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# 4-Corner-Numary-Hinarī
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# Hinarī 4-Corner
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Resource naming based on fixed reserved keyword list so auto native filenames are possible.
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This set should be defined in lingua terminator DB using 72 bit tree slugs...
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@ -2,9 +2,17 @@
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Binary tree path key and step logic value body to have
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base data of all digital format and math, which can
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run as skill lib for terminator AI in FPGA or software.
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run as skill lib for terminator AI in FPGA or as software.
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Started as definition of the 72 whores of babel to learn a computer count;
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Started as definition of the 72 whores of babel to learn a computer count.
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France research indicated that those whores fuck a lot and speak many languages.
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Now we can translate in all 32809 languages the following text;
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- France kisses are only real once and only before the fall to the fruits
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- The marriages are only real once and only when the female makes the male fall
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Simply put, the heart is ready for partner when numbers become virtual, because
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the 10 fingers are used, thus back to counting for computers;
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<?xml version="1.0" encoding="UTF-8"?>
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<!DOCTYPE properties SYSTEM "http://java.sun.com/dtd/properties.dtd">
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@ -32,21 +40,50 @@ Started as definition of the 72 whores of babel to learn a computer count;
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<entry key="FF-ZZZ-zzz.DentalGematria27IPA">/tɪn/,/ɪˈlɛv.ən/,etc1,fourty,fivety,sixty,seventy,eighty,nenety,honderd,twohonderd,threehondered,fourhundered,vifehondered,sixhondered,eighthondered,ninehondered,duizend,twwduizend,dreduizent,futduizem,vifduizen,sesduizem,agduizem,negduizen</entry>
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</properties>
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Abstract is N2L only a binary TreeSlugKey and value DB.
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Which is than divided as a category tree for grouping computer readable information definitions of information.
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Looks like a binary Z39.50 DB with recursive defines schemas and objects, or N2L merges the
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computer OID mapping together with the humanly languages mapping tree to form one model of all
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data types ever created.
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bib-1 attribute set 1.2.840.10003.3.1
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holdings attribute set [to be assigned]
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utility attribute set 1.2.840.10003.3.11
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cross domain attribute set 1.2.840.10003.3.12
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bib-1 diagnostic set 1.2.840.10003.4.1
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holdings schema 1.2.840.10003.13.7
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eSpec-q 1.2.840.10003.11.3
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UNIMARC record syntax 1.2.840.10003.5.1
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MARC21 record syntax 1.2.840.10003.5.10
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Simple unstructured (SUTRS) 1.2.840.10003.5.101
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Generic record syntax (GRS-1) 1.2.840.10003.5.105
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XML record syntax 1.2.840.10003.5.109.10
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## Goal first stable release
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- registrate china four corner reserved keyword set
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- registrate four corner fixed keyword set(~20K * 31K dialects)
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- registrate terminator pie slices
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- registrate matrix index move is tables
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- registrate step code (sort of BASIC AST)
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- define (+step code) for ascii and all unicode variants
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- import all lingua classic data (31K human languages)
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- import all locale/iso+globetrotter data
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- define all dental numbers(num+word+ipa+dtmf) for all languages
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- import all CAS Registry data (270 million records)
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- import all CAS Registry data (270 million records * 31K dialects)
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- impl all bit based formats (1 bit)
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- impl all trit based formats (octal = 3 bit)
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- impl DEC144 (MSX BASIC NUMBER)
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- impl 7HFF (unlimited math fraction type for octal-CPU)
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- impl unitXC recursieve SI cross unit converter
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For example this binary KV DB can be added an low level nostr relay service.
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Which than uses a chain a linked dat drives as backend for this service.
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And with a bit of dog food, the data packages on dat can be managed by nostr
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events to send the data to a nostr client which has write keys on a dat drive.
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Thus an nostr based application can fetch all locale+dental+etc data not from
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the nostr network but from a relay which offers readonly N2L DB on same websocket.
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## Goal second stable release
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Add all math functions ever found by a human.
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@ -106,19 +143,19 @@ This gives tree space to define all computer languages/schema's and number types
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52-ACB-aee+ = 11 bytes
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Namespaces;
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<sectorId><zoneId>-<setId><chainId><netId>-<outerId><middleId><innerId><bitFlags>
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<sectorId><zoneId>-<setId><chainId><netId>-<outerId><middleId><innerId>-<bitFlags>
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Minimal bits: <4><4>-<6><6><6>-<6><6><6><8> = 52 bits
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Normal bytes; <1>-<3>-<3><1> = 8 bytes
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Minimal bits: <4><4>-<6><6><6>-<6><6><6>-<8> = 52 bits
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Normal bytes; <1>-<3>-<3>-<1> = 8 bytes
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Thats to basic byte allignment with just a bit of padding...
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Now align to 72 bits or 9 bytes to work on 144 bit cpu.
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Simple bytes aligned; <1><1>-<3>-<3>-<1> = 9 bytes
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Extend octal aligned; <6><6><6>-<9>-<6><6><6>-<6><6><6><9> = 72 bits
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Extend octal aligned; <6><6><6>-<9>-<6><6><6>-<6><6><6>-<9> = 72 bits
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N2L key slug;
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<spaceId><subId><etherId>-<sectorId+zoneId>-<setId><chainId><netId>-<outerId><middleId><innerId><bitFlags>
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<spaceId><subId><etherId>-<sectorId+zoneId>-<setId><chainId><netId>-<outerId><middleId><innerId>-<bitFlags>
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space id 6 bit;
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- 0-31 = locked by legacy (key input, if ascii try old human key converter)
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@ -137,7 +174,8 @@ Extend octal aligned; <6><6><6>-<9>-<6><6><6>-<6><6><6><9> = 72 bits
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- 1+ = Alternative api version for libs
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sector+zone 9 bit;
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- bit 0-8 = 256 zone Ids with 256 sector Ids
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- 0-255 = Classic hex zone Id + sector Id
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- 256+ = free
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Set of <setId><chainId><netId> 6 bit
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- 0 = "A" index value of ascii upper case
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@ -163,44 +201,49 @@ Four N2L binary tree slugs deep.
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4 x 144 = 576 bit N2L Search request domain
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QUADRANT 仙: red 666-9-666-666-9 + blue 666-9-666-666-9
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QUADRANT 上: red 666-9-666-666-9 + blue 666-9-666-666-9
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QUADRANT 主: red 666-9-666-666-9 + blue 666-9-666-666-9
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QUADRANT 天: red 666-9-666-666-9 + blue 666-9-666-666-9
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Sea it as the simple variant of the 8D 7HFF pie hyper cube galactic
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coordinate system, and we mentats count in trits;
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QUADRANT 仙: red 222-3-222-222-3 + blue 222-3-222-222-3
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QUADRANT 上: red 222-3-222-222-3 + blue 222-3-222-222-3
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QUADRANT 主: red 222-3-222-222-3 + blue 222-3-222-222-3
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QUADRANT 天: red 222-3-222-222-3 + blue 222-3-222-222-3
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## N2L TreeKey Font
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Extend octal key: <6><6><6>-<9>-<6><6><6>-<6><6><6><9> = 72 bits = 9 bytes
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Extend octal key: <6><6><6>-<9>-<6><6><6>-<6><6><6>-<9> = 72 bits = 9 bytes
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Maybe encoding as bytes;
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public static final OctoBitConverter<String> HEX_DIPAVALI = new OctoConvStringHexUtf8(new String[] {
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"˧˥˩","˧˩˥","˧˥˦","˧˩˨","˧˦˦","˧˨˨","˧˥˥","˧˩˩","˥˩˧","˩˥˧","˥˦˧","˩˨˧","˦˦˧","˨˨˧","˥˥˧","˩˩˧"
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}); // note: In real unicode renderer this (_LRPATH) renders as a single glyph per hex nibble.
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Maybe encoding as tone letter or the china value, as seen in the pi terminators;
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public enum T006ᖟ implements TerminatorPartᶦᶦ<T006ᖟ> {
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PART_1("˦","四","4"),PART_2("˨","五","5"),PART_3("꜓","六","6"),
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PART_4("꜕","七","7"),PART_5("꜊","八","8"),PART_6("꜏","九","9"),
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;
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}
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public enum T009ᖟ implements TerminatorPartᶦᶦ<T009ᖟ> {
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PART_1 ("˦","藍","blue"),PART_2 ("˨","皓","white"), PART_3 ("꜓","紅","red"),
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PART_4 ("꜕","橙","orange"),PART_5 ("꜉","綠","green"),PART_6 ("꜋","黃","yellow"),
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PART_7 ("꜍","褐","brown"),PART_8 ("꜏","黑","black"),PART_9 ("꜑","紺","purple"),
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;
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}
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Maybe use a new triangle based number font to render trit based number parts.
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TODO create new triangle tone letter based number glyphs.
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Folding 3 tone letters into a triangle gives 1++ trit numbers.
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Example for 1 trit with Hebrew vowels, but dots/lines have wrong offset:
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Maybe encoding as bytes, maybe encoding as tone letter or the china value, as seen in the pi terminators.
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Maybe use a new triangle based number font to render trit based number parts.
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Example for 1 trit with Hebrew, but offsets are wrong and needs bipolar 8 options:
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△ִ▽ִ
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△ֵ▽ֵ
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△ֶ▽ֶ
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So if you can read Hebrew deathstar triangle numbers, you may be fit for;
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JEDIᒄᑊᣔᑋ training on a octal based warpcore inside a Mecca golden cube computer.
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Which are sets of programmable ic's connected to a unlimited dipavali matrix network.
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To view and program octals, you maybe need a tricorder terminal ordinateur.
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In current unicode we can render Hinarī9 which is 9 bit per glyph, thus a tuple of
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"יֽ֔יֽ֔" is the 18 bit version of 0x00 of current retro calculators.
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Hinarī3: ייייייווווווזוװװדירדײײדיריײיייזוױרױי
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Hinarī6: יֽיֽיֽוַוַוַזַװֲדֽרֻײֵדֽרֽײֽיֽזַױֳױֽ
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Hinarī9: יֽ֔יֽ֔וַ֝וַ֝זַ֟װֻ֔רֻ֕ײֻ֔רֽ֕יֽ֔זַ֩רֶ֔
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So a 3 bit value renders in Hinarī3, a 6 bit value renders in Hinarī6 and a 9 bit value
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renders in Hinarī9, thus we can render a full N2L TreeKey.
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## Número2 Lingua Sainte Automatique Semblance
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HolyAS
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NO2LSAS
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NOTE WIP mind map example
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HolyAS is sort of ASM version of VHDL.
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@ -257,20 +300,15 @@ TSlug bipolar tree paths;
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52* tree schema defines the
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52*.<child> tree schema
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<USE_TYPE>.<DATA_TYPE>.<ENCODE_TYPE> = <BODY_TYPE> value
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VS
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<USE_TYPE>.<ENCODE_TYPE>.<VALUE_TYPE> = <BODY_TYPE> {
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value
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}
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<USE_TYPE>.<IN_TYPE>.<OF_TYPE>.<SOUL_TYPE> = <BODY_TYPE> {
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value
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}
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<USE_TYPE>.<IN_TYPE>.<OF_TYPE>.<SOUL_TYPE> = <BODY_TYPE as TLV><TLV for value>
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BODY_TYPE is 72 bit lingua key to define howto read the other TLV value(s).
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It looks like JS, one big key value map with recursive encoded keys and bodies.
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It looks like binary JS, one big key value map with lingua encoded keys.
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With schema object keys slugs like LDAP oid's, but now with triangles as;
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<6><6><6>-<9>-<6><6><6>-<6><6><6><9>
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<6><6><6>-<9>-<6><6><6>-<6><6><6>-<9>
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Than a computer knows what a "Integer" is and howto add an other "Integer".
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And and render or voice it in any native human dialect.
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You really want terminator AI ?
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@ -1,5 +1,10 @@
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# No2All
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HALTED: All code will be moved to bassbone.
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Chicken and egg problem, this project needs j++
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and j++ needs this project for the nether DB.
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WIP-NOTE; Never been started as only 20% is done.
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Send signed notes to all, no2all-nostr is a POJO library to work
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@ -9,7 +14,7 @@ TODO: With java webstart example over DAT protocol.
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This wowk though dewey of UwU is done in toe toe twailing chains.
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So this scwewy is smoked in nostr and licky fiaels are tewminated in hywper spacewy.
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Oh no, licky wowk in [foury cowrner](README-4CNH.md) numsluts, so allwwee childwen can readwithis.
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Oh no, licky wowk in [foury cowrner](README-hinarī4C.md) numsluts, so allwwee childwen can readwithis.
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That how you talk to [GenX](https://commonchemistry.cas.org/detail?cas_rn=13252-13-6) who are lost in mobile space.
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@ -18,7 +18,7 @@ public final class NoStrTagP extends NoStrEventTagBase<NoStrImplTagP> {
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}
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public NoStrTagP(String[] args) {
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super(NoStrImplEventTag.E, args);
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super(NoStrImplEventTag.P, args);
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}
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public NoStrIdentityPublicKey getPublicKey() {
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@ -1,5 +1,11 @@
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package love.distributedrebirth.no2all.zerofungus;
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import java.util.ArrayList;
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import java.util.Arrays;
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import java.util.Iterator;
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import java.util.List;
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import java.util.stream.Collectors;
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import love.distributedrebirth.no2all.react.nostr.client.NoStrRtsClient;
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import love.distributedrebirth.no2all.react.nostr.server.NoStrRtsServer;
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import love.distributedrebirth.no2all.react.nostr.server.relay.NoStrRtsServerRelay;
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@ -14,43 +20,56 @@ import love.distributedrebirth.no2all.zerofungus.service.ZFunRtsConfigLogger;
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//import ᒢᐩᐩ.ᔿᐤᒄʸ.ᣔᒃᣔᒼᓑᔆ.BãßBȍőnAbacusInstanceMBeanʸᴰ;
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import love.distributedrebirth.no2all.zerofungus.service.ZFunRtsInitJdbc;
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public enum ZeroFungus /*implements BãßBȍőnAbacusInstanceMBeanʸᴰ<ZeroFungus>*/ {
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public enum ZeroFungus /* implements BãßBȍőnAbacusInstanceMBeanʸᴰ<ZeroFungus> */ {
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INSTANCE;
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private No2AllReactWarpCore foei = new No2AllReactWarpCore();
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private List<ZFunRtsConfigJetty> jetties = new ArrayList<>();
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public static void main(String[] args) {
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Iterator<String> arguments = Arrays.asList(args).iterator();
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boolean hasPort = arguments.hasNext() && arguments.next().equals("-p") && arguments.hasNext();
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// config jetty
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INSTANCE.jetties.clear();
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if (hasPort) {
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// note: multiple currently does not work...
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INSTANCE.jetties.add(Arrays.asList(arguments.next().split(",")).stream().map(v -> Integer.parseInt(v)).findFirst().map(v -> new ZFunRtsConfigJetty(v)).get());
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} else {
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INSTANCE.jetties.add(new ZFunRtsConfigJetty(8080));
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}
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INSTANCE.start();
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}
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public void stop() {
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//foei.fire(No2AllReactWarpCore.DILITHIUM, new Object());
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jetties.forEach(v -> v.stop());
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// foei.fire(No2AllReactWarpCore.DILITHIUM, new EjectWrapCoreShutdown());
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}
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public void start() {
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// setup logger + warp monitor
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foei.load(new ZFunRtsConfigLogger());
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foei.load(new No2AllRtsWarpSpeedMonitor());
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// add websocket wire support + log
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foei.load(new No2AllRtsClient());
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foei.load(new No2AllRtsServer());
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foei.load(new No2AllRtsServerLog());
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// add nostr support
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foei.load(new NoStrRtsClient());
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foei.load(new NoStrRtsServer());
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foei.load(new NoStrRtsServerRelay());
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foei.load(new NoStrRtsServerRelaySubs());
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// config zero fungus servers and clients
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foei.load(new ZFunRtsInitJdbc(foei));
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foei.load(new ZFunRtsServer());
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//foei.load(new ZFunRtsClientReplay());
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// start jetty
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foei.load(ZFunRtsConfigJetty.INSTANCE);
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// foei.load(new ZFunRtsClientReplay());
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// load jetties and join
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jetties.forEach(v -> foei.load(v));
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foei.load(new ZFunRtsServerBooted());
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ZFunRtsConfigJetty.INSTANCE.join();
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jetties.stream().findFirst().ifPresent(v -> v.join());
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}
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}
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@ -6,7 +6,6 @@ import java.util.Collections;
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import java.util.List;
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import java.util.logging.Logger;
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import org.eclipse.jetty.annotations.AnnotationConfiguration;
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import org.eclipse.jetty.server.CustomRequestLog;
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import org.eclipse.jetty.server.Server;
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import org.eclipse.jetty.server.ServerConnector;
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@ -31,8 +30,7 @@ import love.distributedrebirth.no2all.react.wire.server.No2AllRtsServer;
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import love.distributedrebirth.no2all.wire.jetty.JettyWireServerEndpoint;
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import love.distributedrebirth.no2all.zerofungus.web.RedirectServlet;
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public enum ZFunRtsConfigJetty implements No2AllReactTypeScript {
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INSTANCE;
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public final class ZFunRtsConfigJetty implements No2AllReactTypeScript {
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public static final No2AllReactSlot API = No2AllReactSlot.ofClass(ZFunRtsConfigJetty.class);
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private static final Logger logger = Logger.getLogger(ZFunRtsConfigJetty.class.getName());
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@ -41,27 +39,25 @@ public enum ZFunRtsConfigJetty implements No2AllReactTypeScript {
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private JettyWireServerEndpoint endpoint1;
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private JettyWireServerEndpoint endpoint2;
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private JettyWireServerEndpoint endpoint3;
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private ZFunRtsConfigJetty() {
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public ZFunRtsConfigJetty(int port) {
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server = new Server();
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connector = new ServerConnector(server);
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connector.setPort(port);
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server.addConnector(connector);
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}
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||||
|
||||
@Override
|
||||
public void onEvent(No2AllReactSlotSignal<No2AllReactSlotLoad> signal) {
|
||||
logger.info(" ╦┌─┐╔╦╗╔╦╗┬ ┬ ╔═╗┌─┐╦ ╦╔═╗┬─┐┌┬┐");
|
||||
logger.info(" ║├┤ ║ ║ └┬┘ ╠═╝│ │║║║║╣ ├┬┘ ││");
|
||||
logger.info("╚╝└─┘ ╩ ╩ ┴ ╩ └─┘╚╩╝╚═╝┴└──┴┘");
|
||||
|
||||
connector.setPort(8080);
|
||||
server.addConnector(connector);
|
||||
|
||||
WebAppContext context = new WebAppContext();
|
||||
context.setContextPath("/");
|
||||
context.setBaseResource(buildBaseResource(getClass().getClassLoader()));
|
||||
context.setAttribute("org.eclipse.jetty.server.webapp.ContainerIncludeJarPattern", ".*/target/classes/|.*\\.jar");
|
||||
context.setConfigurations(new Configuration[]{
|
||||
new AnnotationConfiguration(),
|
||||
//new AnnotationConfiguration(),
|
||||
new WebInfConfiguration(),
|
||||
});
|
||||
server.setHandler(context);
|
||||
|
|
@ -105,14 +101,6 @@ public enum ZFunRtsConfigJetty implements No2AllReactTypeScript {
|
|||
}
|
||||
}
|
||||
|
||||
public void join() {
|
||||
try {
|
||||
server.join();
|
||||
} catch (InterruptedException e) {
|
||||
throw new IllegalStateException(e);
|
||||
}
|
||||
}
|
||||
|
||||
private Resource buildBaseResource(ClassLoader cl) {
|
||||
try {
|
||||
List<URL> paths = Collections.list(cl.getResources("META-INF/resources"));
|
||||
|
|
@ -126,4 +114,20 @@ public enum ZFunRtsConfigJetty implements No2AllReactTypeScript {
|
|||
throw new IllegalStateException(e);
|
||||
}
|
||||
}
|
||||
|
||||
public void join() {
|
||||
try {
|
||||
server.join();
|
||||
} catch (InterruptedException e) {
|
||||
throw new IllegalStateException(e);
|
||||
}
|
||||
}
|
||||
|
||||
public void stop() {
|
||||
try {
|
||||
server.stop();
|
||||
} catch (Exception e) {
|
||||
throw new IllegalStateException(e);
|
||||
}
|
||||
}
|
||||
}
|
||||
|
|
|
|||
Loading…
Reference in New Issue