/**
* Walks to the enclosing type's simple names and applies naming convention. This shortcut/fix
* shows deficiency of model (it's probably more complicated than needed).
*
* @return enclosing immutable name
*/
@Value.Lazy
String typeImmutableEnclosingSimpleName() {
DeclaringType declaringType = protoclass().enclosingOf().get();
String enclosingSimpleName = declaringType.element().getSimpleName().toString();
String enclosingRawName = names().rawFromAbstract(enclosingSimpleName);
// Here we checking for having both enclosing and value
// if we had protoclass it would be kind().isEnclosing() && kind().isValue()
Naming naming =
declaringType.isImmutable()
? names().namings.typeImmutable
: names().namings.typeImmutableEnclosing;
return naming.apply(enclosingRawName);
}
@Nullable
private String getFromSourceImports(String resolvable) {
if (sourceClassesImports == null) {
sourceClassesImports = declaringType.associatedTopLevel().sourceImports().classes;
}
return sourceClassesImports.get(resolvable);
}
@Nullable
private String getFromSourceImports(String resolvable) {
if (sourceClassesImports == null) {
sourceClassesImports = Lists.newArrayList();
for (DeclaringType t : declaringTypes) {
Imports imports = t.associatedTopLevel().sourceImports();
if (!sourceClassesImports.contains(imports)) {
sourceClassesImports.add(imports);
}
}
}
for (SourceExtraction.Imports imports : sourceClassesImports) {
@Nullable String resolved = imports.classes.get(resolvable);
if (resolved != null) {
return resolved;
}
}
return null;
}
