IsNumberExactInteger,
IsNumberInexact,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacter,
IsSymbol,
#[ cfg ( feature = "vonuvoli_values_keyword" ) ]
IsKeyword,
#[ cfg ( feature = "vonuvoli_values_unique" ) ]
IsUnique,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsString,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsStringImmutable,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
IsStringMutable,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsStringEmpty,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsStringImmutableEmpty,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
IsStringMutableEmpty,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsStringEmptyNot,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsStringImmutableEmptyNot,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
IsStringMutableEmptyNot,
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
IsBytes,
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
IsBytesImmutable,
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
IsBytesMutable,
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
IsBytesEmpty,
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
IsBytesImmutableEmpty,
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
IsBytesMutableEmpty,
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
IsBytesEmptyNot,
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
IsBytesImmutableEmptyNot,
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
IsBytesMutableEmptyNot,
#[ cfg ( feature = "vonuvoli_builtins_regex" ) ]
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsStringRegex,
#[ cfg ( feature = "vonuvoli_builtins_regex" ) ]
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
IsBytesRegex,
IsPair,
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
IsPairMutable,
IsPairImmutable,
#[ cfg ( feature = "vonuvoli_values_array" ) ]
IsArray,
#[ cfg ( feature = "vonuvoli_values_array" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
IsArrayMutable,
#[ cfg ( feature = "vonuvoli_values_array" ) ]
IsArrayImmutable,
#[ cfg ( feature = "vonuvoli_values_array" ) ]
IsArrayEmpty,
#[ cfg ( feature = "vonuvoli_values_array" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
IsArrayMutableEmpty,
#[ cfg ( feature = "vonuvoli_values_array" ) ]
IsArrayImmutableEmpty,
#[ cfg ( feature = "vonuvoli_values_array" ) ]
IsArrayEmptyNot,
#[ cfg ( feature = "vonuvoli_values_array" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
IsArrayMutableEmptyNot,
#[ cfg ( feature = "vonuvoli_values_array" ) ]
IsArrayImmutableEmptyNot,
#[ cfg ( feature = "vonuvoli_values_values" ) ]
IsValues,
#[ cfg ( feature = "vonuvoli_values_values" ) ]
IsValuesEmpty,
#[ cfg ( feature = "vonuvoli_values_values" ) ]
IsValuesEmptyNot,
#[ cfg ( feature = "vonuvoli_builtins_records" ) ]
IsRecordKind,
#[ cfg ( feature = "vonuvoli_builtins_records" ) ]
IsRecord,
#[ cfg ( feature = "vonuvoli_builtins_records" ) ]
IsRecordImmutable,
#[ cfg ( feature = "vonuvoli_builtins_records" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
IsRecordMutable,
#[ cfg ( feature = "vonuvoli_values_error" ) ]
IsError,
#[ cfg ( feature = "vonuvoli_values_error" ) ]
IsErrorSyntax,
#[ cfg ( feature = "vonuvoli_values_error" ) ]
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
IsErrorFile,
#[ cfg ( feature = "vonuvoli_values_error" ) ]
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
IsErrorPort,
#[ cfg ( feature = "vonuvoli_values_error" ) ]
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
IsErrorPortInput,
#[ cfg ( feature = "vonuvoli_values_error" ) ]
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
IsErrorPortOutput,
IsList,
IsListEmpty,
IsListOrEmpty,
IsListProper,
IsListProperOrEmpty,
IsListDotted,
IsListDottedOrEmpty,
IsListCyclic,
IsListCyclicOrEmpty,
IsProcedure,
IsSyntax,
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
IsPort,
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
IsPortInput,
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
IsPortOutput,
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
IsPortBinary,
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
IsPortTextual,
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
IsPortInputBinary,
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
IsPortInputTextual,
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
IsPortOutputBinary,
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
IsPortOutputTextual,
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
IsPortEof,
#[ cfg ( feature = "vonuvoli_builtins_filesystem" ) ]
IsPath,
#[ cfg ( feature = "vonuvoli_builtins_filesystem" ) ]
IsPathAbsolute,
#[ cfg ( feature = "vonuvoli_builtins_filesystem" ) ]
IsPathRelative,
#[ cfg ( feature = "vonuvoli_builtins_processes" ) ]
IsProcess,
#[ cfg ( feature = "vonuvoli_values_contexts" ) ]
IsContext,
#[ cfg ( feature = "vonuvoli_values_contexts" ) ]
IsBinding,
#[ cfg ( feature = "vonuvoli_builtins_parameters" ) ]
IsParameters,
#[ cfg ( feature = "vonuvoli_builtins_parameters" ) ]
IsParameter,
#[ cfg ( feature = "vonuvoli_builtins_promises" ) ]
IsPromise,
IsResource,
IsInternal,
#[ cfg ( feature = "vonuvoli_values_opaque" ) ]
IsOpaque,
IsNumberZero,
IsNumberPositive,
IsNumberNegative,
IsNumberFinite,
IsNumberInfinite,
IsNumberNan,
IsNumberEven,
IsNumberOdd,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterNumeric,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAlphabetic,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAlphabeticUpperCase,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAlphabeticLowerCase,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAlphabeticOrNumeric,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterWhitespace,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterControl,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAscii,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAsciiNumeric,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAsciiNumericBase8,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAsciiNumericBase16,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAsciiAlphabetic,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAsciiAlphabeticUpperCase,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAsciiAlphabeticLowerCase,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAsciiAlphabeticOrNumeric,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAsciiWhitespace,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAsciiControl,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAsciiPunctuation,
#[ cfg ( feature = "vonuvoli_values_string" ) ]
IsCharacterAsciiGraphic,
#[ cfg ( feature = "vonuvoli_builtins_filesystem") ]
IsFileSystemMetadata,
#[ cfg ( feature = "vonuvoli_builtins_cache") ]
IsCache,
});
);
}
def_type_primitive_enum! (TypePrimitive1, 1);
def_type_primitive_enum! (TypePrimitive2, 2);
def_type_primitive_enum! (TypePrimitive3, 3);
def_type_primitive_enum! (TypePrimitive4, 4);
def_type_primitive_enum! (TypePrimitiveN, n);
def_type_primitive_enum! (TypePrimitiveV, v);
def_primitives_enum! (TypePrimitive0, (procedure, 0), {});
def_primitives_enum! (TypePrimitive5, (procedure, 5), {});
impl_procedure_primitive_enum_matrix! (
(TypePrimitive0, type_primitive_0_evaluate, type_primitive_0_attributes, type_primitive_v_alternative_0),
(TypePrimitive1, type_primitive_1_evaluate, type_primitive_1_attributes, type_primitive_v_alternative_1),
(TypePrimitive2, type_primitive_2_evaluate, type_primitive_2_attributes, type_primitive_v_alternative_2),
(TypePrimitive3, type_primitive_3_evaluate, type_primitive_3_attributes, type_primitive_v_alternative_3),
(TypePrimitive4, type_primitive_4_evaluate, type_primitive_4_attributes, type_primitive_v_alternative_4),
(TypePrimitive5, type_primitive_5_evaluate, type_primitive_5_attributes, type_primitive_v_alternative_5),
(TypePrimitiveN, type_primitive_n_evaluate, type_primitive_n_attributes, type_primitive_v_alternative_n),
(TypePrimitiveV, type_primitive_v_evaluate, type_primitive_v_attributes),
);
pub fn type_primitive_0_evaluate (primitive : TypePrimitive0, _negated : bool, _evaluator : &mut EvaluatorContext) -> (Outcome<Value>) {
match primitive {}
}
pub fn type_primitive_1_evaluate (primitive : TypePrimitive1, input_1 : &Value, negated : bool, _evaluator : &mut EvaluatorContext) -> (Outcome<Value>) {
let outcome = r#try! (type_primitive_1_evaluate_0 (primitive, input_1));
let outcome = outcome ^ negated;
succeed! (outcome.into ());
}
pub fn type_primitive_1_evaluate_0 (primitive : TypePrimitive1, input_1 : &Value) -> (Outcome<bool>) {
match primitive {
TypePrimitive1::IsNull =>
return is_null (input_1) .into_0 (),
TypePrimitive1::IsNullNot =>
return is_not_null (input_1) .into_0 (),
TypePrimitive1::IsVoid =>
return is_void (input_1) .into_0 (),
TypePrimitive1::IsVoidNot =>
return is_not_void (input_1) .into_0 (),
TypePrimitive1::IsUndefined =>
return is_undefined (input_1) .into_0 (),
TypePrimitive1::IsUndefinedNot =>
return is_not_undefined (input_1) .into_0 (),
TypePrimitive1::IsBoolean =>
return is_boolean (input_1) .into_0 (),
TypePrimitive1::IsTrue =>
return is_true (input_1) .into_0 (),
TypePrimitive1::IsTrueNot =>
return is_not_true (input_1) .into_0 (),
TypePrimitive1::IsFalse =>
return is_false (input_1) .into_0 (),
TypePrimitive1::IsFalseNot =>
return is_not_false (input_1) .into_0 (),
TypePrimitive1::IsTrueOrEquivalent =>
return is_true_or_equivalent (input_1) .into_0 (),
TypePrimitive1::IsFalseOrEquivalent =>
return is_false_or_equivalent (input_1) .into_0 (),
TypePrimitive1::IsNumber =>
return is_number (input_1) .into_0 (),
TypePrimitive1::IsNumberInteger =>
return is_number_integer (input_1) .into_0 (),
TypePrimitive1::IsNumberRational =>
return is_number_rational (input_1) .into_0 (),
TypePrimitive1::IsNumberReal =>
return is_number_real (input_1) .into_0 (),
TypePrimitive1::IsNumberComplex =>
return is_number_complex (input_1) .into_0 (),
TypePrimitive1::IsNumberExact =>
return is_number_exact (input_1) .into_0 (),
TypePrimitive1::IsNumberExactInteger =>
return is_number_exact_integer (input_1) .into_0 (),
TypePrimitive1::IsNumberInexact =>
return is_number_inexact (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacter =>
return is_character (input_1) .into_0 (),
TypePrimitive1::IsSymbol =>
return is_symbol (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_keyword" ) ]
TypePrimitive1::IsKeyword =>
return is_keyword (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_unique" ) ]
TypePrimitive1::IsUnique =>
return is_unique (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsString =>
return is_string (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsStringImmutable =>
return is_string_immutable (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
TypePrimitive1::IsStringMutable =>
return is_string_mutable (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsStringEmpty =>
return is_string_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsStringImmutableEmpty =>
return is_string_immutable_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
TypePrimitive1::IsStringMutableEmpty =>
return is_string_mutable_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsStringEmptyNot =>
return is_string_not_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsStringImmutableEmptyNot =>
return is_string_immutable_not_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
TypePrimitive1::IsStringMutableEmptyNot =>
return is_string_mutable_not_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
TypePrimitive1::IsBytes =>
return is_bytes (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
TypePrimitive1::IsBytesImmutable =>
return is_bytes_immutable (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
TypePrimitive1::IsBytesMutable =>
return is_bytes_mutable (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
TypePrimitive1::IsBytesEmpty =>
return is_bytes_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
TypePrimitive1::IsBytesImmutableEmpty =>
return is_bytes_immutable_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
TypePrimitive1::IsBytesMutableEmpty =>
return is_bytes_mutable_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
TypePrimitive1::IsBytesEmptyNot =>
return is_bytes_not_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
TypePrimitive1::IsBytesImmutableEmptyNot =>
return is_bytes_immutable_not_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
TypePrimitive1::IsBytesMutableEmptyNot =>
return is_bytes_mutable_not_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_regex" ) ]
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsStringRegex =>
return is_string_regex (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_regex" ) ]
#[ cfg ( feature = "vonuvoli_values_bytes" ) ]
TypePrimitive1::IsBytesRegex =>
return is_bytes_regex (input_1) .into_0 (),
TypePrimitive1::IsPair =>
return is_pair (input_1) .into_0 (),
TypePrimitive1::IsPairImmutable =>
return is_pair_immutable (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
TypePrimitive1::IsPairMutable =>
return is_pair_mutable (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_array" ) ]
TypePrimitive1::IsArray =>
return is_array (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_array" ) ]
TypePrimitive1::IsArrayImmutable =>
return is_array_immutable (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_array" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
TypePrimitive1::IsArrayMutable =>
return is_array_mutable (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_array" ) ]
TypePrimitive1::IsArrayEmpty =>
return is_array_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_array" ) ]
TypePrimitive1::IsArrayImmutableEmpty =>
return is_array_immutable_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_array" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
TypePrimitive1::IsArrayMutableEmpty =>
return is_array_mutable_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_array" ) ]
TypePrimitive1::IsArrayEmptyNot =>
return is_array_not_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_array" ) ]
TypePrimitive1::IsArrayImmutableEmptyNot =>
return is_array_immutable_not_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_array" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
TypePrimitive1::IsArrayMutableEmptyNot =>
return is_array_mutable_not_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_values" ) ]
TypePrimitive1::IsValues =>
return is_values (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_values" ) ]
TypePrimitive1::IsValuesEmpty =>
return is_values_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_values" ) ]
TypePrimitive1::IsValuesEmptyNot =>
return is_values_not_empty (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_records" ) ]
TypePrimitive1::IsRecordKind =>
return is_record_kind (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_records" ) ]
TypePrimitive1::IsRecord =>
return is_record (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_records" ) ]
TypePrimitive1::IsRecordImmutable =>
return is_record_immutable (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_records" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
TypePrimitive1::IsRecordMutable =>
return is_record_mutable (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_error" ) ]
TypePrimitive1::IsError =>
return is_error (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_error" ) ]
TypePrimitive1::IsErrorSyntax =>
return is_error_syntax (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_error" ) ]
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
TypePrimitive1::IsErrorFile =>
return is_error_file (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_error" ) ]
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
TypePrimitive1::IsErrorPort =>
return is_error_port (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_error" ) ]
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
TypePrimitive1::IsErrorPortInput =>
return is_error_port_input (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_error" ) ]
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
TypePrimitive1::IsErrorPortOutput =>
return is_error_port_output (input_1) .into_0 (),
TypePrimitive1::IsList =>
return is_list (input_1) .into_0 (),
TypePrimitive1::IsListEmpty =>
return is_list_empty (input_1) .into_0 (),
TypePrimitive1::IsListOrEmpty =>
return is_list_or_empty (input_1) .into_0 (),
TypePrimitive1::IsListProper =>
return is_list_proper (input_1) .into_0 (),
TypePrimitive1::IsListProperOrEmpty =>
return is_list_proper_or_empty (input_1) .into_0 (),
TypePrimitive1::IsListDotted =>
return is_list_dotted (input_1) .into_0 (),
TypePrimitive1::IsListDottedOrEmpty =>
return is_list_dotted_or_empty (input_1) .into_0 (),
TypePrimitive1::IsListCyclic =>
return is_list_cyclic (input_1) .into_0 (),
TypePrimitive1::IsListCyclicOrEmpty =>
return is_list_cyclic_or_empty (input_1) .into_0 (),
TypePrimitive1::IsProcedure =>
return is_procedure (input_1) .into_0 (),
TypePrimitive1::IsSyntax =>
return is_syntax (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
TypePrimitive1::IsPort =>
return is_port (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
TypePrimitive1::IsPortInput =>
return is_port_input (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
TypePrimitive1::IsPortOutput =>
return is_port_output (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
TypePrimitive1::IsPortBinary =>
return is_port_binary (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
TypePrimitive1::IsPortTextual =>
return is_port_textual (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
TypePrimitive1::IsPortInputBinary =>
return is_port_input_binary (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
TypePrimitive1::IsPortInputTextual =>
return is_port_input_textual (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
TypePrimitive1::IsPortOutputBinary =>
return is_port_output_binary (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
TypePrimitive1::IsPortOutputTextual =>
return is_port_output_textual (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_ports" ) ]
TypePrimitive1::IsPortEof =>
return is_port_eof (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_filesystem" ) ]
TypePrimitive1::IsPath =>
return is_path (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_filesystem" ) ]
TypePrimitive1::IsPathAbsolute =>
return is_path_absolute (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_filesystem" ) ]
TypePrimitive1::IsPathRelative =>
return is_path_relative (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_processes" ) ]
TypePrimitive1::IsProcess =>
return is_process (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_contexts" ) ]
TypePrimitive1::IsContext =>
return is_context (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_contexts" ) ]
TypePrimitive1::IsBinding =>
return is_binding (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_parameters" ) ]
TypePrimitive1::IsParameters =>
return is_parameters (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_parameters" ) ]
TypePrimitive1::IsParameter =>
return is_parameter (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_promises" ) ]
TypePrimitive1::IsPromise =>
return is_promise (input_1) .into_0 (),
TypePrimitive1::IsResource =>
return is_resource (input_1) .into_0 (),
TypePrimitive1::IsInternal =>
return is_internal (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_opaque" ) ]
TypePrimitive1::IsOpaque =>
return is_opaque (input_1) .into_0 (),
TypePrimitive1::IsNumberZero =>
return is_number_zero (input_1) .into_0 (),
TypePrimitive1::IsNumberPositive =>
return is_number_positive (input_1) .into_0 (),
TypePrimitive1::IsNumberNegative =>
return is_number_negative (input_1) .into_0 (),
TypePrimitive1::IsNumberFinite =>
return is_number_finite (input_1) .into_0 (),
TypePrimitive1::IsNumberInfinite =>
return is_number_infinite (input_1) .into_0 (),
TypePrimitive1::IsNumberNan =>
return is_number_nan (input_1) .into_0 (),
TypePrimitive1::IsNumberEven =>
return is_number_even (input_1) .into_0 (),
TypePrimitive1::IsNumberOdd =>
return is_number_odd (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterNumeric =>
return is_character_numeric (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAlphabetic =>
return is_character_alphabetic (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAlphabeticUpperCase =>
return is_character_alphabetic_upper_case (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAlphabeticLowerCase =>
return is_character_alphabetic_lower_case (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAlphabeticOrNumeric =>
return is_character_alphabetic_or_numeric (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterWhitespace =>
return is_character_whitespace (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterControl =>
return is_character_control (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAscii =>
return is_character_ascii (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAsciiNumeric =>
return is_character_ascii_numeric (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAsciiNumericBase8 =>
return is_character_ascii_numeric_base_8 (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAsciiNumericBase16 =>
return is_character_ascii_numeric_base_16 (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAsciiAlphabetic =>
return is_character_ascii_alphabetic (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAsciiAlphabeticUpperCase =>
return is_character_ascii_alphabetic_upper_case (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAsciiAlphabeticLowerCase =>
return is_character_ascii_alphabetic_lower_case (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAsciiAlphabeticOrNumeric =>
return is_character_ascii_alphabetic_or_numeric (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAsciiWhitespace =>
return is_character_ascii_whitespace (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAsciiControl =>
return is_character_ascii_control (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAsciiPunctuation =>
return is_character_ascii_punctuation (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive1::IsCharacterAsciiGraphic =>
return is_character_ascii_graphic (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_filesystem") ]
TypePrimitive1::IsFileSystemMetadata =>
return is_filesystem_metadata (input_1) .into_0 (),
#[ cfg ( feature = "vonuvoli_builtins_cache") ]
TypePrimitive1::IsCache =>
return is_cache (input_1) .into_0 (),
}
}
pub fn type_primitive_2_evaluate (primitive : TypePrimitive2, input_1 : &Value, input_2 : &Value, negated : bool, _evaluator : &mut EvaluatorContext) -> (Outcome<Value>) {
let outcome = r#try! (type_primitive_2_evaluate_0 (primitive, input_1, input_2));
let outcome = outcome ^ negated;
succeed! (outcome.into ());
}
pub fn type_primitive_2_evaluate_0 (primitive : TypePrimitive2, input_1 : &Value, input_2 : &Value) -> (Outcome<bool>) {
match primitive {
TypePrimitive2::IsNull =>
return is_null_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsNullNot =>
return is_not_null_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsVoid =>
return is_void_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsVoidNot =>
return is_not_void_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsUndefined =>
return is_undefined_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsUndefinedNot =>
return is_not_undefined_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsBoolean =>
return is_boolean_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsTrue =>
return is_true_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsTrueNot =>
return is_not_true_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsFalse =>
return is_false_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsFalseNot =>
return is_not_false_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsTrueOrEquivalent =>
return is_true_or_equivalent_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsFalseOrEquivalent =>
return is_false_or_equivalent_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsNumber =>
return is_number_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsNumberInteger =>
return is_number_integer_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsNumberRational =>
return is_number_rational_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsNumberReal =>
return is_number_real_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsNumberComplex =>
return is_number_complex_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsNumberExact =>
return is_number_exact_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsNumberExactInteger =>
return is_number_exact_integer_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsNumberInexact =>
return is_number_inexact_all_2 (input_1, input_2) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive2::IsCharacter =>
return is_character_all_2 (input_1, input_2) .into_0 (),
TypePrimitive2::IsSymbol =>
return is_symbol_all_2 (input_1, input_2) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_keyword" ) ]
TypePrimitive2::IsKeyword =>
return is_keyword_all_2 (input_1, input_2) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_unique" ) ]
TypePrimitive2::IsUnique =>
return is_unique_all_2 (input_1, input_2) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive2::IsString =>
return is_string_all_2 (input_1, input_2) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive2::IsStringImmutable =>
return is_string_immutable_all_2 (input_1, input_2) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
#[ cfg ( feature = "vonuvoli_values_mutable" ) ]
TypePrimitive2::IsStringMutable =>
return is_string_mutable_all_2 (input_1, input_2) .into_0 (),
#[ cfg ( feature = "vonuvoli_values_string" ) ]
TypePrimitive2::IsStringEmpty =>
return is_string_empty_all_2 (input_1, input_2) .into_0 (),