THIS IS A TEST INSTANCE. ALL YOUR CHANGES WILL BE LOST!!!!
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- dfdlx:inputTypeCalc(f: QName, x:A)
- f must be a constant QName resolving to a simpleType with a transform defined
- The type of x is determined statically at compile time as the primitive type of the repType of f.
- The return type is given by the primitive type of the logical type of f.
- If the types given by f do not match what is required, the relevent expression may be cast according to standard DFDL expression casting rules.
- Returns the result of applying the inputTypeCalc function associated with f to x
- dfdlx:outputTypeCalc(f: QName, x:Any)
- f must be a constant QName resolving to a simpleType with a transform defined
- The type of x is determined statically at compile time as the primitive type of the logical type of f.
- The return type is given by the primitive type of the repType of f.
- If the types given by f do not match what is required, the relevent expression may be cast according to standard DFDL expression casting rules.
- Returns the result of applying the outputTypeCalc function associated with f to x
- dfdlx:outputTypeCalcNextSibling()
- Returns the result of applying the outputTypeCalc defined by the immediately following sibling of the current node, to the value contained by the immediately following sibling of the current node.
- Can only be used on unparse.
- Requires that all potential following siblings have the same repType and define an outputTypeCalc.
- The return type is the primitive type of the repType of the following sibling.
- If the return type does not match what is expected by the containing expression, it will be cast according to standard DFDL expression casting rules.
- dfdlx:repTypeValue()
- Can only be called from inside dfdlx:inputTransform
- Returns the value of the underlying repType.
- dfdlx:logicalTypeValue()
- Can only be called from inside dfdlx:outputTransform
- Returns the logical value of this element.