JPP: dial lingua removed hex encoding and sealed and split nether tones

nx01-jpp-nether-dial-lingua/src/main/java/module-info.java

@@ -34,6 +34,5 @@ open module jpp.nether.dial.lingua {
 	//exports ᒢᐩᐩ.ᣕᓫᐪᑋᓫᣗ.ᒄᑊᣔᒻ.ᒻᑊᣕᕐᓑᣔᓫ.*; 
 	exports ᒢᐩᐩ.ᣕᓫᐪᑋᓫᣗ.ᒄᑊᣔᒻ.ᒻᑊᣕᕐᓑᣔᓫ.ᐧᐧᐧ;
 	exports ᒢᐩᐩ.ᣕᓫᐪᑋᓫᣗ.ᒄᑊᣔᒻ.ᒻᑊᣕᕐᓑᣔᓫ.ᐧᐧᣟ;
-	exports ᒢᐩᐩ.ᣕᓫᐪᑋᓫᣗ.ᒄᑊᣔᒻ.ᒻᑊᣕᕐᓑᣔᓫ.ᐧᣟᐧ;
 	exports ᒢᐩᐩ.ᣕᓫᐪᑋᓫᣗ.ᒄᑊᣔᒻ.ᒻᑊᣕᕐᓑᣔᓫ.ᣟᣟᣟ;
 }

nx01-jpp-nether-dial-lingua/src/test/java/ᒢᐩᐩ/ᣕᓫᐪᑋᓫᣗ/ᒄᑊᣔᒻ/ᒻᑊᣕᕐᓑᣔ/ModelDialLingua.java

@@ -62,7 +62,7 @@ public class ModelDialLingua implements KodeGenModel {
 	
 	@Override
 	public String generatorModelHash() {
-		return "3";
+		return "4";
 	}
 	
 	@Override
@@ -114,20 +114,34 @@ public class ModelDialLingua implements KodeGenModel {
 			Map<String, List<NetherSlugNamed>> map = splitSlugs.get(pack);
 			for (String file : map.keySet()) {
 				List<NetherSlugNamed> list = map.get(file);
+				if (list.isEmpty()) {
+					continue;
+				}
+				NetherSlugNamed slugTpl = list.get(0);
+				List<Class<?>> tonesTpl = slugTpl.view().toNetherTones(0);
 				String javaName = "ᐃ" + file; 
 				ModelKlass klass = new ModelKlass(BASE_PACK + "." + pack, javaName);
+				for (Class<?> tone : tonesTpl) {
+					klass.addJavaImport(tone.getDeclaringClass().getName()); // auto dedup
+				}
 				klass.addJavaDescription("Lingua set of supported human text and vocal dialects for terminators.");
 				klass.addJavaDescription("Keyed by the: Observatoire Human Linguistique");
 				writer.addModelKlass(klass);
 				StringBuilder buf = klass.getBody();
-				buf.append("public interface ");
+				buf.append("public sealed interface ");
 				buf.append(javaName);
+				buf.append(" extends ");
+				for (Iterator<Class<?>> i = tonesTpl.subList(0, 4).iterator(); i.hasNext() ;) {
+					Class<?> toneClass = i.next();
+					buf.append(toneClass.getDeclaringClass().getSimpleName());
+					buf.append(".");
+					buf.append(toneClass.getSimpleName());
+					if (i.hasNext()) {
+						buf.append(", ");
+					}
+				}
 				buf.append(" {\n");
 				for (NetherSlugNamed slug : list) {
-					List<Class<?>> tones = slug.view().toNetherTones(0);
-					for (Class<?> tone : tones) {
-						klass.addJavaImport(tone.getDeclaringClass().getName()); // auto dedup
-					}
 					String humanKlassPart = slug.linguaName();
 					humanKlassPart = humanKlassPart.replaceAll("\\-", "ᐧ");
 					humanKlassPart = humanKlassPart.replaceAll("\\+", "ᐧ");
@@ -140,10 +154,13 @@ public class ModelDialLingua implements KodeGenModel {
 					buf.append(slug.linguaKey);
 					buf.append("\n");
 					buf.append("\t");
-					buf.append("interface ");
+					buf.append("non-sealed interface ");
 					buf.append(slugName);
 					buf.append(" extends ");
-					for (Iterator<Class<?>> i = tones.iterator(); i.hasNext() ;) {
+					buf.append(javaName);
+					buf.append(", ");
+					List<Class<?>> tones = slug.view().toNetherTones(0);
+					for (Iterator<Class<?>> i = tones.subList(4, tones.size()).iterator(); i.hasNext() ;) {
 						Class<?> toneClass = i.next();
 						buf.append(toneClass.getDeclaringClass().getSimpleName());
 						buf.append(".");
@@ -193,7 +210,7 @@ public class ModelDialLingua implements KodeGenModel {
 			int ag1 = LINGUA_AG1;
 			int ag2 = LINGUA_AG2;
 			int ag3 = LINGUA_AG3;
-			int bl0w = 1+Integer.parseInt(key1, 16);
+			int bl0w = 1+Integer.parseInt(key1);
 			int cr1 = key2.length()<1?0:1+key2.charAt(0) - 'A'; // A = 1
 			int cr2 = key2.length()<2?0:1+key2.charAt(1) - 'A';
 			int cr3 = key2.length()<3?0:1+key2.charAt(2) - 'A';

src/site/wigiti/README-no2lingua.md

@@ -132,10 +132,6 @@ Tree key format;
 DIFF with orignal lingua tree path key;
 
 - Added support for an plus sign at the end to indicate an unofficial entry
-- First two decimals are now hex
-
-This means the 52 is still 52 but as hex which is another number internally.  
-This gives tree space to define all computer languages/schema's and number types.
 
 ## N2L TreeKey Binary
 
@@ -175,7 +171,7 @@ Extend octal aligned;  <6><6><6>-<9>-<6><6><6>-<6><6><6>-<9> = 72 bits
 	
 	sector+zone 9 bit;
 	- 0 = null
-	- 1-511 = Classic hex zone Id + sector Id (one based)
+	- 1-511 = Classic zone Id + sector Id (one based)
 	
 	Set of <setId><chainId><netId> 6 bit
 	- 0 = null
@@ -243,9 +239,9 @@ To view and program octals, you maybe need a tricorder terminal ordinateur.
 In current unicode we can render Hinarī9 which is 9 bit per glyph, thus a tuple of  
 "יֽ֔יֽ֔" is the 18 bit version of 0x00 of current retro calculators.
 
-	Hinarī3: ייייייווווווזוװװדירדײײדיריײיייזוױרױי
+	Hinarī3: דדדדדדײײײײײײדװייײױדװווװרדדדודרדזרזײױ
-	Hinarī6: יֽיֽיֽוַוַוַזַװֲדֽרֻײֵדֽרֽײֽיֽזַױֳױֽ
+	Hinarī6: דְדְדְײֽײֽײֽדַיֵײֻדַוֲװֶדְדֲדֶדֳרֳײֻ
-	Hinarī9: יֽ֔יֽ֔וַ֝וַ֝זַ֟װֻ֔רֻ֕ײֻ֔רֽ֕יֽ֔זַ֩רֶ֔
+	Hinarī9: דְ֔דְ֔ײֽ֩ײֽ֩דַ֝יֽ֠דַ֕וַ֞דְ֔וְ֞דֳ֞זֽ֠
 
 So a 3 bit value renders in Hinarī3, a 6 bit value renders in Hinarī6 and a 9 bit value  
 renders in Hinarī9, thus we can render a full N2L TreeKey.