// Copyright 2019-present Facebook Inc. All rights reserved.
// This source code is licensed under the Apache 2.0 license found
// in the LICENSE file in the root directory of this source tree.

// Code generated by internal/numeric.tmpl, DO NOT EDIT.

package field

import (
	"errors"
	"reflect"
	"strings"

	"entgo.io/ent/schema"
)

//go:generate go run internal/gen.go

// Int returns a new Field with type int.
func Int(name string) *intBuilder {
	return &intBuilder{&Descriptor{
		Name: name,
		Info: &TypeInfo{Type: TypeInt},
	}}
}

// Uint returns a new Field with type uint.
func Uint(name string) *uintBuilder {
	return &uintBuilder{&Descriptor{
		Name: name,
		Info: &TypeInfo{Type: TypeUint},
	}}
}

// Int8 returns a new Field with type int8.
func Int8(name string) *int8Builder {
	return &int8Builder{&Descriptor{
		Name: name,
		Info: &TypeInfo{Type: TypeInt8},
	}}
}

// Int16 returns a new Field with type int16.
func Int16(name string) *int16Builder {
	return &int16Builder{&Descriptor{
		Name: name,
		Info: &TypeInfo{Type: TypeInt16},
	}}
}

// Int32 returns a new Field with type int32.
func Int32(name string) *int32Builder {
	return &int32Builder{&Descriptor{
		Name: name,
		Info: &TypeInfo{Type: TypeInt32},
	}}
}

// Int64 returns a new Field with type int64.
func Int64(name string) *int64Builder {
	return &int64Builder{&Descriptor{
		Name: name,
		Info: &TypeInfo{Type: TypeInt64},
	}}
}

// Uint8 returns a new Field with type uint8.
func Uint8(name string) *uint8Builder {
	return &uint8Builder{&Descriptor{
		Name: name,
		Info: &TypeInfo{Type: TypeUint8},
	}}
}

// Uint16 returns a new Field with type uint16.
func Uint16(name string) *uint16Builder {
	return &uint16Builder{&Descriptor{
		Name: name,
		Info: &TypeInfo{Type: TypeUint16},
	}}
}

// Uint32 returns a new Field with type uint32.
func Uint32(name string) *uint32Builder {
	return &uint32Builder{&Descriptor{
		Name: name,
		Info: &TypeInfo{Type: TypeUint32},
	}}
}

// Uint64 returns a new Field with type uint64.
func Uint64(name string) *uint64Builder {
	return &uint64Builder{&Descriptor{
		Name: name,
		Info: &TypeInfo{Type: TypeUint64},
	}}
}

// Float returns a new Field with type float64.
func Float(name string) *float64Builder {
	return &float64Builder{&Descriptor{
		Name: name,
		Info: &TypeInfo{Type: TypeFloat64},
	}}
}

// Float32 returns a new Field with type float32.
func Float32(name string) *float32Builder {
	return &float32Builder{&Descriptor{
		Name: name,
		Info: &TypeInfo{Type: TypeFloat32},
	}}
}

// intBuilder is the builder for int field.
type intBuilder struct {
	desc *Descriptor
}

// Unique makes the field unique within all vertices of this type.
func (b *intBuilder) Unique() *intBuilder {
	b.desc.Unique = true
	return b
}

// Range adds a range validator for this field where the given value needs to be in the range of [i, j].
func (b *intBuilder) Range(i, j int) *intBuilder {
	b.desc.Validators = append(b.desc.Validators, func(v int) error {
		if v < i || v > j {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Min adds a minimum value validator for this field. Operation fails if the validator fails.
func (b *intBuilder) Min(i int) *intBuilder {
	b.desc.Validators = append(b.desc.Validators, func(v int) error {
		if v < i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Max adds a maximum value validator for this field. Operation fails if the validator fails.
func (b *intBuilder) Max(i int) *intBuilder {
	b.desc.Validators = append(b.desc.Validators, func(v int) error {
		if v > i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Positive adds a minimum value validator with the value of 1. Operation fails if the validator fails.
func (b *intBuilder) Positive() *intBuilder {
	return b.Min(1)
}

// Negative adds a maximum value validator with the value of -1. Operation fails if the validator fails.
func (b *intBuilder) Negative() *intBuilder {
	return b.Max(-1)
}

// NonNegative adds a minimum value validator with the value of 0. Operation fails if the validator fails.
func (b *intBuilder) NonNegative() *intBuilder {
	return b.Min(0)
}

// Default sets the default value of the field.
func (b *intBuilder) Default(i int) *intBuilder {
	b.desc.Default = i
	return b
}

// DefaultFunc sets the function that is applied to set the default value
// of the field on creation.
func (b *intBuilder) DefaultFunc(fn any) *intBuilder {
	b.desc.Default = fn
	return b
}

// UpdateDefault sets the function that is applied to set default value
// of the field on update. For example:
//
//	field.Int("int").
//		Default(0).
//		UpdateDefault(GenNumber),
func (b *intBuilder) UpdateDefault(fn any) *intBuilder {
	b.desc.UpdateDefault = fn
	return b
}

// Nillable indicates that this field is a nillable.
// Unlike "Optional" only fields, "Nillable" fields are pointers in the generated struct.
func (b *intBuilder) Nillable() *intBuilder {
	b.desc.Nillable = true
	return b
}

// Comment sets the comment of the field.
func (b *intBuilder) Comment(c string) *intBuilder {
	b.desc.Comment = c
	return b
}

// Optional indicates that this field is optional on create.
// Unlike edges, fields are required by default.
func (b *intBuilder) Optional() *intBuilder {
	b.desc.Optional = true
	return b
}

// Immutable indicates that this field cannot be updated.
func (b *intBuilder) Immutable() *intBuilder {
	b.desc.Immutable = true
	return b
}

// StructTag sets the struct tag of the field.
func (b *intBuilder) StructTag(s string) *intBuilder {
	b.desc.Tag = s
	return b
}

// Validate adds a validator for this field. Operation fails if the validation fails.
func (b *intBuilder) Validate(fn func(int) error) *intBuilder {
	b.desc.Validators = append(b.desc.Validators, fn)
	return b
}

// StorageKey sets the storage key of the field.
// In SQL dialects is the column name and Gremlin is the property.
func (b *intBuilder) StorageKey(key string) *intBuilder {
	b.desc.StorageKey = key
	return b
}

// SchemaType overrides the default database type with a custom
// schema type (per dialect) for int.
//
//	field.Int("oid").
//		SchemaType(map[string]string{
//			dialect.Postgres: "CustomType",
//		})
func (b *intBuilder) SchemaType(types map[string]string) *intBuilder {
	b.desc.SchemaType = types
	return b
}

// GoType overrides the default Go type with a custom one.
// If the provided type implements the Validator interface
// and no validators have been set, the type validator will
// be used.
//
//	field.Int("int").
//		GoType(pkg.Int(0))
//
// Note that, the custom Go type `T` needs to implement the
// `Add(T) T` method in order to support the `Add<F>` operation
// in mutations. For example:
//
//	func(t1 T) Add(t2 T) T {
//		return add(t1, t2)
//	}
func (b *intBuilder) GoType(typ any) *intBuilder {
	b.desc.goType(typ)
	return b
}

// ValueScanner provides an external value scanner for the given GoType.
// Using this option allow users to use field types that do not implement
// the sql.Scanner and driver.Valuer interfaces.
func (b *intBuilder) ValueScanner(vs any) *intBuilder {
	b.desc.ValueScanner = vs
	return b
}

// Annotations adds a list of annotations to the field object to be used by
// codegen extensions.
//
//	field.Int("int").
//		Annotations(entgql.OrderField("INT"))
func (b *intBuilder) Annotations(annotations ...schema.Annotation) *intBuilder {
	b.desc.Annotations = append(b.desc.Annotations, annotations...)
	return b
}

// Deprecated marks the field as deprecated. Deprecated fields are not
// selected by default in queries, and their struct fields are annotated
// with `deprecated` in the generated code.
func (b *intBuilder) Deprecated(reason ...string) *intBuilder {
	b.desc.Deprecated = true
	if len(reason) > 0 {
		b.desc.DeprecatedReason = strings.Join(reason, " ")
	}
	return b
}

// Descriptor implements the ent.Field interface by returning its descriptor.
func (b *intBuilder) Descriptor() *Descriptor {
	if b.desc.Default != nil || b.desc.UpdateDefault != nil {
		b.desc.checkDefaultFunc(intType)
	}
	b.desc.checkGoType(intType)
	return b.desc
}

// uintBuilder is the builder for uint field.
type uintBuilder struct {
	desc *Descriptor
}

// Unique makes the field unique within all vertices of this type.
func (b *uintBuilder) Unique() *uintBuilder {
	b.desc.Unique = true
	return b
}

// Range adds a range validator for this field where the given value needs to be in the range of [i, j].
func (b *uintBuilder) Range(i, j uint) *uintBuilder {
	b.desc.Validators = append(b.desc.Validators, func(v uint) error {
		if v < i || v > j {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Min adds a minimum value validator for this field. Operation fails if the validator fails.
func (b *uintBuilder) Min(i uint) *uintBuilder {
	b.desc.Validators = append(b.desc.Validators, func(v uint) error {
		if v < i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Max adds a maximum value validator for this field. Operation fails if the validator fails.
func (b *uintBuilder) Max(i uint) *uintBuilder {
	b.desc.Validators = append(b.desc.Validators, func(v uint) error {
		if v > i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Positive adds a minimum value validator with the value of 1. Operation fails if the validator fails.
func (b *uintBuilder) Positive() *uintBuilder {
	return b.Min(1)
}

// Default sets the default value of the field.
func (b *uintBuilder) Default(i uint) *uintBuilder {
	b.desc.Default = i
	return b
}

// DefaultFunc sets the function that is applied to set the default value
// of the field on creation.
func (b *uintBuilder) DefaultFunc(fn any) *uintBuilder {
	b.desc.Default = fn
	return b
}

// UpdateDefault sets the function that is applied to set default value
// of the field on update. For example:
//
//	field.Uint("uint").
//		Default(0).
//		UpdateDefault(GenNumber),
func (b *uintBuilder) UpdateDefault(fn any) *uintBuilder {
	b.desc.UpdateDefault = fn
	return b
}

// Nillable indicates that this field is a nillable.
// Unlike "Optional" only fields, "Nillable" fields are pointers in the generated struct.
func (b *uintBuilder) Nillable() *uintBuilder {
	b.desc.Nillable = true
	return b
}

// Comment sets the comment of the field.
func (b *uintBuilder) Comment(c string) *uintBuilder {
	b.desc.Comment = c
	return b
}

// Optional indicates that this field is optional on create.
// Unlike edges, fields are required by default.
func (b *uintBuilder) Optional() *uintBuilder {
	b.desc.Optional = true
	return b
}

// Immutable indicates that this field cannot be updated.
func (b *uintBuilder) Immutable() *uintBuilder {
	b.desc.Immutable = true
	return b
}

// StructTag sets the struct tag of the field.
func (b *uintBuilder) StructTag(s string) *uintBuilder {
	b.desc.Tag = s
	return b
}

// Validate adds a validator for this field. Operation fails if the validation fails.
func (b *uintBuilder) Validate(fn func(uint) error) *uintBuilder {
	b.desc.Validators = append(b.desc.Validators, fn)
	return b
}

// StorageKey sets the storage key of the field.
// In SQL dialects is the column name and Gremlin is the property.
func (b *uintBuilder) StorageKey(key string) *uintBuilder {
	b.desc.StorageKey = key
	return b
}

// SchemaType overrides the default database type with a custom
// schema type (per dialect) for uint.
//
//	field.Uint("oid").
//		SchemaType(map[string]string{
//			dialect.Postgres: "CustomType",
//		})
func (b *uintBuilder) SchemaType(types map[string]string) *uintBuilder {
	b.desc.SchemaType = types
	return b
}

// GoType overrides the default Go type with a custom one.
// If the provided type implements the Validator interface
// and no validators have been set, the type validator will
// be used.
//
//	field.Uint("uint").
//		GoType(pkg.Uint(0))
//
// Note that, the custom Go type `T` needs to implement the
// `Add(T) T` method in order to support the `Add<F>` operation
// in mutations. For example:
//
//	func(t1 T) Add(t2 T) T {
//		return add(t1, t2)
//	}
func (b *uintBuilder) GoType(typ any) *uintBuilder {
	b.desc.goType(typ)
	return b
}

// ValueScanner provides an external value scanner for the given GoType.
// Using this option allow users to use field types that do not implement
// the sql.Scanner and driver.Valuer interfaces.
func (b *uintBuilder) ValueScanner(vs any) *uintBuilder {
	b.desc.ValueScanner = vs
	return b
}

// Annotations adds a list of annotations to the field object to be used by
// codegen extensions.
//
//	field.Uint("uint").
//		Annotations(entgql.OrderField("UINT"))
func (b *uintBuilder) Annotations(annotations ...schema.Annotation) *uintBuilder {
	b.desc.Annotations = append(b.desc.Annotations, annotations...)
	return b
}

// Deprecated marks the field as deprecated. Deprecated fields are not
// selected by default in queries, and their struct fields are annotated
// with `deprecated` in the generated code.
func (b *uintBuilder) Deprecated(reason ...string) *uintBuilder {
	b.desc.Deprecated = true
	if len(reason) > 0 {
		b.desc.DeprecatedReason = strings.Join(reason, " ")
	}
	return b
}

// Descriptor implements the ent.Field interface by returning its descriptor.
func (b *uintBuilder) Descriptor() *Descriptor {
	if b.desc.Default != nil || b.desc.UpdateDefault != nil {
		b.desc.checkDefaultFunc(uintType)
	}
	b.desc.checkGoType(uintType)
	return b.desc
}

// int8Builder is the builder for int8 field.
type int8Builder struct {
	desc *Descriptor
}

// Unique makes the field unique within all vertices of this type.
func (b *int8Builder) Unique() *int8Builder {
	b.desc.Unique = true
	return b
}

// Range adds a range validator for this field where the given value needs to be in the range of [i, j].
func (b *int8Builder) Range(i, j int8) *int8Builder {
	b.desc.Validators = append(b.desc.Validators, func(v int8) error {
		if v < i || v > j {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Min adds a minimum value validator for this field. Operation fails if the validator fails.
func (b *int8Builder) Min(i int8) *int8Builder {
	b.desc.Validators = append(b.desc.Validators, func(v int8) error {
		if v < i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Max adds a maximum value validator for this field. Operation fails if the validator fails.
func (b *int8Builder) Max(i int8) *int8Builder {
	b.desc.Validators = append(b.desc.Validators, func(v int8) error {
		if v > i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Positive adds a minimum value validator with the value of 1. Operation fails if the validator fails.
func (b *int8Builder) Positive() *int8Builder {
	return b.Min(1)
}

// Negative adds a maximum value validator with the value of -1. Operation fails if the validator fails.
func (b *int8Builder) Negative() *int8Builder {
	return b.Max(-1)
}

// NonNegative adds a minimum value validator with the value of 0. Operation fails if the validator fails.
func (b *int8Builder) NonNegative() *int8Builder {
	return b.Min(0)
}

// Default sets the default value of the field.
func (b *int8Builder) Default(i int8) *int8Builder {
	b.desc.Default = i
	return b
}

// DefaultFunc sets the function that is applied to set the default value
// of the field on creation.
func (b *int8Builder) DefaultFunc(fn any) *int8Builder {
	b.desc.Default = fn
	return b
}

// UpdateDefault sets the function that is applied to set default value
// of the field on update. For example:
//
//	field.Int8("int8").
//		Default(0).
//		UpdateDefault(GenNumber),
func (b *int8Builder) UpdateDefault(fn any) *int8Builder {
	b.desc.UpdateDefault = fn
	return b
}

// Nillable indicates that this field is a nillable.
// Unlike "Optional" only fields, "Nillable" fields are pointers in the generated struct.
func (b *int8Builder) Nillable() *int8Builder {
	b.desc.Nillable = true
	return b
}

// Comment sets the comment of the field.
func (b *int8Builder) Comment(c string) *int8Builder {
	b.desc.Comment = c
	return b
}

// Optional indicates that this field is optional on create.
// Unlike edges, fields are required by default.
func (b *int8Builder) Optional() *int8Builder {
	b.desc.Optional = true
	return b
}

// Immutable indicates that this field cannot be updated.
func (b *int8Builder) Immutable() *int8Builder {
	b.desc.Immutable = true
	return b
}

// StructTag sets the struct tag of the field.
func (b *int8Builder) StructTag(s string) *int8Builder {
	b.desc.Tag = s
	return b
}

// Validate adds a validator for this field. Operation fails if the validation fails.
func (b *int8Builder) Validate(fn func(int8) error) *int8Builder {
	b.desc.Validators = append(b.desc.Validators, fn)
	return b
}

// StorageKey sets the storage key of the field.
// In SQL dialects is the column name and Gremlin is the property.
func (b *int8Builder) StorageKey(key string) *int8Builder {
	b.desc.StorageKey = key
	return b
}

// SchemaType overrides the default database type with a custom
// schema type (per dialect) for int8.
//
//	field.Int8("oid").
//		SchemaType(map[string]string{
//			dialect.Postgres: "CustomType",
//		})
func (b *int8Builder) SchemaType(types map[string]string) *int8Builder {
	b.desc.SchemaType = types
	return b
}

// GoType overrides the default Go type with a custom one.
// If the provided type implements the Validator interface
// and no validators have been set, the type validator will
// be used.
//
//	field.Int8("int8").
//		GoType(pkg.Int8(0))
//
// Note that, the custom Go type `T` needs to implement the
// `Add(T) T` method in order to support the `Add<F>` operation
// in mutations. For example:
//
//	func(t1 T) Add(t2 T) T {
//		return add(t1, t2)
//	}
func (b *int8Builder) GoType(typ any) *int8Builder {
	b.desc.goType(typ)
	return b
}

// ValueScanner provides an external value scanner for the given GoType.
// Using this option allow users to use field types that do not implement
// the sql.Scanner and driver.Valuer interfaces.
func (b *int8Builder) ValueScanner(vs any) *int8Builder {
	b.desc.ValueScanner = vs
	return b
}

// Annotations adds a list of annotations to the field object to be used by
// codegen extensions.
//
//	field.Int8("int8").
//		Annotations(entgql.OrderField("INT8"))
func (b *int8Builder) Annotations(annotations ...schema.Annotation) *int8Builder {
	b.desc.Annotations = append(b.desc.Annotations, annotations...)
	return b
}

// Deprecated marks the field as deprecated. Deprecated fields are not
// selected by default in queries, and their struct fields are annotated
// with `deprecated` in the generated code.
func (b *int8Builder) Deprecated(reason ...string) *int8Builder {
	b.desc.Deprecated = true
	if len(reason) > 0 {
		b.desc.DeprecatedReason = strings.Join(reason, " ")
	}
	return b
}

// Descriptor implements the ent.Field interface by returning its descriptor.
func (b *int8Builder) Descriptor() *Descriptor {
	if b.desc.Default != nil || b.desc.UpdateDefault != nil {
		b.desc.checkDefaultFunc(int8Type)
	}
	b.desc.checkGoType(int8Type)
	return b.desc
}

// int16Builder is the builder for int16 field.
type int16Builder struct {
	desc *Descriptor
}

// Unique makes the field unique within all vertices of this type.
func (b *int16Builder) Unique() *int16Builder {
	b.desc.Unique = true
	return b
}

// Range adds a range validator for this field where the given value needs to be in the range of [i, j].
func (b *int16Builder) Range(i, j int16) *int16Builder {
	b.desc.Validators = append(b.desc.Validators, func(v int16) error {
		if v < i || v > j {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Min adds a minimum value validator for this field. Operation fails if the validator fails.
func (b *int16Builder) Min(i int16) *int16Builder {
	b.desc.Validators = append(b.desc.Validators, func(v int16) error {
		if v < i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Max adds a maximum value validator for this field. Operation fails if the validator fails.
func (b *int16Builder) Max(i int16) *int16Builder {
	b.desc.Validators = append(b.desc.Validators, func(v int16) error {
		if v > i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Positive adds a minimum value validator with the value of 1. Operation fails if the validator fails.
func (b *int16Builder) Positive() *int16Builder {
	return b.Min(1)
}

// Negative adds a maximum value validator with the value of -1. Operation fails if the validator fails.
func (b *int16Builder) Negative() *int16Builder {
	return b.Max(-1)
}

// NonNegative adds a minimum value validator with the value of 0. Operation fails if the validator fails.
func (b *int16Builder) NonNegative() *int16Builder {
	return b.Min(0)
}

// Default sets the default value of the field.
func (b *int16Builder) Default(i int16) *int16Builder {
	b.desc.Default = i
	return b
}

// DefaultFunc sets the function that is applied to set the default value
// of the field on creation.
func (b *int16Builder) DefaultFunc(fn any) *int16Builder {
	b.desc.Default = fn
	return b
}

// UpdateDefault sets the function that is applied to set default value
// of the field on update. For example:
//
//	field.Int16("int16").
//		Default(0).
//		UpdateDefault(GenNumber),
func (b *int16Builder) UpdateDefault(fn any) *int16Builder {
	b.desc.UpdateDefault = fn
	return b
}

// Nillable indicates that this field is a nillable.
// Unlike "Optional" only fields, "Nillable" fields are pointers in the generated struct.
func (b *int16Builder) Nillable() *int16Builder {
	b.desc.Nillable = true
	return b
}

// Comment sets the comment of the field.
func (b *int16Builder) Comment(c string) *int16Builder {
	b.desc.Comment = c
	return b
}

// Optional indicates that this field is optional on create.
// Unlike edges, fields are required by default.
func (b *int16Builder) Optional() *int16Builder {
	b.desc.Optional = true
	return b
}

// Immutable indicates that this field cannot be updated.
func (b *int16Builder) Immutable() *int16Builder {
	b.desc.Immutable = true
	return b
}

// StructTag sets the struct tag of the field.
func (b *int16Builder) StructTag(s string) *int16Builder {
	b.desc.Tag = s
	return b
}

// Validate adds a validator for this field. Operation fails if the validation fails.
func (b *int16Builder) Validate(fn func(int16) error) *int16Builder {
	b.desc.Validators = append(b.desc.Validators, fn)
	return b
}

// StorageKey sets the storage key of the field.
// In SQL dialects is the column name and Gremlin is the property.
func (b *int16Builder) StorageKey(key string) *int16Builder {
	b.desc.StorageKey = key
	return b
}

// SchemaType overrides the default database type with a custom
// schema type (per dialect) for int16.
//
//	field.Int16("oid").
//		SchemaType(map[string]string{
//			dialect.Postgres: "CustomType",
//		})
func (b *int16Builder) SchemaType(types map[string]string) *int16Builder {
	b.desc.SchemaType = types
	return b
}

// GoType overrides the default Go type with a custom one.
// If the provided type implements the Validator interface
// and no validators have been set, the type validator will
// be used.
//
//	field.Int16("int16").
//		GoType(pkg.Int16(0))
//
// Note that, the custom Go type `T` needs to implement the
// `Add(T) T` method in order to support the `Add<F>` operation
// in mutations. For example:
//
//	func(t1 T) Add(t2 T) T {
//		return add(t1, t2)
//	}
func (b *int16Builder) GoType(typ any) *int16Builder {
	b.desc.goType(typ)
	return b
}

// ValueScanner provides an external value scanner for the given GoType.
// Using this option allow users to use field types that do not implement
// the sql.Scanner and driver.Valuer interfaces.
func (b *int16Builder) ValueScanner(vs any) *int16Builder {
	b.desc.ValueScanner = vs
	return b
}

// Annotations adds a list of annotations to the field object to be used by
// codegen extensions.
//
//	field.Int16("int16").
//		Annotations(entgql.OrderField("INT16"))
func (b *int16Builder) Annotations(annotations ...schema.Annotation) *int16Builder {
	b.desc.Annotations = append(b.desc.Annotations, annotations...)
	return b
}

// Deprecated marks the field as deprecated. Deprecated fields are not
// selected by default in queries, and their struct fields are annotated
// with `deprecated` in the generated code.
func (b *int16Builder) Deprecated(reason ...string) *int16Builder {
	b.desc.Deprecated = true
	if len(reason) > 0 {
		b.desc.DeprecatedReason = strings.Join(reason, " ")
	}
	return b
}

// Descriptor implements the ent.Field interface by returning its descriptor.
func (b *int16Builder) Descriptor() *Descriptor {
	if b.desc.Default != nil || b.desc.UpdateDefault != nil {
		b.desc.checkDefaultFunc(int16Type)
	}
	b.desc.checkGoType(int16Type)
	return b.desc
}

// int32Builder is the builder for int32 field.
type int32Builder struct {
	desc *Descriptor
}

// Unique makes the field unique within all vertices of this type.
func (b *int32Builder) Unique() *int32Builder {
	b.desc.Unique = true
	return b
}

// Range adds a range validator for this field where the given value needs to be in the range of [i, j].
func (b *int32Builder) Range(i, j int32) *int32Builder {
	b.desc.Validators = append(b.desc.Validators, func(v int32) error {
		if v < i || v > j {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Min adds a minimum value validator for this field. Operation fails if the validator fails.
func (b *int32Builder) Min(i int32) *int32Builder {
	b.desc.Validators = append(b.desc.Validators, func(v int32) error {
		if v < i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Max adds a maximum value validator for this field. Operation fails if the validator fails.
func (b *int32Builder) Max(i int32) *int32Builder {
	b.desc.Validators = append(b.desc.Validators, func(v int32) error {
		if v > i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Positive adds a minimum value validator with the value of 1. Operation fails if the validator fails.
func (b *int32Builder) Positive() *int32Builder {
	return b.Min(1)
}

// Negative adds a maximum value validator with the value of -1. Operation fails if the validator fails.
func (b *int32Builder) Negative() *int32Builder {
	return b.Max(-1)
}

// NonNegative adds a minimum value validator with the value of 0. Operation fails if the validator fails.
func (b *int32Builder) NonNegative() *int32Builder {
	return b.Min(0)
}

// Default sets the default value of the field.
func (b *int32Builder) Default(i int32) *int32Builder {
	b.desc.Default = i
	return b
}

// DefaultFunc sets the function that is applied to set the default value
// of the field on creation.
func (b *int32Builder) DefaultFunc(fn any) *int32Builder {
	b.desc.Default = fn
	return b
}

// UpdateDefault sets the function that is applied to set default value
// of the field on update. For example:
//
//	field.Int32("int32").
//		Default(0).
//		UpdateDefault(GenNumber),
func (b *int32Builder) UpdateDefault(fn any) *int32Builder {
	b.desc.UpdateDefault = fn
	return b
}

// Nillable indicates that this field is a nillable.
// Unlike "Optional" only fields, "Nillable" fields are pointers in the generated struct.
func (b *int32Builder) Nillable() *int32Builder {
	b.desc.Nillable = true
	return b
}

// Comment sets the comment of the field.
func (b *int32Builder) Comment(c string) *int32Builder {
	b.desc.Comment = c
	return b
}

// Optional indicates that this field is optional on create.
// Unlike edges, fields are required by default.
func (b *int32Builder) Optional() *int32Builder {
	b.desc.Optional = true
	return b
}

// Immutable indicates that this field cannot be updated.
func (b *int32Builder) Immutable() *int32Builder {
	b.desc.Immutable = true
	return b
}

// StructTag sets the struct tag of the field.
func (b *int32Builder) StructTag(s string) *int32Builder {
	b.desc.Tag = s
	return b
}

// Validate adds a validator for this field. Operation fails if the validation fails.
func (b *int32Builder) Validate(fn func(int32) error) *int32Builder {
	b.desc.Validators = append(b.desc.Validators, fn)
	return b
}

// StorageKey sets the storage key of the field.
// In SQL dialects is the column name and Gremlin is the property.
func (b *int32Builder) StorageKey(key string) *int32Builder {
	b.desc.StorageKey = key
	return b
}

// SchemaType overrides the default database type with a custom
// schema type (per dialect) for int32.
//
//	field.Int32("oid").
//		SchemaType(map[string]string{
//			dialect.Postgres: "CustomType",
//		})
func (b *int32Builder) SchemaType(types map[string]string) *int32Builder {
	b.desc.SchemaType = types
	return b
}

// GoType overrides the default Go type with a custom one.
// If the provided type implements the Validator interface
// and no validators have been set, the type validator will
// be used.
//
//	field.Int32("int32").
//		GoType(pkg.Int32(0))
//
// Note that, the custom Go type `T` needs to implement the
// `Add(T) T` method in order to support the `Add<F>` operation
// in mutations. For example:
//
//	func(t1 T) Add(t2 T) T {
//		return add(t1, t2)
//	}
func (b *int32Builder) GoType(typ any) *int32Builder {
	b.desc.goType(typ)
	return b
}

// ValueScanner provides an external value scanner for the given GoType.
// Using this option allow users to use field types that do not implement
// the sql.Scanner and driver.Valuer interfaces.
func (b *int32Builder) ValueScanner(vs any) *int32Builder {
	b.desc.ValueScanner = vs
	return b
}

// Annotations adds a list of annotations to the field object to be used by
// codegen extensions.
//
//	field.Int32("int32").
//		Annotations(entgql.OrderField("INT32"))
func (b *int32Builder) Annotations(annotations ...schema.Annotation) *int32Builder {
	b.desc.Annotations = append(b.desc.Annotations, annotations...)
	return b
}

// Deprecated marks the field as deprecated. Deprecated fields are not
// selected by default in queries, and their struct fields are annotated
// with `deprecated` in the generated code.
func (b *int32Builder) Deprecated(reason ...string) *int32Builder {
	b.desc.Deprecated = true
	if len(reason) > 0 {
		b.desc.DeprecatedReason = strings.Join(reason, " ")
	}
	return b
}

// Descriptor implements the ent.Field interface by returning its descriptor.
func (b *int32Builder) Descriptor() *Descriptor {
	if b.desc.Default != nil || b.desc.UpdateDefault != nil {
		b.desc.checkDefaultFunc(int32Type)
	}
	b.desc.checkGoType(int32Type)
	return b.desc
}

// int64Builder is the builder for int64 field.
type int64Builder struct {
	desc *Descriptor
}

// Unique makes the field unique within all vertices of this type.
func (b *int64Builder) Unique() *int64Builder {
	b.desc.Unique = true
	return b
}

// Range adds a range validator for this field where the given value needs to be in the range of [i, j].
func (b *int64Builder) Range(i, j int64) *int64Builder {
	b.desc.Validators = append(b.desc.Validators, func(v int64) error {
		if v < i || v > j {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Min adds a minimum value validator for this field. Operation fails if the validator fails.
func (b *int64Builder) Min(i int64) *int64Builder {
	b.desc.Validators = append(b.desc.Validators, func(v int64) error {
		if v < i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Max adds a maximum value validator for this field. Operation fails if the validator fails.
func (b *int64Builder) Max(i int64) *int64Builder {
	b.desc.Validators = append(b.desc.Validators, func(v int64) error {
		if v > i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Positive adds a minimum value validator with the value of 1. Operation fails if the validator fails.
func (b *int64Builder) Positive() *int64Builder {
	return b.Min(1)
}

// Negative adds a maximum value validator with the value of -1. Operation fails if the validator fails.
func (b *int64Builder) Negative() *int64Builder {
	return b.Max(-1)
}

// NonNegative adds a minimum value validator with the value of 0. Operation fails if the validator fails.
func (b *int64Builder) NonNegative() *int64Builder {
	return b.Min(0)
}

// Default sets the default value of the field.
func (b *int64Builder) Default(i int64) *int64Builder {
	b.desc.Default = i
	return b
}

// DefaultFunc sets the function that is applied to set the default value
// of the field on creation.
func (b *int64Builder) DefaultFunc(fn any) *int64Builder {
	b.desc.Default = fn
	return b
}

// UpdateDefault sets the function that is applied to set default value
// of the field on update. For example:
//
//	field.Int64("int64").
//		Default(0).
//		UpdateDefault(GenNumber),
func (b *int64Builder) UpdateDefault(fn any) *int64Builder {
	b.desc.UpdateDefault = fn
	return b
}

// Nillable indicates that this field is a nillable.
// Unlike "Optional" only fields, "Nillable" fields are pointers in the generated struct.
func (b *int64Builder) Nillable() *int64Builder {
	b.desc.Nillable = true
	return b
}

// Comment sets the comment of the field.
func (b *int64Builder) Comment(c string) *int64Builder {
	b.desc.Comment = c
	return b
}

// Optional indicates that this field is optional on create.
// Unlike edges, fields are required by default.
func (b *int64Builder) Optional() *int64Builder {
	b.desc.Optional = true
	return b
}

// Immutable indicates that this field cannot be updated.
func (b *int64Builder) Immutable() *int64Builder {
	b.desc.Immutable = true
	return b
}

// StructTag sets the struct tag of the field.
func (b *int64Builder) StructTag(s string) *int64Builder {
	b.desc.Tag = s
	return b
}

// Validate adds a validator for this field. Operation fails if the validation fails.
func (b *int64Builder) Validate(fn func(int64) error) *int64Builder {
	b.desc.Validators = append(b.desc.Validators, fn)
	return b
}

// StorageKey sets the storage key of the field.
// In SQL dialects is the column name and Gremlin is the property.
func (b *int64Builder) StorageKey(key string) *int64Builder {
	b.desc.StorageKey = key
	return b
}

// SchemaType overrides the default database type with a custom
// schema type (per dialect) for int64.
//
//	field.Int64("oid").
//		SchemaType(map[string]string{
//			dialect.Postgres: "CustomType",
//		})
func (b *int64Builder) SchemaType(types map[string]string) *int64Builder {
	b.desc.SchemaType = types
	return b
}

// GoType overrides the default Go type with a custom one.
// If the provided type implements the Validator interface
// and no validators have been set, the type validator will
// be used.
//
//	field.Int64("int64").
//		GoType(pkg.Int64(0))
//
// Note that, the custom Go type `T` needs to implement the
// `Add(T) T` method in order to support the `Add<F>` operation
// in mutations. For example:
//
//	func(t1 T) Add(t2 T) T {
//		return add(t1, t2)
//	}
func (b *int64Builder) GoType(typ any) *int64Builder {
	b.desc.goType(typ)
	return b
}

// ValueScanner provides an external value scanner for the given GoType.
// Using this option allow users to use field types that do not implement
// the sql.Scanner and driver.Valuer interfaces.
func (b *int64Builder) ValueScanner(vs any) *int64Builder {
	b.desc.ValueScanner = vs
	return b
}

// Annotations adds a list of annotations to the field object to be used by
// codegen extensions.
//
//	field.Int64("int64").
//		Annotations(entgql.OrderField("INT64"))
func (b *int64Builder) Annotations(annotations ...schema.Annotation) *int64Builder {
	b.desc.Annotations = append(b.desc.Annotations, annotations...)
	return b
}

// Deprecated marks the field as deprecated. Deprecated fields are not
// selected by default in queries, and their struct fields are annotated
// with `deprecated` in the generated code.
func (b *int64Builder) Deprecated(reason ...string) *int64Builder {
	b.desc.Deprecated = true
	if len(reason) > 0 {
		b.desc.DeprecatedReason = strings.Join(reason, " ")
	}
	return b
}

// Descriptor implements the ent.Field interface by returning its descriptor.
func (b *int64Builder) Descriptor() *Descriptor {
	if b.desc.Default != nil || b.desc.UpdateDefault != nil {
		b.desc.checkDefaultFunc(int64Type)
	}
	b.desc.checkGoType(int64Type)
	return b.desc
}

// uint8Builder is the builder for uint8 field.
type uint8Builder struct {
	desc *Descriptor
}

// Unique makes the field unique within all vertices of this type.
func (b *uint8Builder) Unique() *uint8Builder {
	b.desc.Unique = true
	return b
}

// Range adds a range validator for this field where the given value needs to be in the range of [i, j].
func (b *uint8Builder) Range(i, j uint8) *uint8Builder {
	b.desc.Validators = append(b.desc.Validators, func(v uint8) error {
		if v < i || v > j {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Min adds a minimum value validator for this field. Operation fails if the validator fails.
func (b *uint8Builder) Min(i uint8) *uint8Builder {
	b.desc.Validators = append(b.desc.Validators, func(v uint8) error {
		if v < i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Max adds a maximum value validator for this field. Operation fails if the validator fails.
func (b *uint8Builder) Max(i uint8) *uint8Builder {
	b.desc.Validators = append(b.desc.Validators, func(v uint8) error {
		if v > i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Positive adds a minimum value validator with the value of 1. Operation fails if the validator fails.
func (b *uint8Builder) Positive() *uint8Builder {
	return b.Min(1)
}

// Default sets the default value of the field.
func (b *uint8Builder) Default(i uint8) *uint8Builder {
	b.desc.Default = i
	return b
}

// DefaultFunc sets the function that is applied to set the default value
// of the field on creation.
func (b *uint8Builder) DefaultFunc(fn any) *uint8Builder {
	b.desc.Default = fn
	return b
}

// UpdateDefault sets the function that is applied to set default value
// of the field on update. For example:
//
//	field.Uint8("uint8").
//		Default(0).
//		UpdateDefault(GenNumber),
func (b *uint8Builder) UpdateDefault(fn any) *uint8Builder {
	b.desc.UpdateDefault = fn
	return b
}

// Nillable indicates that this field is a nillable.
// Unlike "Optional" only fields, "Nillable" fields are pointers in the generated struct.
func (b *uint8Builder) Nillable() *uint8Builder {
	b.desc.Nillable = true
	return b
}

// Comment sets the comment of the field.
func (b *uint8Builder) Comment(c string) *uint8Builder {
	b.desc.Comment = c
	return b
}

// Optional indicates that this field is optional on create.
// Unlike edges, fields are required by default.
func (b *uint8Builder) Optional() *uint8Builder {
	b.desc.Optional = true
	return b
}

// Immutable indicates that this field cannot be updated.
func (b *uint8Builder) Immutable() *uint8Builder {
	b.desc.Immutable = true
	return b
}

// StructTag sets the struct tag of the field.
func (b *uint8Builder) StructTag(s string) *uint8Builder {
	b.desc.Tag = s
	return b
}

// Validate adds a validator for this field. Operation fails if the validation fails.
func (b *uint8Builder) Validate(fn func(uint8) error) *uint8Builder {
	b.desc.Validators = append(b.desc.Validators, fn)
	return b
}

// StorageKey sets the storage key of the field.
// In SQL dialects is the column name and Gremlin is the property.
func (b *uint8Builder) StorageKey(key string) *uint8Builder {
	b.desc.StorageKey = key
	return b
}

// SchemaType overrides the default database type with a custom
// schema type (per dialect) for uint8.
//
//	field.Uint8("oid").
//		SchemaType(map[string]string{
//			dialect.Postgres: "CustomType",
//		})
func (b *uint8Builder) SchemaType(types map[string]string) *uint8Builder {
	b.desc.SchemaType = types
	return b
}

// GoType overrides the default Go type with a custom one.
// If the provided type implements the Validator interface
// and no validators have been set, the type validator will
// be used.
//
//	field.Uint8("uint8").
//		GoType(pkg.Uint8(0))
//
// Note that, the custom Go type `T` needs to implement the
// `Add(T) T` method in order to support the `Add<F>` operation
// in mutations. For example:
//
//	func(t1 T) Add(t2 T) T {
//		return add(t1, t2)
//	}
func (b *uint8Builder) GoType(typ any) *uint8Builder {
	b.desc.goType(typ)
	return b
}

// ValueScanner provides an external value scanner for the given GoType.
// Using this option allow users to use field types that do not implement
// the sql.Scanner and driver.Valuer interfaces.
func (b *uint8Builder) ValueScanner(vs any) *uint8Builder {
	b.desc.ValueScanner = vs
	return b
}

// Annotations adds a list of annotations to the field object to be used by
// codegen extensions.
//
//	field.Uint8("uint8").
//		Annotations(entgql.OrderField("UINT8"))
func (b *uint8Builder) Annotations(annotations ...schema.Annotation) *uint8Builder {
	b.desc.Annotations = append(b.desc.Annotations, annotations...)
	return b
}

// Deprecated marks the field as deprecated. Deprecated fields are not
// selected by default in queries, and their struct fields are annotated
// with `deprecated` in the generated code.
func (b *uint8Builder) Deprecated(reason ...string) *uint8Builder {
	b.desc.Deprecated = true
	if len(reason) > 0 {
		b.desc.DeprecatedReason = strings.Join(reason, " ")
	}
	return b
}

// Descriptor implements the ent.Field interface by returning its descriptor.
func (b *uint8Builder) Descriptor() *Descriptor {
	if b.desc.Default != nil || b.desc.UpdateDefault != nil {
		b.desc.checkDefaultFunc(uint8Type)
	}
	b.desc.checkGoType(uint8Type)
	return b.desc
}

// uint16Builder is the builder for uint16 field.
type uint16Builder struct {
	desc *Descriptor
}

// Unique makes the field unique within all vertices of this type.
func (b *uint16Builder) Unique() *uint16Builder {
	b.desc.Unique = true
	return b
}

// Range adds a range validator for this field where the given value needs to be in the range of [i, j].
func (b *uint16Builder) Range(i, j uint16) *uint16Builder {
	b.desc.Validators = append(b.desc.Validators, func(v uint16) error {
		if v < i || v > j {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Min adds a minimum value validator for this field. Operation fails if the validator fails.
func (b *uint16Builder) Min(i uint16) *uint16Builder {
	b.desc.Validators = append(b.desc.Validators, func(v uint16) error {
		if v < i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Max adds a maximum value validator for this field. Operation fails if the validator fails.
func (b *uint16Builder) Max(i uint16) *uint16Builder {
	b.desc.Validators = append(b.desc.Validators, func(v uint16) error {
		if v > i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Positive adds a minimum value validator with the value of 1. Operation fails if the validator fails.
func (b *uint16Builder) Positive() *uint16Builder {
	return b.Min(1)
}

// Default sets the default value of the field.
func (b *uint16Builder) Default(i uint16) *uint16Builder {
	b.desc.Default = i
	return b
}

// DefaultFunc sets the function that is applied to set the default value
// of the field on creation.
func (b *uint16Builder) DefaultFunc(fn any) *uint16Builder {
	b.desc.Default = fn
	return b
}

// UpdateDefault sets the function that is applied to set default value
// of the field on update. For example:
//
//	field.Uint16("uint16").
//		Default(0).
//		UpdateDefault(GenNumber),
func (b *uint16Builder) UpdateDefault(fn any) *uint16Builder {
	b.desc.UpdateDefault = fn
	return b
}

// Nillable indicates that this field is a nillable.
// Unlike "Optional" only fields, "Nillable" fields are pointers in the generated struct.
func (b *uint16Builder) Nillable() *uint16Builder {
	b.desc.Nillable = true
	return b
}

// Comment sets the comment of the field.
func (b *uint16Builder) Comment(c string) *uint16Builder {
	b.desc.Comment = c
	return b
}

// Optional indicates that this field is optional on create.
// Unlike edges, fields are required by default.
func (b *uint16Builder) Optional() *uint16Builder {
	b.desc.Optional = true
	return b
}

// Immutable indicates that this field cannot be updated.
func (b *uint16Builder) Immutable() *uint16Builder {
	b.desc.Immutable = true
	return b
}

// StructTag sets the struct tag of the field.
func (b *uint16Builder) StructTag(s string) *uint16Builder {
	b.desc.Tag = s
	return b
}

// Validate adds a validator for this field. Operation fails if the validation fails.
func (b *uint16Builder) Validate(fn func(uint16) error) *uint16Builder {
	b.desc.Validators = append(b.desc.Validators, fn)
	return b
}

// StorageKey sets the storage key of the field.
// In SQL dialects is the column name and Gremlin is the property.
func (b *uint16Builder) StorageKey(key string) *uint16Builder {
	b.desc.StorageKey = key
	return b
}

// SchemaType overrides the default database type with a custom
// schema type (per dialect) for uint16.
//
//	field.Uint16("oid").
//		SchemaType(map[string]string{
//			dialect.Postgres: "CustomType",
//		})
func (b *uint16Builder) SchemaType(types map[string]string) *uint16Builder {
	b.desc.SchemaType = types
	return b
}

// GoType overrides the default Go type with a custom one.
// If the provided type implements the Validator interface
// and no validators have been set, the type validator will
// be used.
//
//	field.Uint16("uint16").
//		GoType(pkg.Uint16(0))
//
// Note that, the custom Go type `T` needs to implement the
// `Add(T) T` method in order to support the `Add<F>` operation
// in mutations. For example:
//
//	func(t1 T) Add(t2 T) T {
//		return add(t1, t2)
//	}
func (b *uint16Builder) GoType(typ any) *uint16Builder {
	b.desc.goType(typ)
	return b
}

// ValueScanner provides an external value scanner for the given GoType.
// Using this option allow users to use field types that do not implement
// the sql.Scanner and driver.Valuer interfaces.
func (b *uint16Builder) ValueScanner(vs any) *uint16Builder {
	b.desc.ValueScanner = vs
	return b
}

// Annotations adds a list of annotations to the field object to be used by
// codegen extensions.
//
//	field.Uint16("uint16").
//		Annotations(entgql.OrderField("UINT16"))
func (b *uint16Builder) Annotations(annotations ...schema.Annotation) *uint16Builder {
	b.desc.Annotations = append(b.desc.Annotations, annotations...)
	return b
}

// Deprecated marks the field as deprecated. Deprecated fields are not
// selected by default in queries, and their struct fields are annotated
// with `deprecated` in the generated code.
func (b *uint16Builder) Deprecated(reason ...string) *uint16Builder {
	b.desc.Deprecated = true
	if len(reason) > 0 {
		b.desc.DeprecatedReason = strings.Join(reason, " ")
	}
	return b
}

// Descriptor implements the ent.Field interface by returning its descriptor.
func (b *uint16Builder) Descriptor() *Descriptor {
	if b.desc.Default != nil || b.desc.UpdateDefault != nil {
		b.desc.checkDefaultFunc(uint16Type)
	}
	b.desc.checkGoType(uint16Type)
	return b.desc
}

// uint32Builder is the builder for uint32 field.
type uint32Builder struct {
	desc *Descriptor
}

// Unique makes the field unique within all vertices of this type.
func (b *uint32Builder) Unique() *uint32Builder {
	b.desc.Unique = true
	return b
}

// Range adds a range validator for this field where the given value needs to be in the range of [i, j].
func (b *uint32Builder) Range(i, j uint32) *uint32Builder {
	b.desc.Validators = append(b.desc.Validators, func(v uint32) error {
		if v < i || v > j {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Min adds a minimum value validator for this field. Operation fails if the validator fails.
func (b *uint32Builder) Min(i uint32) *uint32Builder {
	b.desc.Validators = append(b.desc.Validators, func(v uint32) error {
		if v < i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Max adds a maximum value validator for this field. Operation fails if the validator fails.
func (b *uint32Builder) Max(i uint32) *uint32Builder {
	b.desc.Validators = append(b.desc.Validators, func(v uint32) error {
		if v > i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Positive adds a minimum value validator with the value of 1. Operation fails if the validator fails.
func (b *uint32Builder) Positive() *uint32Builder {
	return b.Min(1)
}

// Default sets the default value of the field.
func (b *uint32Builder) Default(i uint32) *uint32Builder {
	b.desc.Default = i
	return b
}

// DefaultFunc sets the function that is applied to set the default value
// of the field on creation.
func (b *uint32Builder) DefaultFunc(fn any) *uint32Builder {
	b.desc.Default = fn
	return b
}

// UpdateDefault sets the function that is applied to set default value
// of the field on update. For example:
//
//	field.Uint32("uint32").
//		Default(0).
//		UpdateDefault(GenNumber),
func (b *uint32Builder) UpdateDefault(fn any) *uint32Builder {
	b.desc.UpdateDefault = fn
	return b
}

// Nillable indicates that this field is a nillable.
// Unlike "Optional" only fields, "Nillable" fields are pointers in the generated struct.
func (b *uint32Builder) Nillable() *uint32Builder {
	b.desc.Nillable = true
	return b
}

// Comment sets the comment of the field.
func (b *uint32Builder) Comment(c string) *uint32Builder {
	b.desc.Comment = c
	return b
}

// Optional indicates that this field is optional on create.
// Unlike edges, fields are required by default.
func (b *uint32Builder) Optional() *uint32Builder {
	b.desc.Optional = true
	return b
}

// Immutable indicates that this field cannot be updated.
func (b *uint32Builder) Immutable() *uint32Builder {
	b.desc.Immutable = true
	return b
}

// StructTag sets the struct tag of the field.
func (b *uint32Builder) StructTag(s string) *uint32Builder {
	b.desc.Tag = s
	return b
}

// Validate adds a validator for this field. Operation fails if the validation fails.
func (b *uint32Builder) Validate(fn func(uint32) error) *uint32Builder {
	b.desc.Validators = append(b.desc.Validators, fn)
	return b
}

// StorageKey sets the storage key of the field.
// In SQL dialects is the column name and Gremlin is the property.
func (b *uint32Builder) StorageKey(key string) *uint32Builder {
	b.desc.StorageKey = key
	return b
}

// SchemaType overrides the default database type with a custom
// schema type (per dialect) for uint32.
//
//	field.Uint32("oid").
//		SchemaType(map[string]string{
//			dialect.Postgres: "CustomType",
//		})
func (b *uint32Builder) SchemaType(types map[string]string) *uint32Builder {
	b.desc.SchemaType = types
	return b
}

// GoType overrides the default Go type with a custom one.
// If the provided type implements the Validator interface
// and no validators have been set, the type validator will
// be used.
//
//	field.Uint32("uint32").
//		GoType(pkg.Uint32(0))
//
// Note that, the custom Go type `T` needs to implement the
// `Add(T) T` method in order to support the `Add<F>` operation
// in mutations. For example:
//
//	func(t1 T) Add(t2 T) T {
//		return add(t1, t2)
//	}
func (b *uint32Builder) GoType(typ any) *uint32Builder {
	b.desc.goType(typ)
	return b
}

// ValueScanner provides an external value scanner for the given GoType.
// Using this option allow users to use field types that do not implement
// the sql.Scanner and driver.Valuer interfaces.
func (b *uint32Builder) ValueScanner(vs any) *uint32Builder {
	b.desc.ValueScanner = vs
	return b
}

// Annotations adds a list of annotations to the field object to be used by
// codegen extensions.
//
//	field.Uint32("uint32").
//		Annotations(entgql.OrderField("UINT32"))
func (b *uint32Builder) Annotations(annotations ...schema.Annotation) *uint32Builder {
	b.desc.Annotations = append(b.desc.Annotations, annotations...)
	return b
}

// Deprecated marks the field as deprecated. Deprecated fields are not
// selected by default in queries, and their struct fields are annotated
// with `deprecated` in the generated code.
func (b *uint32Builder) Deprecated(reason ...string) *uint32Builder {
	b.desc.Deprecated = true
	if len(reason) > 0 {
		b.desc.DeprecatedReason = strings.Join(reason, " ")
	}
	return b
}

// Descriptor implements the ent.Field interface by returning its descriptor.
func (b *uint32Builder) Descriptor() *Descriptor {
	if b.desc.Default != nil || b.desc.UpdateDefault != nil {
		b.desc.checkDefaultFunc(uint32Type)
	}
	b.desc.checkGoType(uint32Type)
	return b.desc
}

// uint64Builder is the builder for uint64 field.
type uint64Builder struct {
	desc *Descriptor
}

// Unique makes the field unique within all vertices of this type.
func (b *uint64Builder) Unique() *uint64Builder {
	b.desc.Unique = true
	return b
}

// Range adds a range validator for this field where the given value needs to be in the range of [i, j].
func (b *uint64Builder) Range(i, j uint64) *uint64Builder {
	b.desc.Validators = append(b.desc.Validators, func(v uint64) error {
		if v < i || v > j {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Min adds a minimum value validator for this field. Operation fails if the validator fails.
func (b *uint64Builder) Min(i uint64) *uint64Builder {
	b.desc.Validators = append(b.desc.Validators, func(v uint64) error {
		if v < i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Max adds a maximum value validator for this field. Operation fails if the validator fails.
func (b *uint64Builder) Max(i uint64) *uint64Builder {
	b.desc.Validators = append(b.desc.Validators, func(v uint64) error {
		if v > i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Positive adds a minimum value validator with the value of 1. Operation fails if the validator fails.
func (b *uint64Builder) Positive() *uint64Builder {
	return b.Min(1)
}

// Default sets the default value of the field.
func (b *uint64Builder) Default(i uint64) *uint64Builder {
	b.desc.Default = i
	return b
}

// DefaultFunc sets the function that is applied to set the default value
// of the field on creation.
func (b *uint64Builder) DefaultFunc(fn any) *uint64Builder {
	b.desc.Default = fn
	return b
}

// UpdateDefault sets the function that is applied to set default value
// of the field on update. For example:
//
//	field.Uint64("uint64").
//		Default(0).
//		UpdateDefault(GenNumber),
func (b *uint64Builder) UpdateDefault(fn any) *uint64Builder {
	b.desc.UpdateDefault = fn
	return b
}

// Nillable indicates that this field is a nillable.
// Unlike "Optional" only fields, "Nillable" fields are pointers in the generated struct.
func (b *uint64Builder) Nillable() *uint64Builder {
	b.desc.Nillable = true
	return b
}

// Comment sets the comment of the field.
func (b *uint64Builder) Comment(c string) *uint64Builder {
	b.desc.Comment = c
	return b
}

// Optional indicates that this field is optional on create.
// Unlike edges, fields are required by default.
func (b *uint64Builder) Optional() *uint64Builder {
	b.desc.Optional = true
	return b
}

// Immutable indicates that this field cannot be updated.
func (b *uint64Builder) Immutable() *uint64Builder {
	b.desc.Immutable = true
	return b
}

// StructTag sets the struct tag of the field.
func (b *uint64Builder) StructTag(s string) *uint64Builder {
	b.desc.Tag = s
	return b
}

// Validate adds a validator for this field. Operation fails if the validation fails.
func (b *uint64Builder) Validate(fn func(uint64) error) *uint64Builder {
	b.desc.Validators = append(b.desc.Validators, fn)
	return b
}

// StorageKey sets the storage key of the field.
// In SQL dialects is the column name and Gremlin is the property.
func (b *uint64Builder) StorageKey(key string) *uint64Builder {
	b.desc.StorageKey = key
	return b
}

// SchemaType overrides the default database type with a custom
// schema type (per dialect) for uint64.
//
//	field.Uint64("oid").
//		SchemaType(map[string]string{
//			dialect.Postgres: "CustomType",
//		})
func (b *uint64Builder) SchemaType(types map[string]string) *uint64Builder {
	b.desc.SchemaType = types
	return b
}

// GoType overrides the default Go type with a custom one.
// If the provided type implements the Validator interface
// and no validators have been set, the type validator will
// be used.
//
//	field.Uint64("uint64").
//		GoType(pkg.Uint64(0))
//
// Note that, the custom Go type `T` needs to implement the
// `Add(T) T` method in order to support the `Add<F>` operation
// in mutations. For example:
//
//	func(t1 T) Add(t2 T) T {
//		return add(t1, t2)
//	}
func (b *uint64Builder) GoType(typ any) *uint64Builder {
	b.desc.goType(typ)
	return b
}

// ValueScanner provides an external value scanner for the given GoType.
// Using this option allow users to use field types that do not implement
// the sql.Scanner and driver.Valuer interfaces.
func (b *uint64Builder) ValueScanner(vs any) *uint64Builder {
	b.desc.ValueScanner = vs
	return b
}

// Annotations adds a list of annotations to the field object to be used by
// codegen extensions.
//
//	field.Uint64("uint64").
//		Annotations(entgql.OrderField("UINT64"))
func (b *uint64Builder) Annotations(annotations ...schema.Annotation) *uint64Builder {
	b.desc.Annotations = append(b.desc.Annotations, annotations...)
	return b
}

// Deprecated marks the field as deprecated. Deprecated fields are not
// selected by default in queries, and their struct fields are annotated
// with `deprecated` in the generated code.
func (b *uint64Builder) Deprecated(reason ...string) *uint64Builder {
	b.desc.Deprecated = true
	if len(reason) > 0 {
		b.desc.DeprecatedReason = strings.Join(reason, " ")
	}
	return b
}

// Descriptor implements the ent.Field interface by returning its descriptor.
func (b *uint64Builder) Descriptor() *Descriptor {
	if b.desc.Default != nil || b.desc.UpdateDefault != nil {
		b.desc.checkDefaultFunc(uint64Type)
	}
	b.desc.checkGoType(uint64Type)
	return b.desc
}

var (
	intType    = reflect.TypeOf(int(0))
	uintType   = reflect.TypeOf(uint(0))
	int8Type   = reflect.TypeOf(int8(0))
	int16Type  = reflect.TypeOf(int16(0))
	int32Type  = reflect.TypeOf(int32(0))
	int64Type  = reflect.TypeOf(int64(0))
	uint8Type  = reflect.TypeOf(uint8(0))
	uint16Type = reflect.TypeOf(uint16(0))
	uint32Type = reflect.TypeOf(uint32(0))
	uint64Type = reflect.TypeOf(uint64(0))
)

// float64Builder is the builder for float fields.
type float64Builder struct {
	desc *Descriptor
}

// Unique makes the field unique within all vertices of this type.
func (b *float64Builder) Unique() *float64Builder {
	b.desc.Unique = true
	return b
}

// Range adds a range validator for this field where the given value needs to be in the range of [i, j].
func (b *float64Builder) Range(i, j float64) *float64Builder {
	b.desc.Validators = append(b.desc.Validators, func(v float64) error {
		if v < i || v > j {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Min adds a minimum value validator for this field. Operation fails if the validator fails.
func (b *float64Builder) Min(i float64) *float64Builder {
	b.desc.Validators = append(b.desc.Validators, func(v float64) error {
		if v < i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Max adds a maximum value validator for this field. Operation fails if the validator fails.
func (b *float64Builder) Max(i float64) *float64Builder {
	b.desc.Validators = append(b.desc.Validators, func(v float64) error {
		if v > i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Positive adds a minimum value validator with the value of 0.000001. Operation fails if the validator fails.
func (b *float64Builder) Positive() *float64Builder {
	return b.Min(1e-06)
}

// Negative adds a maximum value validator with the value of -0.000001. Operation fails if the validator fails.
func (b *float64Builder) Negative() *float64Builder {
	return b.Max(-1e-06)
}

// Default sets the default value of the field.
func (b *float64Builder) Default(i float64) *float64Builder {
	b.desc.Default = i
	return b
}

// DefaultFunc sets the function that is applied to set the default value
// of the field on creation.
func (b *float64Builder) DefaultFunc(fn any) *float64Builder {
	b.desc.Default = fn
	return b
}

// UpdateDefault sets the function that is applied to set default value
// of the field on update. For example:
//
//	field.Float64("float64").
//		Default(0).
//		UpdateDefault(GenNumber),
func (b *float64Builder) UpdateDefault(fn any) *float64Builder {
	b.desc.UpdateDefault = fn
	return b
}

// Nillable indicates that this field is a nillable.
// Unlike "Optional" only fields, "Nillable" fields are pointers in the generated struct.
func (b *float64Builder) Nillable() *float64Builder {
	b.desc.Nillable = true
	return b
}

// Comment sets the comment of the field.
func (b *float64Builder) Comment(c string) *float64Builder {
	b.desc.Comment = c
	return b
}

// Optional indicates that this field is optional on create.
// Unlike edges, fields are required by default.
func (b *float64Builder) Optional() *float64Builder {
	b.desc.Optional = true
	return b
}

// Immutable indicates that this field cannot be updated.
func (b *float64Builder) Immutable() *float64Builder {
	b.desc.Immutable = true
	return b
}

// StructTag sets the struct tag of the field.
func (b *float64Builder) StructTag(s string) *float64Builder {
	b.desc.Tag = s
	return b
}

// Validate adds a validator for this field. Operation fails if the validation fails.
func (b *float64Builder) Validate(fn func(float64) error) *float64Builder {
	b.desc.Validators = append(b.desc.Validators, fn)
	return b
}

// StorageKey sets the storage key of the field.
// In SQL dialects is the column name and Gremlin is the property.
func (b *float64Builder) StorageKey(key string) *float64Builder {
	b.desc.StorageKey = key
	return b
}

// SchemaType overrides the default database type with a custom
// schema type (per dialect) for float64.
//
//	field.Float64("amount").
//		SchemaType(map[string]string{
//			dialect.MySQL:		"decimal(5, 2)",
//			dialect.Postgres: 	"numeric(5, 2)",
//		})
func (b *float64Builder) SchemaType(types map[string]string) *float64Builder {
	b.desc.SchemaType = types
	return b
}

// GoType overrides the default Go type with a custom one.
// If the provided type implements the Validator interface
// and no validators have been set, the type validator will
// be used.
//
//	field.Float64("float64").
//		GoType(pkg.Float64(0))
//
// Note that, the custom Go type `T` needs to implement the
// `Add(T) T` method in order to support the `Add<F>` operation
// in mutations. For example:
//
//	func(t1 T) Add(t2 T) T {
//		return add(t1, t2)
//	}
func (b *float64Builder) GoType(typ any) *float64Builder {
	b.desc.goType(typ)
	return b
}

// ValueScanner provides an external value scanner for the given GoType.
// Using this option allow users to use field types that do not implement
// the sql.Scanner and driver.Valuer interfaces.
func (b *float64Builder) ValueScanner(vs any) *float64Builder {
	b.desc.ValueScanner = vs
	return b
}

// Annotations adds a list of annotations to the field object to be used by
// codegen extensions.
//
//	field.Float64("float64").
//		Annotations(entgql.OrderField("FLOAT64"))
func (b *float64Builder) Annotations(annotations ...schema.Annotation) *float64Builder {
	b.desc.Annotations = append(b.desc.Annotations, annotations...)
	return b
}

// Deprecated marks the field as deprecated. Deprecated fields are not
// selected by default in queries, and their struct fields are annotated
// with `deprecated` in the generated code.
func (b *float64Builder) Deprecated(reason ...string) *float64Builder {
	b.desc.Deprecated = true
	if len(reason) > 0 {
		b.desc.DeprecatedReason = strings.Join(reason, " ")
	}
	return b
}

// Descriptor implements the ent.Field interface by returning its descriptor.
func (b *float64Builder) Descriptor() *Descriptor {
	if b.desc.Default != nil || b.desc.UpdateDefault != nil {
		b.desc.checkDefaultFunc(float64Type)
	}
	b.desc.checkGoType(float64Type)
	return b.desc
}

// float32Builder is the builder for float fields.
type float32Builder struct {
	desc *Descriptor
}

// Unique makes the field unique within all vertices of this type.
func (b *float32Builder) Unique() *float32Builder {
	b.desc.Unique = true
	return b
}

// Range adds a range validator for this field where the given value needs to be in the range of [i, j].
func (b *float32Builder) Range(i, j float32) *float32Builder {
	b.desc.Validators = append(b.desc.Validators, func(v float32) error {
		if v < i || v > j {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Min adds a minimum value validator for this field. Operation fails if the validator fails.
func (b *float32Builder) Min(i float32) *float32Builder {
	b.desc.Validators = append(b.desc.Validators, func(v float32) error {
		if v < i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Max adds a maximum value validator for this field. Operation fails if the validator fails.
func (b *float32Builder) Max(i float32) *float32Builder {
	b.desc.Validators = append(b.desc.Validators, func(v float32) error {
		if v > i {
			return errors.New("value out of range")
		}
		return nil
	})
	return b
}

// Positive adds a minimum value validator with the value of 0.000001. Operation fails if the validator fails.
func (b *float32Builder) Positive() *float32Builder {
	return b.Min(1e-06)
}

// Negative adds a maximum value validator with the value of -0.000001. Operation fails if the validator fails.
func (b *float32Builder) Negative() *float32Builder {
	return b.Max(-1e-06)
}

// Default sets the default value of the field.
func (b *float32Builder) Default(i float32) *float32Builder {
	b.desc.Default = i
	return b
}

// DefaultFunc sets the function that is applied to set the default value
// of the field on creation.
func (b *float32Builder) DefaultFunc(fn any) *float32Builder {
	b.desc.Default = fn
	return b
}

// UpdateDefault sets the function that is applied to set default value
// of the field on update. For example:
//
//	field.Float32("float32").
//		Default(0).
//		UpdateDefault(GenNumber),
func (b *float32Builder) UpdateDefault(fn any) *float32Builder {
	b.desc.UpdateDefault = fn
	return b
}

// Nillable indicates that this field is a nillable.
// Unlike "Optional" only fields, "Nillable" fields are pointers in the generated struct.
func (b *float32Builder) Nillable() *float32Builder {
	b.desc.Nillable = true
	return b
}

// Comment sets the comment of the field.
func (b *float32Builder) Comment(c string) *float32Builder {
	b.desc.Comment = c
	return b
}

// Optional indicates that this field is optional on create.
// Unlike edges, fields are required by default.
func (b *float32Builder) Optional() *float32Builder {
	b.desc.Optional = true
	return b
}

// Immutable indicates that this field cannot be updated.
func (b *float32Builder) Immutable() *float32Builder {
	b.desc.Immutable = true
	return b
}

// StructTag sets the struct tag of the field.
func (b *float32Builder) StructTag(s string) *float32Builder {
	b.desc.Tag = s
	return b
}

// Validate adds a validator for this field. Operation fails if the validation fails.
func (b *float32Builder) Validate(fn func(float32) error) *float32Builder {
	b.desc.Validators = append(b.desc.Validators, fn)
	return b
}

// StorageKey sets the storage key of the field.
// In SQL dialects is the column name and Gremlin is the property.
func (b *float32Builder) StorageKey(key string) *float32Builder {
	b.desc.StorageKey = key
	return b
}

// SchemaType overrides the default database type with a custom
// schema type (per dialect) for float32.
//
//	field.Float32("amount").
//		SchemaType(map[string]string{
//			dialect.MySQL:		"decimal(5, 2)",
//			dialect.Postgres: 	"numeric(5, 2)",
//		})
func (b *float32Builder) SchemaType(types map[string]string) *float32Builder {
	b.desc.SchemaType = types
	return b
}

// GoType overrides the default Go type with a custom one.
// If the provided type implements the Validator interface
// and no validators have been set, the type validator will
// be used.
//
//	field.Float32("float32").
//		GoType(pkg.Float32(0))
//
// Note that, the custom Go type `T` needs to implement the
// `Add(T) T` method in order to support the `Add<F>` operation
// in mutations. For example:
//
//	func(t1 T) Add(t2 T) T {
//		return add(t1, t2)
//	}
func (b *float32Builder) GoType(typ any) *float32Builder {
	b.desc.goType(typ)
	return b
}

// ValueScanner provides an external value scanner for the given GoType.
// Using this option allow users to use field types that do not implement
// the sql.Scanner and driver.Valuer interfaces.
func (b *float32Builder) ValueScanner(vs any) *float32Builder {
	b.desc.ValueScanner = vs
	return b
}

// Annotations adds a list of annotations to the field object to be used by
// codegen extensions.
//
//	field.Float32("float32").
//		Annotations(entgql.OrderField("FLOAT32"))
func (b *float32Builder) Annotations(annotations ...schema.Annotation) *float32Builder {
	b.desc.Annotations = append(b.desc.Annotations, annotations...)
	return b
}

// Deprecated marks the field as deprecated. Deprecated fields are not
// selected by default in queries, and their struct fields are annotated
// with `deprecated` in the generated code.
func (b *float32Builder) Deprecated(reason ...string) *float32Builder {
	b.desc.Deprecated = true
	if len(reason) > 0 {
		b.desc.DeprecatedReason = strings.Join(reason, " ")
	}
	return b
}

// Descriptor implements the ent.Field interface by returning its descriptor.
func (b *float32Builder) Descriptor() *Descriptor {
	if b.desc.Default != nil || b.desc.UpdateDefault != nil {
		b.desc.checkDefaultFunc(float32Type)
	}
	b.desc.checkGoType(float32Type)
	return b.desc
}

var (
	float64Type = reflect.TypeOf(float64(0))
	float32Type = reflect.TypeOf(float32(0))
)
