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com.yahoo.schema.parser.ParsedSchema Maven / Gradle / Ivy
// Copyright Vespa.ai. Licensed under the terms of the Apache 2.0 license. See LICENSE in the project root.
package com.yahoo.schema.parser;
import com.yahoo.schema.OnnxModel;
import com.yahoo.schema.RankProfile;
import com.yahoo.schema.document.Stemming;
import com.yahoo.searchlib.rankingexpression.Reference;
import java.util.ArrayList;
import java.util.LinkedHashMap;
import java.util.List;
import java.util.Map;
import java.util.Optional;
/**
* This class holds the extracted information after parsing
* one schema (.sd) file, using simple data structures
* as far as possible.
*
* Do not put complicated logic here!
*
* @author arnej27959
*/
public class ParsedSchema extends ParsedBlock {
public static class ImportedField {
public final String asFieldName;
public final String refFieldName;
public final String foreignFieldName;
public ImportedField(String asField, String refField, String foreignField) {
this.asFieldName = asField;
this.refFieldName = refField;
this.foreignFieldName = foreignField;
}
}
private boolean documentWithoutSchema = false;
private Boolean rawAsBase64 = null;
private ParsedDocument myDocument = null;
private Stemming defaultStemming = null;
private final List importedFields = new ArrayList<>();
private final List onnxModels = new ArrayList<>();
private final Map constants = new LinkedHashMap<>();
private final List inherited = new ArrayList<>();
private final List inheritedByDocument = new ArrayList<>();
private final Map resolvedInherits = new LinkedHashMap<>();
private final Map allResolvedInherits = new LinkedHashMap<>();
private final Map extraAnnotations = new LinkedHashMap<>();
private final Map docSums = new LinkedHashMap<>();
private final Map extraFields = new LinkedHashMap<>();
private final Map fieldSets = new LinkedHashMap<>();
private final Map extraIndexes = new LinkedHashMap<>();
private final Map rankProfiles = new LinkedHashMap<>();
private final Map extraStructs = new LinkedHashMap<>();
public ParsedSchema(String name) {
super(name, "schema");
}
boolean getDocumentWithoutSchema() { return documentWithoutSchema; }
Optional getRawAsBase64() { return Optional.ofNullable(rawAsBase64); }
boolean hasDocument() { return myDocument != null; }
ParsedDocument getDocument() { return myDocument; }
boolean hasStemming() { return defaultStemming != null; }
Stemming getStemming() { return defaultStemming; }
List getImportedFields() { return List.copyOf(importedFields); }
List getOnnxModels() { return List.copyOf(onnxModels); }
List getAnnotations() { return List.copyOf(extraAnnotations.values()); }
List getDocumentSummaries() { return List.copyOf(docSums.values()); }
List getFields() { return List.copyOf(extraFields.values()); }
List getFieldSets() { return List.copyOf(fieldSets.values()); }
List getIndexes() { return List.copyOf(extraIndexes.values()); }
List getStructs() { return List.copyOf(extraStructs.values()); }
List getInherited() { return List.copyOf(inherited); }
List getInheritedByDocument() { return List.copyOf(inheritedByDocument); }
List getRankProfiles() { return List.copyOf(rankProfiles.values()); }
List getResolvedInherits() { return List.copyOf(resolvedInherits.values()); }
List getAllResolvedInherits() { return List.copyOf(allResolvedInherits.values()); }
List getConstants() { return List.copyOf(constants.values()); }
public void addAnnotation(ParsedAnnotation annotation) {
String annName = annotation.name();
verifyThat(! extraAnnotations.containsKey(annName), "already has annotation", annName);
extraAnnotations.put(annName, annotation);
}
public void addDocument(ParsedDocument document) {
verifyThat(myDocument == null,
"already has", myDocument, "so cannot add", document);
// TODO - disallow?
// verifyThat(name().equals(document.name()),
// "schema " + name() + " can only contain document named " + name() + ", was: "+ document.name());
this.myDocument = document;
}
public void setDocumentWithoutSchema() { this.documentWithoutSchema = true; }
public void addDocumentSummary(ParsedDocumentSummary docsum) {
String dsName = docsum.name();
verifyThat(! docSums.containsKey(dsName), "already has document-summary", dsName);
docSums.put(dsName, docsum);
}
public void addField(ParsedField field) {
String fieldName = field.name();
verifyThat(! extraFields.containsKey(fieldName), "already has field", fieldName);
extraFields.put(fieldName, field);
}
public void addFieldSet(ParsedFieldSet fieldSet) {
String fsName = fieldSet.name();
verifyThat(! fieldSets.containsKey(fsName), "already has fieldset", fsName);
fieldSets.put(fsName, fieldSet);
}
public void addImportedField(String asFieldName, String refFieldName, String foregnFieldName) {
importedFields.add(new ImportedField(asFieldName, refFieldName, foregnFieldName));
}
public void addIndex(ParsedIndex index) {
String idxName = index.name();
verifyThat(! extraIndexes.containsKey(idxName), "already has index", idxName);
extraIndexes.put(idxName, index);
}
public void add(OnnxModel model) {
onnxModels.add(model);
}
public void addRankProfile(ParsedRankProfile profile) {
String rpName = profile.name();
verifyThat(! rankProfiles.containsKey(rpName), "already has rank-profile", rpName);
rankProfiles.put(rpName, profile);
}
public void add(RankProfile.Constant constant) {
constants.put(constant.name(), constant);
}
public void addStruct(ParsedStruct struct) {
String sName = struct.name();
verifyThat(! extraStructs.containsKey(sName), "already has struct", sName);
extraStructs.put(sName, struct);
}
public void enableRawAsBase64(boolean value) {
this.rawAsBase64 = value;
}
public void inherit(String other) { inherited.add(other); }
void inheritByDocument(String other) { inheritedByDocument.add(other); }
public void setStemming(Stemming value) {
verifyThat((defaultStemming == null) || (defaultStemming == value),
"already has stemming", defaultStemming, "cannot also set", value);
defaultStemming = value;
}
void resolveInherit(String name, ParsedSchema parsed) {
verifyThat(inherited.contains(name), "resolveInherit for non-inherited name", name);
verifyThat(name.equals(parsed.name()), "resolveInherit name mismatch for", name);
verifyThat(! resolvedInherits.containsKey(name), "double resolveInherit for", name);
resolvedInherits.put(name, parsed);
var old = allResolvedInherits.put("schema " + name, parsed);
verifyThat(old == null || old == parsed, "conflicting resolveInherit for", name);
}
void resolveInheritByDocument(String name, ParsedSchema parsed) {
verifyThat(inheritedByDocument.contains(name),
"resolveInheritByDocument for non-inherited name", name);
var old = allResolvedInherits.put("document " + name, parsed);
verifyThat(old == null || old == parsed, "conflicting resolveInheritByDocument for", name);
}
}
