Instance Constructors
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new
GenMonocleLens(config: Config)
Value Members
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final
def
!=(arg0: Any): Boolean
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final
def
##(): Int
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final
def
==(arg0: Any): Boolean
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val
XML_PREFIX: String
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val
XML_URI: String
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val
XSI_PREFIX: String
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val
XSI_URL: String
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val
XS_PREFIX: String
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val
XS_URL: String
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final
def
asInstanceOf[T0]: T0
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def
buildDefComposeLens(className: String, param: Param): String
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def
buildDefLens(className: String, param: Param): String
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def
buildImport: String
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def
buildObjectLens(localName: String, defLenses: String, defComposeLenses: String): String
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def
clone(): AnyRef
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def
containsEnumeration(decl: SimpleTypeDecl): Boolean
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def
containsSingleChoice(seq: SequenceDecl): Boolean
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lazy val
contentsSizeLimit: Int
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lazy val
enumNameMaxLength: Int
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final
def
eq(arg0: AnyRef): Boolean
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def
equals(arg0: Any): Boolean
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def
escapeKeyWord(name: String): String
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def
finalize(): Unit
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def
generateAutoPackages(schemas: Seq[SchemaDecl]): Seq[(Option[String], Option[String])]
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final
def
getClass(): Class[_]
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def
getTypeGlobally(namespace: Option[String], typeName: String, context: XsdContext): TypeDecl
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def
hashCode(): Int
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def
identifier(value: String): String
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def
indent(indent: Int): String
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def
isCommonlyUsedWord(s: String): Boolean
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final
def
isInstanceOf[T0]: Boolean
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def
isKeyword(str: String): Boolean
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def
isSpecialAttributeWord(str: String): Boolean
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def
isWrapped(namespace: Option[String], family: List[String]): Boolean
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def
makeCompositorNames(context: XsdContext): Unit
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def
makeEnumValues(decl: SimpleTypeDecl, scope: NamespaceBinding, context: XsdContext): Unit
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def
makeParamName(name0: String, attribute: Boolean): String
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def
makePrefix(namespace: Option[String], context: XsdContext): String
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def
makeProtectedTypeName(namespace: Option[String], group: AttributeGroupDecl, context: XsdContext): String
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def
makeProtectedTypeName(namespace: Option[String], attr: AttributeDecl, context: XsdContext): String
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def
makeProtectedTypeName(namespace: Option[String], decl: SimpleTypeDecl, context: XsdContext): String
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def
makeProtectedTypeName(namespace: Option[String], decl: ComplexTypeDecl, context: XsdContext): String
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def
makeProtectedTypeName(namespace: Option[String], prefix: Option[String], elem: ElemDecl, context: XsdContext): String
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def
makeProtectedTypeName(schema: SchemaDecl, context: XsdContext): String
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def
makeProtectedTypeName(namespace: Option[String], initialName: String, postfix: String, context: XsdContext): String
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def
makeTraitName(decl: ComplexTypeDecl): String
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def
makeTypeName(name: String): String
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lazy val
namedAttributes: Boolean
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final
def
ne(arg0: AnyRef): Boolean
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val
newline: String
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final
def
notify(): Unit
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final
def
notifyAll(): Unit
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def
packageName(namespace: Option[String], context: XsdContext): Option[String]
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def
packageName(decl: SimpleTypeDecl, context: XsdContext): Option[String]
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def
packageName(schema: SchemaDecl, context: XsdContext): Option[String]
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def
processContext(context: XsdContext, schemas: Seq[SchemaDecl]): Unit
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def
quote(value: String): String
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def
quote(value: Option[String]): String
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def
resolveType(schema: SchemaDecl, context: XsdContext): Unit
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lazy val
scalaNames: ScalaNames
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lazy val
sequenceChunkSize: Int
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def
splitLong[A <: HasParticle](rest: List[Particle])(f: (List[Particle]) ⇒ A): List[A]
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def
startsWithNumber(name: String): Boolean
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final
def
synchronized[T0](arg0: ⇒ T0): T0
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def
toString(): String
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final
def
wait(): Unit
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final
def
wait(arg0: Long, arg1: Int): Unit
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final
def
wait(arg0: Long): Unit
Inherited from AnyRef
Inherited from Any
This class generates lens for Monocle. it is inspired from Gerolf Seitz work: Lensed
object PurchaseOrderType { def shipTo: monocle.Lens[PurchaseOrderType, ipo.Addressable] = monocle.Lens[PurchaseOrderType, ipo.Addressable](_.shipTo)((shipTo: ipo.Addressable) => (purchaseordertype: PurchaseOrderType) => purchaseordertype.copy(shipTo = shipTo)) def billTo: monocle.Lens[PurchaseOrderType, ipo.Addressable] = monocle.Lens[PurchaseOrderType, ipo.Addressable](_.billTo)((billTo: ipo.Addressable) => (purchaseordertype: PurchaseOrderType) => purchaseordertype.copy(billTo = billTo)) def comment: monocle.Lens[PurchaseOrderType, Option[String]] = monocle.Lens[PurchaseOrderType, Option[String]](_.comment)((comment: Option[String]) => (purchaseordertype: PurchaseOrderType) => purchaseordertype.copy(comment = comment)) def items: monocle.Lens[PurchaseOrderType, ipo.Items] = monocle.Lens[PurchaseOrderType, ipo.Items](_.items)((items: ipo.Items) => (purchaseordertype: PurchaseOrderType) => purchaseordertype.copy(items = items)) def attributes: monocle.Lens[PurchaseOrderType, Map[String, scalaxb.DataRecord[Any]]] = monocle.Lens[PurchaseOrderType, Map[String, scalaxb.DataRecord[Any]]](_.attributes)((attributes: Map[String, scalaxb.DataRecord[Any]]) => (purchaseordertype: PurchaseOrderType) => purchaseordertype.copy(attributes = attributes))
class PurchaseOrderTypeW[A](l: monocle.Lens[A, PurchaseOrderType]) { def shipTo: monocle.Lens[A, ipo.Addressable] = l composeLens PurchaseOrderType.shipTo def billTo: monocle.Lens[A, ipo.Addressable] = l composeLens PurchaseOrderType.billTo def comment: monocle.Lens[A, Option[String]] = l composeLens PurchaseOrderType.comment def items: monocle.Lens[A, ipo.Items] = l composeLens PurchaseOrderType.items def attributes: monocle.Lens[A, Map[String, scalaxb.DataRecord[Any]]] = l composeLens PurchaseOrderType.attributes }
implicit def lens2PurchaseOrderTypeW[A](l: monocle.Lens[A, PurchaseOrderType]): PurchaseOrderTypeW[A] = new PurchaseOrderTypeW(l) }