odict

package
v1.10.0 Latest Latest
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 Go to latest Published: Apr 4, 2023 License: GPL-3.0 Imports: 30 Imported by: 0

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Index

Constants

This section is empty.

Variables

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var Abbreviation = PartOfSpeech{Tag: "abbrev", Buf: POSabv, Label: "abbreviation"}
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var Adfix = PartOfSpeech{Tag: "adf", Buf: POSadf, Label: "adfix"}
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var AdjectivalPreNoun = PartOfSpeech{Tag: "adj-pn", Buf: POSadj_pn, Label: "pre-noun adjectival (rentaishi)"}
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var Adjective = PartOfSpeech{Tag: "adj", Label: "adjective", Buf: POSadj}
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var AdjectiveKari = PartOfSpeech{Tag: "adj-kari", Buf: POSadj_kari, Label: "'kari' adjective (archaic)"}
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var AdjectiveKu = PartOfSpeech{Tag: "adj-ku", Buf: POSadj_ku, Label: "'ku' adjective (archaic)"}
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var AdjectiveNari = PartOfSpeech{Tag: "adj-nari", Buf: POSadj_nari, Label: "archaic/formal form of na-adjective"}
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var AdjectiveNoun = PartOfSpeech{Tag: "adj-na", Buf: POSadj_na, Label: "adjectival nouns or quasi-adjectives (keiyodoshi)"}
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var AdjectivePhrase = PartOfSpeech{Tag: "phr_adj", Label: "adjective phrase", Buf: POSphr_adj}
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var AdjectiveShiku = PartOfSpeech{Tag: "adj-shiku", Buf: POSadj_shiku, Label: "'shiku' adjective (archaic)"}
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var AdjectiveTaru = PartOfSpeech{Tag: "adj-t", Buf: POSadj_t, Label: "'taru' adjective"}
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var AdjectiveYoiIi = PartOfSpeech{Tag: "adj-ix", Buf: POSadj_ix, Label: "adjective (keiyoushi) - yoi/ii class"}
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var Adverb = PartOfSpeech{Tag: "adv", Label: "adverb", Buf: POSadv}
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var AdverbTo = PartOfSpeech{Tag: "adv-to", Buf: POSadv_to, Label: "adverb taking the 'to' particle"}
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var AdverbialNoun = PartOfSpeech{Tag: "n-adv", Buf: POSn_adv, Label: "adverbial noun (fukushitekimeishi)"}
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var AdverbialPhrase = PartOfSpeech{Tag: "phr_adv", Label: "adverbial phrase", Buf: POSphr_adv}
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var Affix = PartOfSpeech{Tag: "aff", Buf: POSaff, Label: "affix"}
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var Auxiliary = PartOfSpeech{Tag: "aux", Label: "auxiliary", Buf: POSaux}
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var AuxiliaryAdjective = PartOfSpeech{Tag: "aux-adj", Buf: POSaux_adj, Label: "auxiliary adjective"}
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var AuxiliaryVerb = PartOfSpeech{Tag: "aux-v", Buf: POSaux_v, Label: "auxiliary verb"}
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var Character = PartOfSpeech{Tag: "chr", Label: "character", Buf: POSchr}
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var Circumfix = PartOfSpeech{Tag: "crcf", Buf: POScf, Label: "circumfix"}
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var Conjunction = PartOfSpeech{Tag: "conj", Buf: POSconj, Label: "conjunction"}
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var CoordinatingConjunction = PartOfSpeech{Tag: "cconj", Buf: POSconj_c, Label: "coordinating conjunction"}
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var Copula = PartOfSpeech{Tag: "cop", Buf: POScop, Label: "copula"}
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var Counter = PartOfSpeech{Tag: "ctr", Buf: POSctr, Label: "counter"}
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var Determiner = PartOfSpeech{Tag: "det", Buf: POSdet, Label: "determiner"}
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var EnumNamesPOS = map[POS]string{}/* 114 elements not displayed */
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var EnumValuesPOS = map[string]POS{}/* 114 elements not displayed */
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var Expression = PartOfSpeech{Tag: "expr", Buf: POSexpr, Label: "expression"}
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var Infix = PartOfSpeech{Tag: "inf", Buf: POSinf, Label: "infix"}
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var Interfix = PartOfSpeech{Tag: "intf", Buf: POSintf, Label: "interfix"}
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var Interjection = PartOfSpeech{Tag: "intj", Buf: POSintj, Label: "interjection"}
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var IntransitiveVerb = PartOfSpeech{Tag: "vi", Buf: POSvi, Label: "intransitive verb"}
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var Name = PartOfSpeech{Tag: "name", Buf: POSname, Label: "name"}
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var Noun = PartOfSpeech{Tag: "n", Buf: POSn, Label: "noun"}
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var NounNo = PartOfSpeech{Tag: "adj-no", Buf: POSadj_no, Label: "nouns which may take the genitive case particle 'no'"}
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var NounPrefix = PartOfSpeech{Tag: "n-pref", Buf: POSn_pref, Label: "noun, used as a prefix"}
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var NounSuffix = PartOfSpeech{Tag: "n-suf", Buf: POSn_suf, Label: "noun, used as a suffix"}
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var NounTemporal = PartOfSpeech{Tag: "n-t", Buf: POSn_t, Label: "noun (temporal) (jisoumeishi)"}
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var NounVerbPrenominal = PartOfSpeech{Tag: "adj-f", Buf: POSadj_f, Label: "noun or verb acting prenominally"}
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var Numeric = PartOfSpeech{Tag: "num", Buf: POSnum, Label: "numeric"}
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var Particle = PartOfSpeech{Tag: "part", Buf: POSpart, Label: "particle"}
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var Phrase = PartOfSpeech{Tag: "phr", Buf: POSpart, Label: "phrase"}
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var Postposition = PartOfSpeech{Tag: "postp", Buf: POSpostp, Label: "postposition"}
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var Prefix = PartOfSpeech{Tag: "pref", Buf: POSpart, Label: "prefix"}
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var Preposition = PartOfSpeech{Tag: "prep", Buf: POSprep, Label: "preposition"}
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var PrepositionalPhrase = PartOfSpeech{Tag: "phr_prep", Label: "prepositional phrase", Buf: POSphr_adj}
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var Pronoun = PartOfSpeech{Tag: "pron", Buf: POSpron, Label: "pronoun"}
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var ProperNoun = PartOfSpeech{Tag: "propn", Buf: POSpropn, Label: "proper noun"}
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var Proverb = PartOfSpeech{Tag: "prov", Buf: POSprov, Label: "proverb"}
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var Punctuation = PartOfSpeech{Tag: "punc", Buf: POSpunc, Label: "punctuation"}
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var SubordinatingConjunction = PartOfSpeech{Tag: "conj_s", Buf: POSconj_s, Label: "subordinating conjunction"}
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var Suffix = PartOfSpeech{Tag: "suff", Buf: POSsuff, Label: "suffix"}
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var Symbol = PartOfSpeech{Tag: "sym", Buf: POSsym, Label: "symbol"}
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var TransitiveVerb = PartOfSpeech{Tag: "vt", Buf: POSvt, Label: "transitive verb"}
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var Unknown = PartOfSpeech{Tag: "un", Buf: POSun, Label: "unknown"}
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var Verb = PartOfSpeech{Tag: "v", Buf: POSv, Label: "verb"}
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var VerbGodanBu = PartOfSpeech{Tag: "v5b", Buf: POSv5b, Label: "Godan verb with 'bu' ending"}
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var VerbGodanGu = PartOfSpeech{Tag: "v5g", Buf: POSv5g, Label: "Godan verb with 'gu' ending"}
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var VerbGodanKu = PartOfSpeech{Tag: "v5k", Buf: POSv5k, Label: "Godan verb with 'ku' ending"}
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var VerbGodanMu = PartOfSpeech{Tag: "v5m", Buf: POSv5m, Label: "Godan verb with 'mu' ending"}
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var VerbGodanNu = PartOfSpeech{Tag: "v5n", Buf: POSv5n, Label: "Godan verb with 'nu' ending"}
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var VerbGodanRu = PartOfSpeech{Tag: "v5r", Buf: POSv5r, Label: "Godan verb with 'ru' ending"}
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var VerbGodanRuIrregular = PartOfSpeech{Tag: "v5r-i", Buf: POSv5r_i, Label: "Godan verb with 'ru' ending (irregular verb)"}
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var VerbGodanSpecialAru = PartOfSpeech{Tag: "v5aru", Buf: POSv5aru, Label: "Godan verb - -aru special class"}
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var VerbGodanSpecialIkuYuku = PartOfSpeech{Tag: "v5k-s", Buf: POSv5k_s, Label: "Godan verb - Iku/Yuku special class"}
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var VerbGodanSu = PartOfSpeech{Tag: "v5s", Buf: POSv5s, Label: "Godan verb with 'su' ending"}
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var VerbGodanTsu = PartOfSpeech{Tag: "v5t", Buf: POSv5t, Label: "Godan verb with 'tsu' ending"}
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var VerbGodanU = PartOfSpeech{Tag: "v5u", Buf: POSv5u, Label: "Godan verb with 'u' ending"}
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var VerbGodanUSpecial = PartOfSpeech{Tag: "v5u-s", Buf: POSv5u_s, Label: "Godan verb with 'u' ending (special class)"}
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var VerbGodanUruOldVerbOldFormOfEru = PartOfSpeech{Tag: "v5uru", Buf: POSv5uru, Label: "Godan verb - Uru old class verb (old form of Eru)"}
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var VerbIchidan = PartOfSpeech{Tag: "v1", Buf: POSv1, Label: "Ichidan verb"}
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var VerbIchidanSpecial = PartOfSpeech{Tag: "v1-s", Buf: POSv1_s, Label: "Ichidan verb - kureru special class"}
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var VerbIchidanZuru = PartOfSpeech{Tag: "vz", Buf: POSvz, Label: "Ichidan verb - zuru verb (alternative form of -jiru verbs)"}
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var VerbKuruSpecial = PartOfSpeech{Tag: "vk", Buf: POSvk, Label: "Kuru verb - special class"}
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var VerbNidanBuLower = PartOfSpeech{Tag: "v2b-s", Buf: POSv2b_s, Label: "Nidan verb (lower class) with 'bu' ending (archaic)"}
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var VerbNidanBuUpper = PartOfSpeech{Tag: "v2b-k", Buf: POSv2b_k, Label: "Nidan verb (upper class) with 'bu' ending (archaic)"}
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var VerbNidanDzuLower = PartOfSpeech{Tag: "v2d-s", Buf: POSv2d_s, Label: "Nidan verb (lower class) with 'dzu' ending (archaic)"}
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var VerbNidanDzuUpper = PartOfSpeech{Tag: "v2d-k", Buf: POSv2d_k, Label: "Nidan verb (upper class) with 'dzu' ending (archaic)"}
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var VerbNidanGuLower = PartOfSpeech{Tag: "v2g-s", Buf: POSv2g_s, Label: "Nidan verb (lower class) with 'gu' ending (archaic)"}
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var VerbNidanGuUpper = PartOfSpeech{Tag: "v2g-k", Buf: POSv2g_k, Label: "Nidan verb (upper class) with 'gu' ending (archaic)"}
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var VerbNidanHuFuLower = PartOfSpeech{Tag: "v2h-s", Buf: POSv2h_s, Label: "Nidan verb (lower class) with 'hu/fu' ending (archaic)"}
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var VerbNidanHuFuUpper = PartOfSpeech{Tag: "v2h-k", Buf: POSv2h_k, Label: "Nidan verb (upper class) with 'hu/fu' ending (archaic)"}
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var VerbNidanKuLower = PartOfSpeech{Tag: "v2k-s", Buf: POSv2k_s, Label: "Nidan verb (lower class) with 'ku' ending (archaic)"}
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var VerbNidanKuUpper = PartOfSpeech{Tag: "v2k-k", Buf: POSv2k_k, Label: "Nidan verb (upper class) with 'ku' ending (archaic)"}
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var VerbNidanMuLower = PartOfSpeech{Tag: "v2m-s", Buf: POSv2m_s, Label: "Nidan verb (lower class) with 'mu' ending (archaic)"}
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var VerbNidanMuUpper = PartOfSpeech{Tag: "v2m-k", Buf: POSv2m_k, Label: "Nidan verb (upper class) with 'mu' ending (archaic)"}
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var VerbNidanNuLower = PartOfSpeech{Tag: "v2n-s", Buf: POSv2n_s, Label: "Nidan verb (lower class) with 'nu' ending (archaic)"}
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var VerbNidanRuLower = PartOfSpeech{Tag: "v2r-s", Buf: POSv2r_s, Label: "Nidan verb (lower class) with 'ru' ending (archaic)"}
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var VerbNidanRuUpper = PartOfSpeech{Tag: "v2r-k", Buf: POSv2r_k, Label: "Nidan verb (upper class) with 'ru' ending (archaic)"}
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var VerbNidanSuLower = PartOfSpeech{Tag: "v2s-s", Buf: POSv2s_s, Label: "Nidan verb (lower class) with 'su' ending (archaic)"}
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var VerbNidanTsuLower = PartOfSpeech{Tag: "v2t-s", Buf: POSv2t_s, Label: "Nidan verb (lower class) with 'tsu' ending (archaic)"}
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var VerbNidanTsuUpper = PartOfSpeech{Tag: "v2t-k", Buf: POSv2t_k, Label: "Nidan verb (upper class) with 'tsu' ending (archaic)"}
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var VerbNidanU = PartOfSpeech{Tag: "v2a-s", Buf: POSv2a_s, Label: "Nidan verb with 'u' ending (archaic)"}
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var VerbNidanUWeLower = PartOfSpeech{Tag: "v2w-s", Buf: POSv2w_s, Label: "Nidan verb (lower class) with 'u' ending and 'we' conjugation (archaic)"}
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var VerbNidanYuLower = PartOfSpeech{Tag: "v2y-s", Buf: POSv2y_s, Label: "Nidan verb (lower class) with 'yu' ending (archaic)"}
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var VerbNidanYuUpper = PartOfSpeech{Tag: "v2y-k", Buf: POSv2y_k, Label: "Nidan verb (upper class) with 'yu' ending (archaic)"}
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var VerbNidanZuLower = PartOfSpeech{Tag: "v2z-s", Buf: POSv2z_s, Label: "Nidan verb (lower class) with 'zu' ending (archaic)"}
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var VerbNuIrregular = PartOfSpeech{Tag: "vn", Buf: POSvn, Label: "irregular nu verb"}
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var VerbRuIrregular = PartOfSpeech{Tag: "vr", Buf: POSvr, Label: "irregular ru verb, plain form ends with -ri"}
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var VerbSu = PartOfSpeech{Tag: "vs-c", Buf: POSvs_c, Label: "su verb - precursor to the modern suru"}
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var VerbSuru = PartOfSpeech{Tag: "vs", Buf: POSvs, Label: "noun or participle which takes the aux. verb suru"}
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var VerbSuruIncluded = PartOfSpeech{Tag: "vs-i", Buf: POSvs_i, Label: "suru verb - included"}
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var VerbSuruSpecial = PartOfSpeech{Tag: "vs-s", Buf: POSvs_s, Label: "suru verb - special class"}
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var VerbUnspecified = PartOfSpeech{Tag: "v-unspec", Buf: POSv_unspec, Label: "verb unspecified"}
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var VerbYodanBu = PartOfSpeech{Tag: "v4b", Buf: POSv4b, Label: "Yodan verb with 'bu' ending (archaic)"}
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var VerbYodanGu = PartOfSpeech{Tag: "v4g", Buf: POSv4g, Label: "Yodan verb with 'gu' ending (archaic)"}
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var VerbYodanHuFu = PartOfSpeech{Tag: "v4h", Buf: POSv4h, Label: "Yodan verb with 'hu/fu' ending (archaic)"}
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var VerbYodanKu = PartOfSpeech{Tag: "v4k", Buf: POSv4k, Label: "Yodan verb with 'ku' ending (archaic)"}
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var VerbYodanMu = PartOfSpeech{Tag: "v4m", Buf: POSv4m, Label: "Yodan verb with 'mu' ending (archaic)"}
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var VerbYodanNu = PartOfSpeech{Tag: "v4n", Buf: POSv4n, Label: "Yodan verb with 'nu' ending (archaic)"}
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var VerbYodanRu = PartOfSpeech{Tag: "v4r", Buf: POSv4r, Label: "Yodan verb with 'ru' ending (archaic)"}
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var VerbYodanSu = PartOfSpeech{Tag: "v4s", Buf: POSv4s, Label: "Yodan verb with 'su' ending (archaic)"}
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var VerbYodanTsu = PartOfSpeech{Tag: "v4t", Buf: POSv4t, Label: "Yodan verb with 'tsu' ending (archaic)"}

Functions

func Assert 

func Assert(condition bool, errorMessage string)

Assert exits the program if a condition is not met

func Check 

func Check(e error)

Check exits the program if an error exists

func CleanupTest 

func CleanupTest()

func CompileDictionary 

func CompileDictionary(xmlPath string, outputPath string) int

CompileDictionary compiles an XML file into an ODict binary

func DefinitionAddExamples 

func DefinitionAddExamples(builder *flatbuffers.Builder, examples flatbuffers.UOffsetT)

func DefinitionAddId 

func DefinitionAddId(builder *flatbuffers.Builder, id flatbuffers.UOffsetT)

func DefinitionAddValue 

func DefinitionAddValue(builder *flatbuffers.Builder, value flatbuffers.UOffsetT)

func DefinitionEnd 

func DefinitionEnd(builder *flatbuffers.Builder) flatbuffers.UOffsetT

func DefinitionStart 

func DefinitionStart(builder *flatbuffers.Builder)

func DefinitionStartExamplesVector 

func DefinitionStartExamplesVector(builder *flatbuffers.Builder, numElems int) flatbuffers.UOffsetT

func DictionaryAddEntries 

func DictionaryAddEntries(builder *flatbuffers.Builder, entries flatbuffers.UOffsetT)

func DictionaryAddId 

func DictionaryAddId(builder *flatbuffers.Builder, id flatbuffers.UOffsetT)

func DictionaryAddName 

func DictionaryAddName(builder *flatbuffers.Builder, name flatbuffers.UOffsetT)

func DictionaryEnd 

func DictionaryEnd(builder *flatbuffers.Builder) flatbuffers.UOffsetT

func DictionaryStart 

func DictionaryStart(builder *flatbuffers.Builder)

func DictionaryStartEntriesVector 

func DictionaryStartEntriesVector(builder *flatbuffers.Builder, numElems int) flatbuffers.UOffsetT

func EncodeDictionary 

func EncodeDictionary(dictionary Dictionary) []byte

EncodeDictionary encodes a dictionary struct into a byte array

func EncodeEntry 

func EncodeEntry(entry Entry) []byte

EncodeDictionary encodes an entry struct into a byte array

func EntryAddEtymologies 

func EntryAddEtymologies(builder *flatbuffers.Builder, etymologies flatbuffers.UOffsetT)

func EntryAddKey 

func EntryAddKey(builder *flatbuffers.Builder, key flatbuffers.UOffsetT)

func EntryAddPronunciation added in v1.9.0 

func EntryAddPronunciation(builder *flatbuffers.Builder, pronunciation flatbuffers.UOffsetT)

func EntryAddSee added in v1.7.0 

func EntryAddSee(builder *flatbuffers.Builder, see flatbuffers.UOffsetT)

func EntryAddTerm 

func EntryAddTerm(builder *flatbuffers.Builder, term flatbuffers.UOffsetT)

func EntryEnd 

func EntryEnd(builder *flatbuffers.Builder) flatbuffers.UOffsetT

func EntryKeyCompare added in v1.7.0 

func EntryKeyCompare(o1, o2 flatbuffers.UOffsetT, buf []byte) bool

func EntryStart 

func EntryStart(builder *flatbuffers.Builder)

func EntryStartEtymologiesVector 

func EntryStartEtymologiesVector(builder *flatbuffers.Builder, numElems int) flatbuffers.UOffsetT

func EtymologyAddDescription 

func EtymologyAddDescription(builder *flatbuffers.Builder, description flatbuffers.UOffsetT)

func EtymologyAddId 

func EtymologyAddId(builder *flatbuffers.Builder, id flatbuffers.UOffsetT)

func EtymologyAddUsages 

func EtymologyAddUsages(builder *flatbuffers.Builder, usages flatbuffers.UOffsetT)

func EtymologyEnd 

func EtymologyEnd(builder *flatbuffers.Builder) flatbuffers.UOffsetT

func EtymologyStart 

func EtymologyStart(builder *flatbuffers.Builder)

func EtymologyStartUsagesVector 

func EtymologyStartUsagesVector(builder *flatbuffers.Builder, numElems int) flatbuffers.UOffsetT

func GroupAddDefinitions 

func GroupAddDefinitions(builder *flatbuffers.Builder, definitions flatbuffers.UOffsetT)

func GroupAddDescription 

func GroupAddDescription(builder *flatbuffers.Builder, description flatbuffers.UOffsetT)

func GroupAddId 

func GroupAddId(builder *flatbuffers.Builder, id flatbuffers.UOffsetT)

func GroupEnd 

func GroupEnd(builder *flatbuffers.Builder) flatbuffers.UOffsetT

func GroupStart 

func GroupStart(builder *flatbuffers.Builder)

func GroupStartDefinitionsVector 

func GroupStartDefinitionsVector(builder *flatbuffers.Builder, numElems int) flatbuffers.UOffsetT

func JSON 

func JSON(any interface{}) string

func Map 

func Map[T any, V any](array []T, f func(T) V) []V

Map maps any array of type T to an array of type V

func Uint16ToBytes 

func Uint16ToBytes(n uint16) []byte

Uint16ToBytes converts a uint16 type to a byte array

func Uint64ToBytes 

func Uint64ToBytes(n uint64) []byte

Uint64ToBytes converts a uint64 type to a byte array

func UsageAddDefinitions 

func UsageAddDefinitions(builder *flatbuffers.Builder, definitions flatbuffers.UOffsetT)

func UsageAddGroups 

func UsageAddGroups(builder *flatbuffers.Builder, groups flatbuffers.UOffsetT)

func UsageAddPos 

func UsageAddPos(builder *flatbuffers.Builder, pos POS)

func UsageEnd 

func UsageEnd(builder *flatbuffers.Builder) flatbuffers.UOffsetT

func UsageKeyCompare added in v1.7.0 

func UsageKeyCompare(o1, o2 flatbuffers.UOffsetT, buf []byte) bool

func UsageStart 

func UsageStart(builder *flatbuffers.Builder)

func UsageStartDefinitionsVector 

func UsageStartDefinitionsVector(builder *flatbuffers.Builder, numElems int) flatbuffers.UOffsetT

func UsageStartGroupsVector 

func UsageStartGroupsVector(builder *flatbuffers.Builder, numElems int) flatbuffers.UOffsetT

func WriteDictionaryFromExisting 

func WriteDictionaryFromExisting(outputPath string, dictionary DictionaryRepresentable) int

func WriteDictionaryFromXML 

func WriteDictionaryFromXML(xmlStr, outputPath string) int

WriteDictionary generates an ODict binary file given a ODXML input file path

func XML added in v1.7.0 

func XML(any interface{}) string

Types

type DEFINITIONS added in v1.10.0 

type DEFINITIONS struct {
	sq.TableStruct
	ID       sq.NumberField `ddl:"type=BIGINT primarykey auto_increment autoincrement identity"`
	TEXT     sq.StringField `ddl:"notnull"`
	USAGE_ID sq.NumberField `ddl:"type=BIGINT references=usages.id"`
	GROUP_ID sq.NumberField `ddl:"type=BIGINT references=groups.id"`
}

type DICTIONARIES added in v1.10.0 

type DICTIONARIES struct {
	sq.TableStruct
	ID   sq.NumberField `ddl:"type=BIGINT primarykey auto_increment autoincrement identity"`
	NAME sq.StringField `ddl:"notnull"`
}

type Definition 

type Definition struct {
	// contains filtered or unexported fields
}

func GetRootAsDefinition 

func GetRootAsDefinition(buf []byte, offset flatbuffers.UOffsetT) *Definition

func GetSizePrefixedRootAsDefinition 

func GetSizePrefixedRootAsDefinition(buf []byte, offset flatbuffers.UOffsetT) *Definition

func (*Definition) AsRepresentable 

func (definition *Definition) AsRepresentable() DefinitionRepresentable

func (*Definition) Examples 

func (rcv *Definition) Examples(j int) []byte

func (*Definition) ExamplesLength 

func (rcv *Definition) ExamplesLength() int

func (*Definition) Id 

func (rcv *Definition) Id() []byte

func (*Definition) Init 

func (rcv *Definition) Init(buf []byte, i flatbuffers.UOffsetT)

func (*Definition) Table 

func (rcv *Definition) Table() flatbuffers.Table

func (*Definition) Value 

func (rcv *Definition) Value() []byte

type DefinitionRepresentable 

type DefinitionRepresentable struct {
	ID       string   `json:"id,omitempty" xml:"id,attr"`
	Value    string   `json:"value,omitempty" xml:"value,attr"`
	Examples []string `json:"examples,omitempty" xml:"example"`
}

func (*DefinitionRepresentable) AsBuffer 

func (def *DefinitionRepresentable) AsBuffer(builder *flatbuffers.Builder) flatbuffers.UOffsetT

type Dictionary 

type Dictionary struct {
	// contains filtered or unexported fields
}

func DecodeDictionary 

func DecodeDictionary(b []byte) Dictionary

DecodeDictionary decodes a byte array into a dictionary object

func GetRootAsDictionary 

func GetRootAsDictionary(buf []byte, offset flatbuffers.UOffsetT) *Dictionary

func GetSizePrefixedRootAsDictionary 

func GetSizePrefixedRootAsDictionary(buf []byte, offset flatbuffers.UOffsetT) *Dictionary

func ReadDictionaryFromPath 

func ReadDictionaryFromPath(path string) *Dictionary

ReadDictionaryFromPath loads a compiled ODict dictionary from the provided path and returns a Dictionary model, with the ability to forcibly re-index the dictionary when it loads

func (*Dictionary) AsRepresentable 

func (dict *Dictionary) AsRepresentable() DictionaryRepresentable

func (*Dictionary) DumpSQL added in v1.10.0 

func (dict *Dictionary) DumpSQL(sqlDialect SqlDialect) string

DumpDictionarySQL converts an Dictionary struct to SQL output to seed a database

func (*Dictionary) DumpXML added in v1.10.0 

func (dict *Dictionary) DumpXML() string

DumpDictionaryXML converts an Dictionary struct to its original ODXML

func (*Dictionary) Entries 

func (rcv *Dictionary) Entries(obj *Entry, j int) bool

func (*Dictionary) EntriesByKey added in v1.7.0 

func (rcv *Dictionary) EntriesByKey(obj *Entry, key string) bool

func (*Dictionary) EntriesLength 

func (rcv *Dictionary) EntriesLength() int

func (*Dictionary) Id 

func (rcv *Dictionary) Id() []byte

func (*Dictionary) Index 

func (dict *Dictionary) Index(overwrite bool, quiet bool) string

func (*Dictionary) Init 

func (rcv *Dictionary) Init(buf []byte, i flatbuffers.UOffsetT)

func (*Dictionary) Lexicon added in v1.7.0 

func (dict *Dictionary) Lexicon() []string

Lexicon returns all originally-cased entries of a compiled dictionary

func (*Dictionary) Lookup 

func (dict *Dictionary) Lookup(queries []string, split int, follow bool) [][]Entry

func (*Dictionary) Name 

func (rcv *Dictionary) Name() []byte

func (*Dictionary) Split 

func (dict *Dictionary) Split(query string, threshold int) []Entry

Split splits a query into definable tokens greater than or equal to the specified threshold Example: household -> house + hold

func (*Dictionary) Table 

func (rcv *Dictionary) Table() flatbuffers.Table

type DictionaryRepresentable 

type DictionaryRepresentable struct {
	ID      string                            `json:"id" xml:"id,attr"`
	Name    string                            `json:"name" xml:"name,attr,omitempty"`
	Entries KVMap[string, EntryRepresentable] `json:"entries" xml:"entry"`
	XMLName xml.Name                          `json:"-" xml:"dictionary"`
}

func MergeDictionaries 

func MergeDictionaries(dest *Dictionary, srcs ...*Dictionary) DictionaryRepresentable

MergeDictionaries merges the entries of two dictionaries.

func (*DictionaryRepresentable) AsBuffer 

func (dict *DictionaryRepresentable) AsBuffer(builder *flatbuffers.Builder) flatbuffers.UOffsetT

type ENTRIES added in v1.10.0 

type ENTRIES struct {
	sq.TableStruct
	ID            sq.NumberField `ddl:"type=BIGINT primarykey auto_increment autoincrement identity"`
	CREATED_AT    sq.TimeField   `ddl:"default=CURRENT_TIMESTAMP"`
	UPDATED_AT    sq.TimeField
	TERM          sq.StringField `ddl:"notnull"`
	DICTIONARY_ID sq.NumberField `ddl:"type=BIGINT references=dictionaries.id"`
}

type ETYMOLOGIES added in v1.10.0 

type ETYMOLOGIES struct {
	sq.TableStruct
	ID          sq.StringField `ddl:"primarykey"` // cuid() generation is handled by prisma, not the database.
	DESCRIPTION sq.StringField
	ENTRY_ID    sq.NumberField `ddl:"type=BIGINT notnull references=entries.id"`
}

type EXAMPLES added in v1.10.0 

type EXAMPLES struct {
	sq.TableStruct
	ID            sq.NumberField `ddl:"type=BIGINT primarykey auto_increment autoincrement identity"`
	TEXT          sq.StringField `ddl:"notnull"`
	DEFINITION_ID sq.NumberField `ddl:"type=BIGINT notnull references=definitions.id"`
}

type Entry 

type Entry struct {
	// contains filtered or unexported fields
}

func DecodeEntry 

func DecodeEntry(b []byte) Entry

DecodeDictionary decodes a byte array into an entry object

func GetRootAsEntry 

func GetRootAsEntry(buf []byte, offset flatbuffers.UOffsetT) *Entry

func GetSizePrefixedRootAsEntry 

func GetSizePrefixedRootAsEntry(buf []byte, offset flatbuffers.UOffsetT) *Entry

func SearchDictionary 

func SearchDictionary(dictionaryID string, queryStr string, exact bool) []Entry

SearchDictionary searches a dictionary model using Bleve using it's unique dictionary ID

func (*Entry) AsRepresentable 

func (entry *Entry) AsRepresentable() EntryRepresentable

func (*Entry) Etymologies 

func (rcv *Entry) Etymologies(obj *Etymology, j int) bool

func (*Entry) EtymologiesLength 

func (rcv *Entry) EtymologiesLength() int

func (*Entry) Init 

func (rcv *Entry) Init(buf []byte, i flatbuffers.UOffsetT)

func (*Entry) Key 

func (rcv *Entry) Key() []byte

func (*Entry) LookupByKey added in v1.7.0 

func (rcv *Entry) LookupByKey(key string, vectorLocation flatbuffers.UOffsetT, buf []byte) bool

func (*Entry) Pronunciation added in v1.9.0 

func (rcv *Entry) Pronunciation() []byte

func (*Entry) See added in v1.7.0 

func (rcv *Entry) See() []byte

func (*Entry) Table 

func (rcv *Entry) Table() flatbuffers.Table

func (*Entry) Term 

func (rcv *Entry) Term() []byte

type EntryRepresentable 

type EntryRepresentable struct {
	Term          string                   `json:"term" xml:"term,attr"`
	Pronunciation string                   `json:"pronunciation,omitempty" xml:"pronunciation,attr,omitempty"`
	SeeAlso       string                   `json:"see,omitempty" xml:"see,attr,omitempty"`
	Etymologies   []EtymologyRepresentable `json:"etymologies" xml:"ety"`
	XMLName       xml.Name                 `json:"-" xml:"entry"`
}

func (*EntryRepresentable) AsBuffer 

func (entry *EntryRepresentable) AsBuffer(builder *flatbuffers.Builder) flatbuffers.UOffsetT

func (EntryRepresentable) Key 

func (entry EntryRepresentable) Key() string

type Etymology 

type Etymology struct {
	// contains filtered or unexported fields
}

func GetRootAsEtymology 

func GetRootAsEtymology(buf []byte, offset flatbuffers.UOffsetT) *Etymology

func GetSizePrefixedRootAsEtymology 

func GetSizePrefixedRootAsEtymology(buf []byte, offset flatbuffers.UOffsetT) *Etymology

func (*Etymology) AsRepresentable 

func (etymology *Etymology) AsRepresentable() EtymologyRepresentable

func (*Etymology) Description 

func (rcv *Etymology) Description() []byte

func (*Etymology) Id 

func (rcv *Etymology) Id() []byte

func (*Etymology) Init 

func (rcv *Etymology) Init(buf []byte, i flatbuffers.UOffsetT)

func (*Etymology) Table 

func (rcv *Etymology) Table() flatbuffers.Table

func (*Etymology) Usages 

func (rcv *Etymology) Usages(obj *Usage, j int) bool

func (*Etymology) UsagesByKey added in v1.7.0 

func (rcv *Etymology) UsagesByKey(obj *Usage, key POS) bool

func (*Etymology) UsagesLength 

func (rcv *Etymology) UsagesLength() int

type EtymologyRepresentable 

type EtymologyRepresentable struct {
	ID          string                                  `json:"id,omitempty" xml:"id,attr"`
	Description string                                  `json:"description,omitempty" xml:"description,attr,omitempty"`
	Usages      KVMap[PartOfSpeech, UsageRepresentable] `json:"usages" xml:"usage"`
}

func (*EtymologyRepresentable) AsBuffer 

func (ety *EtymologyRepresentable) AsBuffer(builder *flatbuffers.Builder) flatbuffers.UOffsetT

type GROUPS added in v1.10.0 

type GROUPS struct {
	sq.TableStruct
	ID          sq.NumberField `ddl:"type=BIGINT primarykey auto_increment autoincrement identity"`
	DESCRIPTION sq.StringField
	USAGE_ID    sq.NumberField `ddl:"type=BIGINT notnull references=usages.id"`
}

type Group 

type Group struct {
	// contains filtered or unexported fields
}

func GetRootAsGroup 

func GetRootAsGroup(buf []byte, offset flatbuffers.UOffsetT) *Group

func GetSizePrefixedRootAsGroup 

func GetSizePrefixedRootAsGroup(buf []byte, offset flatbuffers.UOffsetT) *Group

func (*Group) AsRepresentable 

func (group *Group) AsRepresentable() GroupRepresentable

func (*Group) Definitions 

func (rcv *Group) Definitions(obj *Definition, j int) bool

func (*Group) DefinitionsLength 

func (rcv *Group) DefinitionsLength() int

func (*Group) Description 

func (rcv *Group) Description() []byte

func (*Group) Id 

func (rcv *Group) Id() []byte

func (*Group) Init 

func (rcv *Group) Init(buf []byte, i flatbuffers.UOffsetT)

func (*Group) Table 

func (rcv *Group) Table() flatbuffers.Table

type GroupRepresentable 

type GroupRepresentable struct {
	ID          string                    `json:"id,omitempty" xml:"id,attr"`
	Description string                    `json:"description" xml:"description,attr"`
	Definitions []DefinitionRepresentable `json:"definitions" xml:"definition"`
}

func (*GroupRepresentable) AsBuffer 

func (group *GroupRepresentable) AsBuffer(builder *flatbuffers.Builder) flatbuffers.UOffsetT

type KVMap 

type KVMap[K comparable, V Keyable[K]] map[K]V

func (KVMap[K, V]) MarshalXML 

func (m KVMap[K, V]) MarshalXML(e *xml.Encoder, start xml.StartElement) error

func (*KVMap[K, V]) UnmarshalXML 

func (m *KVMap[K, V]) UnmarshalXML(d *xml.Decoder, start xml.StartElement) error

type Keyable 

type Keyable[T comparable] interface {
	Key() T
}

type POS 

type POS int8
const (
	POSun        POS = 0
	POSadj       POS = 1
	POSadv       POS = 2
	POSart       POS = 3
	POSconj      POS = 4
	POSintj      POS = 5
	POSn         POS = 6
	POSpart      POS = 7
	POSpref      POS = 8
	POSprep      POS = 9
	POSpostp     POS = 10
	POSpron      POS = 11
	POSsuff      POS = 12
	POSv         POS = 13
	POSabv       POS = 14
	POSadf       POS = 15
	POSaff       POS = 16
	POSaux_adj   POS = 17
	POSaux_v     POS = 18
	POSaux       POS = 19
	POSchr       POS = 20
	POSconj_c    POS = 21
	POSconj_s    POS = 22
	POScop       POS = 23
	POScf        POS = 24
	POSctr       POS = 25
	POSdet       POS = 26
	POSexpr      POS = 27
	POSinf       POS = 28
	POSintf      POS = 29
	POSname      POS = 30
	POSnum       POS = 31
	POSphr_adv   POS = 32
	POSphr_adj   POS = 33
	POSphr_prep  POS = 34
	POSphr       POS = 35
	POSpropn     POS = 36
	POSprov      POS = 37
	POSpunc      POS = 38
	POSsym       POS = 39
	POSvi        POS = 40
	POSvt        POS = 41
	POSadj_f     POS = 42
	POSadj_ix    POS = 43
	POSadj_kari  POS = 44
	POSadj_ku    POS = 45
	POSadj_na    POS = 46
	POSadj_nari  POS = 47
	POSadj_no    POS = 48
	POSadj_pn    POS = 49
	POSadj_shiku POS = 50
	POSadj_t     POS = 51
	POSadv_to    POS = 52
	POSn_adv     POS = 53
	POSn_pref    POS = 54
	POSn_suf     POS = 55
	POSn_t       POS = 56
	POSv_unspec  POS = 57
	POSv1_s      POS = 58
	POSv1        POS = 59
	POSv2a_s     POS = 60
	POSv2b_k     POS = 61
	POSv2b_s     POS = 62
	POSv2d_k     POS = 63
	POSv2d_s     POS = 64
	POSv2g_k     POS = 65
	POSv2g_s     POS = 66
	POSv2h_k     POS = 67
	POSv2h_s     POS = 68
	POSv2k_k     POS = 69
	POSv2k_s     POS = 70
	POSv2m_k     POS = 71
	POSv2m_s     POS = 72
	POSv2n_s     POS = 73
	POSv2r_k     POS = 74
	POSv2r_s     POS = 75
	POSv2s_s     POS = 76
	POSv2t_k     POS = 77
	POSv2t_s     POS = 78
	POSv2w_s     POS = 79
	POSv2y_k     POS = 80
	POSv2y_s     POS = 81
	POSv2z_s     POS = 82
	POSv4b       POS = 83
	POSv4g       POS = 84
	POSv4h       POS = 85
	POSv4k       POS = 86
	POSv4m       POS = 87
	POSv4n       POS = 88
	POSv4r       POS = 89
	POSv4s       POS = 90
	POSv4t       POS = 91
	POSv5aru     POS = 92
	POSv5b       POS = 93
	POSv5g       POS = 94
	POSv5k_s     POS = 95
	POSv5k       POS = 96
	POSv5m       POS = 97
	POSv5n       POS = 98
	POSv5r_i     POS = 99
	POSv5r       POS = 100
	POSv5s       POS = 101
	POSv5t       POS = 102
	POSv5u_s     POS = 103
	POSv5u       POS = 104
	POSv5uru     POS = 105
	POSvk        POS = 106
	POSvn        POS = 107
	POSvr        POS = 108
	POSvs_c      POS = 109
	POSvs_i      POS = 110
	POSvs_s      POS = 111
	POSvs        POS = 112
	POSvz        POS = 113
)

func (POS) String 

func (v POS) String() string

type PartOfSpeech 

type PartOfSpeech struct {
	Tag   string
	Label string
	Buf   POS
}

func (PartOfSpeech) MarshalText added in v1.8.0 

func (p PartOfSpeech) MarshalText() ([]byte, error)

func (PartOfSpeech) MarshalXMLAttr added in v1.8.0 

func (pos PartOfSpeech) MarshalXMLAttr(name xml.Name) (xml.Attr, error)

func (*PartOfSpeech) UnmarshalText added in v1.8.0 

func (p *PartOfSpeech) UnmarshalText(text []byte) error

func (*PartOfSpeech) UnmarshalXMLAttr added in v1.8.0 

func (pos *PartOfSpeech) UnmarshalXMLAttr(attr xml.Attr) error

type Representable 

type Representable interface {
	AsRepresentable() interface{}
}

type Serializable 

type Serializable interface {
	AsBuffer(builder *flatbuffers.Builder) flatbuffers.UOffsetT
}

type SqlDialect added in v1.10.0 

type SqlDialect = string
const (
	Postgres  SqlDialect = "postgres"
	Sqlite    SqlDialect = "sqlite"
	Mysql     SqlDialect = "mysql"
	Sqlserver SqlDialect = "sqlserver"
)

type USAGES added in v1.10.0 

type USAGES struct {
	sq.TableStruct
	ID           sq.NumberField `ddl:"type=BIGINT primarykey auto_increment autoincrement identity"`
	ETYMOLOGY_ID sq.StringField `ddl:"notnull references=etymologies.id"`
}

type Usage 

type Usage struct {
	// contains filtered or unexported fields
}

func GetRootAsUsage 

func GetRootAsUsage(buf []byte, offset flatbuffers.UOffsetT) *Usage

func GetSizePrefixedRootAsUsage 

func GetSizePrefixedRootAsUsage(buf []byte, offset flatbuffers.UOffsetT) *Usage

func (*Usage) AsRepresentable 

func (usage *Usage) AsRepresentable() UsageRepresentable

func (*Usage) Definitions 

func (rcv *Usage) Definitions(obj *Definition, j int) bool

func (*Usage) DefinitionsLength 

func (rcv *Usage) DefinitionsLength() int

func (*Usage) Groups 

func (rcv *Usage) Groups(obj *Group, j int) bool

func (*Usage) GroupsLength 

func (rcv *Usage) GroupsLength() int

func (*Usage) Init 

func (rcv *Usage) Init(buf []byte, i flatbuffers.UOffsetT)

func (*Usage) LookupByKey added in v1.7.0 

func (rcv *Usage) LookupByKey(key POS, vectorLocation flatbuffers.UOffsetT, buf []byte) bool

func (*Usage) MutatePos 

func (rcv *Usage) MutatePos(n POS) bool

func (*Usage) Pos 

func (rcv *Usage) Pos() POS

func (*Usage) Table 

func (rcv *Usage) Table() flatbuffers.Table

type UsageRepresentable 

type UsageRepresentable struct {
	POS         PartOfSpeech              `json:"-" xml:"pos,attr"`
	Definitions []DefinitionRepresentable `json:"definitions,omitempty" xml:"definition"`
	Groups      []GroupRepresentable      `json:"groups,omitempty" xml:"group"`
	XMLName     xml.Name                  `json:"-" xml:"usage"`
}

func (*UsageRepresentable) AsBuffer 

func (usage *UsageRepresentable) AsBuffer(builder *flatbuffers.Builder) flatbuffers.UOffsetT

func (UsageRepresentable) Key 

func (usage UsageRepresentable) Key() PartOfSpeech

func (*UsageRepresentable) UnmarshalXML added in v1.8.3 

func (ur *UsageRepresentable) UnmarshalXML(d *xml.Decoder, start xml.StartElement) error

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