GroupAGMixin

abstract def SDE(id: String, args: Any*): Nothing

abstract def SDEButContinue(str: String, args: Any*): Unit

abstract def SDW(warnID: WarnID, str: String, args: Any*): Unit

Issue a warning.

abstract def lookupProperty(pname: String): PropertyLookupResult

Implemented in various ways by users of the mixin to find a property.

abstract def schemaFileLocation: SchemaFileLocation

final def !=(arg0: Any): Boolean

final def ##(): Int

final def ==(arg0: Any): Boolean

final def SDE(th: Throwable): Nothing

def ThrowSDE: PartialFunction[Throwable, Nothing]

final def areLogging(lvl: Type): Boolean

final def asInstanceOf[T0]: T0

def choiceAGInit(): Unit

final def choiceBranchKeyKind: ChoiceKeyKindType

final def choiceBranchKeyKind_location: LookupLocation

final def choiceDispatchKeyKind: ChoiceKeyKindType

final def choiceDispatchKeyKind_location: LookupLocation

final def choiceLength: Int

final def choiceLengthKind: ChoiceLengthKind

final def choiceLengthKindInit(): Unit

final def choiceLengthKindToString(): String

This will print the property value if the property has any value in scope.

final def choiceLengthKind_location: LookupLocation

final def choiceLength_location: LookupLocation

def clone(): AnyRef

def convertToBoolean(pv: String): Boolean

Convert a property string value to a Boolean

def convertToDouble(pv: String): Double

def convertToFloat(pv: String): Float

def convertToInt(pv: String): Int

Convert a property string value to a Int

def convertToNCName(pv: String): String

def convertToQName(pv: String, pl: LookupLocation): RefQName

def convertToString(pv: String): String

There's no conversion to do here, but to eliminate a special case in the code generator we always generate a call to a convertToTYPE function.

def doLogging(lvl: Type, msg: String, args: Seq[Any]): Unit

val emptyPropMap: PropMap

final def eq(arg0: AnyRef): Boolean

def equals(arg0: Any): Boolean

def finalize(): Unit

final def findProperty(pname: String): Found

Call this to find/get a property.

def findPropertyOption(pname: String): PropertyLookupResult

final def getClass(): Class[_]

def getLogWriter(): LogWriter

final def getLoggingLevel(): Type

final def getProperty(pname: String): String

It is ok to use getProperty if the resulting property value cannot ever contain a QName that would have to be resolved.

final def getPropertyOption(pname: String): Option[String]

Don't use this much.

def groupAGInit(): Unit

def groupCommonAGInit(): Unit

def hashCode(): Int

final def initiatedContent: YesNo

final def initiatedContent_location: LookupLocation

final def isInstanceOf[T0]: Boolean

final def layerBoundaryMark: String

final def layerBoundaryMark_location: LookupLocation

final def layerEncoding: String

final def layerEncoding_location: LookupLocation

final def layerLength: String

final def layerLengthKind: LayerLengthKind

final def layerLengthKindInit(): Unit

final def layerLengthKindToString(): String

This will print the property value if the property has any value in scope.

final def layerLengthKind_location: LookupLocation

final def layerLengthUnits: LayerLengthUnits

final def layerLengthUnitsInit(): Unit

final def layerLengthUnitsToString(): String

This will print the property value if the property has any value in scope.

final def layerLengthUnits_location: LookupLocation

final def layerLength_location: LookupLocation

final def layerTransform: String

final def layerTransform_location: LookupLocation

def layeringAGInit(): Unit

final macro def log(lvl: Type, msg: String, args: Any*): Unit

lazy val logID: String

var logLevel: Maybe[Type]

var logWriter: Maybe[LogWriter]

final def ne(arg0: AnyRef): Boolean

final def notYetImplemented(msg: String, args: Any*): Nothing

final def notify(): Unit

final def notifyAll(): Unit

final def optionChoiceLengthKind: Option[ChoiceLengthKind]

final def optionChoiceLengthKind_location: Option[LookupLocation]

final def optionLayerLengthKind: Option[LayerLengthKind]

final def optionLayerLengthKind_location: Option[LookupLocation]

final def optionLayerLengthUnits: Option[LayerLengthUnits]

final def optionLayerLengthUnits_location: Option[LookupLocation]

final def optionSeparatorPolicy: Option[SeparatorPolicy]

final def optionSeparatorPolicy_location: Option[LookupLocation]

final def optionSeparatorPosition: Option[SeparatorPosition]

final def optionSeparatorPosition_location: Option[LookupLocation]

final def optionSequenceKind: Option[SequenceKind]

final def optionSequenceKind_location: Option[LookupLocation]

val propCache: LinkedHashMap[String, PropertyLookupResult]

def registerToStringFunction(f: () ⇒ String): Unit

final def requireProperty(prop: PropertyLookupResult): Found

final def schemaDefinitionError(str: String, args: Any*): Nothing

def schemaDefinitionErrorButContinue(str: String, args: Any*): Unit

def schemaDefinitionErrorDueToPropertyValue(propertyName: String, propertyValue: String, propertyLocation: LookupLocation, otherPropertyLocation: LookupLocation, str: String, args: Any*): Nothing

SDE special case when we're blaming the error on the value of a property.

final macro def schemaDefinitionUnless(testThatWillThrowIfFalse: Boolean, str: String, args: Any*): Unit

* These functions are now macros as the original code: final def schemaDefinitionUnless(testThatWillThrowIfFalse: Boolean, str: => String, args: => Any*) = if (!testThatWillThrowIfFalse) SDE(str, args: _*) would cause expensive object allocation, even when the test would be true and even when the function was inlined

macro def schemaDefinitionWarningUnless(warnID: WarnID, testThatWillWarnIfFalse: Boolean, str: String, args: Any*): Unit

Conditionally issue a warning.

macro def schemaDefinitionWarningWhen(warnID: WarnID, testThatWillWarnIfTrue: Boolean, str: String, args: Any*): Unit

Conditionally issue a warning.

final macro def schemaDefinitionWhen(testThatWillThrowIfTrue: Boolean, str: String, args: Any*): Unit

def separatorAGInit(): Unit

final def separatorPolicy: SeparatorPolicy

final def separatorPolicyInit(): Unit

final def separatorPolicyToString(): String

This will print the property value if the property has any value in scope.

final def separatorPolicy_location: LookupLocation

final def separatorPosition: SeparatorPosition

final def separatorPositionInit(): Unit

final def separatorPositionToString(): String

This will print the property value if the property has any value in scope.

final def separatorPosition_location: LookupLocation

def sequenceAGInit(): Unit

final def sequenceKind: SequenceKind

final def sequenceKindInit(): Unit

final def sequenceKindToString(): String

This will print the property value if the property has any value in scope.

final def sequenceKind_location: LookupLocation

def setLogWriter(lw: LogWriter): Unit

def setLoggingLevel(level: Type): Unit

final def synchronized[T0](arg0: ⇒ T0): T0

def toString(): String

var toStringFunctionList: List[() ⇒ String]

Properties will push their toString function onto this list

final def toss(th: Throwable): Nothing

Centralize throwing for debug convenience

def verboseToString: String

prints all the properties on the object.

def verifyPropValue(key: String, value: String): Boolean

For unit testing convenience, or for use when debugging.

final def wait(): Unit

final def wait(arg0: Long, arg1: Int): Unit

final def wait(arg0: Long): Unit

macro def withLoggingLevel[S](newLevel: Type = getLoggingLevel)(body: ⇒ S): Unit

Use to make debug printing over small code regions convenient.