Package org.qdl_lang.util.aggregate

Interface ProcessStemValues

All Superinterfaces:

Constants

All Known Subinterfaces:

ProcessScalar, ProcessStemAxisRestriction

All Known Implementing Classes:

AbstractIdentityStemProcess, AbstractNoOpStemImpl, AxisRestrictionIdentity, AxisRestrictionNoOp, Crypto.CodeChallenge.ProcessCodeChallenge, Crypto.DoJWTVerify, Crypto.HexToB64.ProcessHexToB64, Crypto.IdentityEncryptDecrypt, Crypto.IdentityJWT, Crypto.IdentitySymmetricDeorEncrypt, Crypto.ProcessB64ToHex, Crypto.ProcessB64ToInt, Crypto.ProcessHexToInt, Crypto.ProcessIntToB64, Crypto.ProcessIntToHex, Crypto.ReadOID.IdentityOIDS, IdentityScalarImpl, NoOpScalarImpl, QDLStem.ARGetkeys, QDLStem.SizeOf, StemEvaluator.ARForEachImpl, StemEvaluator.SizeOf, SystemEvaluator.ReduceAll

public interface ProcessStemValues
extends Constants

Interface for processors that traverse stems. Each method gets the current key. Note that there are not methods for sets or stems here since these are handled differently at lower levels, i.e. you must recurse through them. Effectively, this processes scalars only. ProcessScalar processes each element in a nested stem or set. ProcessStemAxisRestriction treats the stems or sets along an axis as aggregates. This handles Java objects, not QDLValues. To return a QDL value, wrap it using QDLValue.asQDLValue(Object).

Usage

Each call has an index that is the stem path to the coordinates. So if you access A.b.c.d, then the index is [b,c] and the key is d.

Note that the default value here refers to the default for this processor, i.e., what to return if there is no other logic. It ranges from just handing it back for the identity processor to throwing an exception in almost every case for the no-op processor.

Field Summary

Fields inherited from interface org.qdl_lang.variables.Constants

ALL_INDICES_NAME, ALL_INDICES_TYPE, ARG_COUNT_TYPE, AXIS_RESTRICTION_NAME, AXIS_RESTRICTION_TYPE, BOOLEAN_NAME, BOOLEAN_TYPE, DECIMAL_NAME, DECIMAL_TYPE, DYADIC_FUNCTION_NAME, DYADIC_FUNCTION_TYPE, FUNCTION_NAME, FUNCTION_TYPE, INTEGER_TYPE, LIST_NAME, LIST_TYPE, LONG_NAME, LONG_TYPE, MODULE_NAME, MODULE_TYPE, NULL_NAME, NULL_TYPE, SET_NAME, SET_TYPE, STEM_NAME, STEM_TYPE, STRING_NAME, STRING_TYPE, UNKNOWN_NAME, UNKNOWN_TYPE

Method Summary

Modifier and Type	Method	Description
Object	process(List<Object> index, Object key, Boolean booleanValue)
Object	process(List<Object> index, Object key, Long longValue)
Object	process(List<Object> index, Object key, String stringValue)
Object	process(List<Object> index, Object key, BigDecimal decimalValue)
Object	process(List<Object> index, Object key, Module moduleValue)
Object	process(List<Object> index, Object key, DyadicFunctionReferenceNode dyadicFunctionReferenceNode)
Object	process(List<Object> index, Object key, FunctionReferenceNode frValue)
Object	process(List<Object> index, Object key, QDLNull nullValue)
Object	process(List<Object> index, Object key, QDLValue qdlValue)

Method Detail

process

Object process(List<Object> index,
               Object key,
               QDLValue qdlValue)

process

Object process(List<Object> index,
               Object key,
               Boolean booleanValue)

process

Object process(List<Object> index,
               Object key,
               String stringValue)

process

Object process(List<Object> index,
               Object key,
               Long longValue)

process

Object process(List<Object> index,
               Object key,
               BigDecimal decimalValue)

process

Object process(List<Object> index,
               Object key,
               QDLNull nullValue)

process

Object process(List<Object> index,
               Object key,
               Module moduleValue)

process

Object process(List<Object> index,
               Object key,
               FunctionReferenceNode frValue)

process

Object process(List<Object> index,
               Object key,
               DyadicFunctionReferenceNode dyadicFunctionReferenceNode)