public static void postProcessDictionary(TemplateHandler handler, int byteGap, int maxByteLength) { handler.buildDictionaryMemberLists(); // the catalog file need not be "Small" but it probably will be. // the catalog file must be "Fast" to load without any "Processing" // needed by the consumer. // this enables fast startup/recovery times that do not produce garbage. handler.defaultConstValues.setTypeCounts( handler.tokenBuilderIntCount.intValue(), handler.tokenBuilderLongCount.intValue(), handler.tokenBuilderByteCount.intValue(), byteGap, maxByteLength); }
public static void postProcessDictionary(TemplateHandler handler, int byteGap, int maxByteLength) { handler.buildDictionaryMemberLists(); // the catalog file need not be "Small" but it probably will be. // the catalog file must be "Fast" to load without any "Processing" // needed by the consumer. // this enables fast startup/recovery times that do not produce garbage. handler.defaultConstValues.setTypeCounts( handler.tokenBuilderIntCount.intValue(), handler.tokenBuilderLongCount.intValue(), handler.tokenBuilderByteCount.intValue(), byteGap, maxByteLength); }
public static void postProcessDictionary(TemplateHandler handler, int byteGap, int maxByteLength) { handler.buildDictionaryMemberLists(); // the catalog file need not be "Small" but it probably will be. // the catalog file must be "Fast" to load without any "Processing" // needed by the consumer. // this enables fast startup/recovery times that do not produce garbage. handler.defaultConstValues.setTypeCounts( handler.tokenBuilderIntCount.intValue(), handler.tokenBuilderLongCount.intValue(), handler.tokenBuilderByteCount.intValue(), byteGap, maxByteLength); }